bio medical

Prospectus for Undergraduate Bachelor of

Biomedical Engineering

Session 2010/2011

1

Contents Page

UM : Mission Statement, Vision Statement and Core Values

2

Faculty of Engineering : Mission Statement, Vision Statement, Student and Academic Programmes

3

Message from the Dean, Faculty of Engineering

4

Administration Organisation Chart

5

Faculty of Engineering Administrative Staff

6

Academic Schedule for the 2010/2011 Academic Year

7

Prohibition Against Plagiarism

8

The Engineering Library

9-11

Brief Profile of the Department

Introduction of Outcome Based Education (OBE)

12

13

Programme Educational Objective and Programme Outcome

14-22

Academic Staff

2326

Support Staff

27-28

Curriculum Structure

29-30

Academic Planner

31-34

Requirement for Graduation

35-40

Course Pro-forma and Course Information

41-213

2

UNIVERSITY OF MALAYA MISSION To advance knowledge and learning through quality research and education for the nation and humanity. VISION To be an internationally renowned institution of higher learning in research, innovation, publication and teaching. CORE VALUES Integrity Respect Academic Freedom Open-mindedness Accountability Proffesionalism Meritocracy Teamwork Creativity Social Responsibility

3

FACULTY OF ENGINEERING

MISSION

To advance engineering knowledge and learning through quality education and research in the pursuit of the fulfilling aspirations of the University and nation.

VISION We strive to be an internationally renowned Faculty of Engineering in research, innovation, publication and teaching. STUDENTS Continue to produce highly competent and skilled individuals with leadership qualities

and good interpersonal skills. Contribute to nation-building by producing good citizens who respect universal human

values. Have students of diverse backgrounds who respect and internalise diversity. Inculcate of social awareness and obligation values. Develop students to have an international outlook and outreach. Develop students to become highly competent engineers capable of identifying ,

formulating, and solving problems in a creative and innovative manner. ACADEMIC PROGRAMMES Ensure academic programmes are relevant, current, innovative and internationally

recognised to meet national and global needs. Continously develop academic programmes that inspire and tap students’ potential. Ensure academic programmes are accredited by local and international engineering

professional bodies. Continously develop programmes that are relevant to industrial requirements.

4

MESSAGE FROM THE DEAN FACULTY OF ENGINEERING Assalamualaikum w.r.t dan Salam Sejahtera Welcome to the Faculty of Engineering, University of Malaya. Engineering education, at the tertiary level, began in Malaysia in 1956 with the establishment of the Engineering Department at University of Malaya’s Bukit Timah campus in Singapore. Only a Bachelor degree course in Civil Engineering was offered then. The department was upgraded to a faculty when University of Malaya relocated to its campus in Lembah Pantai in 1958. In the same year, the second bachelor degree course in Mechanical Engineering was introduced. A year later, a Bachelor Degree course in Electrical Engineering was added to the number of courses available to undergraduates. In 1970, the Faculty introduced the fourth course, a bachelor degree in Chemical Engineering. All four courses were turned into respective departments in 1974. In the 1996/97 session, the Faculty introduced six other courses namely in Telecommunication Engineering, Environmental Engineering, Materials Engineering, Computer Aided Design and Manufacturing Engineering and Biomedical Engineering. To-date, the Faculty has six departments i.e the Department of Civil Engineering, Department of Electrical Engineering, Department of Mechanical Engineering, Department of Chemical Engineering, the Department of Engineering Design & Manufacture and the Department of Biomedical Engineering. The Faculty now offers 12 courses, with the latest addition of the Bachelor of Biomedical Engineering (Prosthetics and Orthotics), which was introduced in the 2009/2010 session. All engineering courses, offered by University of Malaya, have been accreditated by the Engineering Accreditation Council (EAC), the Board of Engineers, Malaysia (BEM) in order for all undergraduate engineering students to register with them, upon graduation. All programmes have been structured such, that they meet the nation and the stakeholder’s vision of producing responsible, multi-talented and highly qualified engineers of excellent leadership quality. This is evident from the Programme Outcome and Programme Educational Objectives mapped out for each course, offered. In line with the global tertiary education scenario, efforts are in place to drive the Faculty towards excellence and to ensure that the human capital produced by the university meets current needs. Towards this direction, the Faculty has adopted the National Tertiary Education Strategic Plan and inputs from various stakeholder programmes as the basis, to improve the quality, competitiveness and creativity of each course offered. As a preliminary step to ensure that all courses offered, are relevant to market needs, the faculty is reviewing the overall curriculum in order to produce engineering graduates of high calibre. Internationalisation is also the Faculty of Engineering’s agenda and part of the thrust of the National Tertiary Education Strategic Plan. Beginning with the 2007/08 session, international students were also recruited to pursue engineering courses at the Faculty. With the presence of international students, alongside Malaysian students, it’s the Faculty’s aspiration to make the students adopt a more global and open-minded approach in order to enhance their overall level of competitiveness. We hope all undergraduates will be able to successfully complete their courses and be able to secure successful careers, upon graduation.

6

MANAGEMENT STAFF FACULTY OF ENGINEERING

Dean

: Assoc. Prof. Dr. Mohd Hamdi Abd Shukor Tel: 03-79675200 E-mail: [email protected]

Deputy Dean (Academic)

: Prof. Ir. Dr. Mohd Zamin Jumaat Tel: 03-79675201 E-mail: [email protected]

Deputy Dean (Research and Postgraduate Studies)

: Prof. Dr. Masjuki Hj Hassan Tel: 03-79674477/79674478 E-mail: [email protected]

Deputy Dean (Development)

: Assoc. Prof. Ir. Dr. Hew Wooi Ping Tel: 03-79675202 E-mail: [email protected]

Principal Assistant Registrar

: Mrs. Mariam Mohd Ali Tel: 03-79675356/7638 E-mail: [email protected]

Assistant Registrar (Postgraduate Studies)

: Mrs. Che Mazni Sidek Tel: 03-79674482 E-mail: [email protected]

Assistant Registrar (Undergraduate Studies)

: Mr. Yan Mohd Nor Alif Mohamad Noh Tel: 03-79677636 E-mail: [email protected]

7

ACADEMIC SCHEDULE SESSION 2010/2011 FACULTY OF ENGINEERING

SEMESTER I, SESSION 2010/2011 Induction Week

1 Week

04.07.2010 – 11.07.2010

Lectures 8 Weeks 12.07.2010 – 03.09.2010 Mid-Semester Break/Special Break 2 Week* 04.09.2010 – 19.09.2010 Lectures 6 Weeks 20.09.2010 – 29.10.2010 Revision 1 Week** 30.10.2010 – 07.11.2010 Special Semester Break 2 Week*** 08.11.2010 – 21.11.2010 Semester I Examination 3 Week 22.11.2010 – 10.12.2010 Semester I Break 3 Weeks**** 11.12.2010 – 02.01.2011 26 Weeks

SEMESTER II, SESSION 2010/2011 Lectures

4 Weeks

03.01.2011 – 28.01.2011

Mid-Semester II Break 1 Week+ 29.01.2011 – 06.02.2011 Lecturers 10 Weeks 07.02.2011 – 15.04.2011 Revision 1 Week 16.04.2011 – 24.04.2011 Semester II Examination 3 Weeks 25.04.2011 – 13.05.2011 19 Weeks

SESSION BREAK / SPECIAL SEMESTER Session Break

10 Weeks

14.05.2011 – 24.07.2011

Or Lecturers & Examination 8 Weeks 30.05.2010 – 24.07.2011

* Aidilfitri Public Holiday ( 10 & 11 September 2010) ** Deepavali Public Holiday (5 Nov 2010) *** Aidil Adha Public Holiday (17 Nov 2010) **** Chrismas Public Holiday (25 Dec 2010) + Chinese New Year Public Holiday ( 3 & 4 Feb 2011)

8

PROHIBITION AGAINST PLAGIARISM

Extract from University of Malaya (Discipline of Students) Rules 1999. 6 (1). A student shall not plagiarize any idea/writing, data or invention belonging to another

person. (2). For the purposes of this rule, plagiarism includes:-

(a) the act of taking an idea, writing, data or invention of another person and claiming that the idea, writing, data or invention is the result of one’s own findings or creation; or

(b) an attempt to make out or the act of making out, in such a way, that one is

the original source or the creator of an idea, writing, data or invention which has actually been taken from some other source.

(3). Without prejudice to the generality of subrule (2) a student plagiarizes when he

(a) publishes, with himself as the author, an abstract, article, scientific or academic paper, or book which is wholy or partly written by some other person;

(b) incorporates himself or allows himself to be incorporated as a co-author of an

abstract, article, scientific or academic paper, or book, when he has not at all made any written contribution to the abstract, article, scientific or academic paper, or book;

(c) forces another person to include his name in the list of co-researchers for a

particular research project or in the list of co-authors for a publication when he has not made any contribution which may qualify him as a co-researcher or co-author;

(d) extracts academic data which are the results of research undertaken by some

other person, such as laboratory findings or field work findings or data obtained through library research, whether published or unpublished, and incorporate those data as part of his academic research without giving due acknowledgement to the actual source;

(e) uses research data obtained through collaborative work with some other

person, whether or not that other person is a staff member or a student of the University, as part of another distinct personal academic research of his, or for a publication in his own name as sole author without obtaining the consent of his co-researchers prior to embarking on his personal research or prior to publishing the data;

(f) transcribes the ideas or creations of others kept in whatever form whether

written, printed or available in electronic form, or in slide form, or in whatever form of teaching or research apparatus or in any other form, and claims whether directly or indirectly that he is the creator of that idea or creation;

(g) translates the writing or creation of another person from one language to

another whether or not wholly or partly, and subsequently presents the translation in whatever form or manner as his own writing or creation; or

(h) extracts ideas from another person’s writing or creation and makes certain modifications without due reference to the original source and rearranges them in such a way that it appears as if he is the creator of those ideas.

9

ENGINEERING’S LIBRARY

INTRODUCTION The Engineering Library is situated on Level 6, of Laboratory Wing of the Engineering Tower at the Faculty of Engineering. It started out as a Reading Room at the Faculty of Engineering. In 1985 this library was absorbed under the University of Malaya Library System and is known as the Engineering Library. The library provides services and facilities for lecturers, researchers, students and staff of the Engineering Faculty, including the Faculty of Built Environment. This library is also open to all students in campus, and registered members of the UM Library. General Collection This library has a general collection of text and reference books, encyclopedias, dictionaries, manuals, guide books and technical reports. A large portion of the collection can be borrowed. Books in this library are arranged according to subject matter, based on the Library of Congress Classification System, i.e. according to alphabetical order. Final Year Project Report, Dissertations and Theses The collection is the result of research undertaken by students of the Faculty of Engineering. A large portion of the collection is the Final Year Project Report. The collection is used for reference purpose only. Standards This library has a collection of standards including that of, the British Standard Institute (BSI) (until the year 2000), some Malaysian standards from the Standards Industrial Research Institute of Malaysia (SIRIM), and other standards such as the American Standards for Testing Material (ASTM). These standards are arranged according to the index arrangement provided by the issuing bodies for these standards, such as the British Standards Institute or SIRIM. These standards are for reference purpose only. Audio Visual Materials The audio visual material available at the Library include film rolls, film strips, diskettes, compact discs, audio tapes, videos, and slides on topic related to Engineering and Architecture. Facilities to view these materials are provided by the library. SERVICES Loans All lecturers, academic staff and registered students are allowed to borrow from the library.

User Category No. of Engineering Books Period of Loan Lecturers 10 30 days Part-Time Lecturers 6 30 days Tutor 6 30 days UM Officer 2 30 days Postgraduate Students 6 14 days Undergraduate Students 4 7 days

10

Renewal of reading materials can be done through the internet (Pendeta Web PAC) according to the rules and regulations. Inter-Library Loan Service The Inter-Library Loan Service facility is available to lecturers, researchers and postgraduates at the Faculty of Engineering. This facility is to allow them to obtain articles which are not available in the UM Library collection. Service conditions are according to the rules stated. Information Services The Library offers reference and information services. This includes attending to queries and obtaining information from the database for users of UM Library within and outside the campus. Current Information Services The Library offers current information on latest subscriptions to online databases, and circulates the list of new materials obtained by the library to lecturers and researchers at the Faculty through e-mail and letters. USER SERVICES Induction programmes are conducted at the Main Library and Engineering Library at the beginning of each academic session. The main aim of this programme is to introduce the use of the Online Public Access Catalog, Pendeta Web PAC, and library facilities to new students. Special information search sessions are also offered to postgraduate students, lecturers and staff from time to time. In these sessions, emphasis is given to the use of Pendeta Web PAC, CD-ROM and online database to search for reference materials in engineering and related fields. Electronic Sources Online access (via Internet)

a. The UM Library subscribes to a number of online databases, including those related to engineering. Registered library users may access these databases via the UM Library Website http://www.umlib.edu.my, in the “online databases” section. The user is required to key in the “user ID” before being allowed to access this database.

b. Catalogues in the online Engineering Library are a part of the online catalogue of the

UM Library and may be accessed through the UM Library website http://www.pendetaumlib.um.edu.my

SERVICE HOURS Monday -Thursday - 8:30 am - 5.30 pm Friday - 8.30 am – 12.30 noon

2.45 pm – 5.30 pm The Engineering Library are closed on Saturday, Sunday and Public Holidays.

11

For enquiries please contact: The Librarian Mrs. Zahril Shahida Ahmad Email : [email protected] Library Staff Mr. Menan Aman Mrs. Hamisah Hamidi Address Perpustakaan Kejuruteraan Universiti Malaya 50603 Lembah Pantai Kuala Lumpur Tel. : 03-7967 4591 Fax : 03-7967 5259

12

BRIEF PROFILE DEPARTMENT OF BIOMEDICAL ENGINEERING

University of Malaya was the first institute to offer a biomedical engineering undergraduate program in Malaysia, having commenced intake in 1997. Having been formed as a Department in the year 2001, our flagship undergraduate program is accredited by the Engineering Accreditation Council (EAC) of Malaysia. Our lectures are planned and delivered in conjunction with both University Malaya Medical Centre’s expert staff and representatives from the local Biomedical Engineering industry in order to provide the very best in targeted transferable education. There are many different taxonomic breakdowns within biomedical engineering such as bioinformatics, biomaterials, biomechanics, tissue engineering, neuroengineering and physiological measurements. The aim of the department is to produce professional engineers who are able to make technical decision in biomedical engineering field. The department also established a research center and specialized research laboratory in 2008. Center for Applied Biomechanics (CAB) and Medical Informatics and Biological Microelectromechanical Systems (MIMEMS) Laboratory are formed to enhance research activities in this department. Bachelor of Biomedical Engineering Biomedical Engineering involves the application of the latest advances in engineering and scientific knowledge for biomedical use. Our undergraduate programme prepares students for positions in biomedical engineering industries or to pursue advanced postgraduate studies. During the first and second years of study, you will focus upon core electrical and mechanical engineering and biology-based topics giving you a firm foundation upon which to build the rest of your degree program. To enhance your soft skills a Critical Thinking and Communication course is provided all students. The third year moves engineering topics to a more advanced level as well as incorporating an industrial placement module, bringing both a higher level of practical expertise and engineering exposure which will benefit students throughout the rest of the programme and in their future careers. Prior to industrial placement, students have an opportunity to interact with medical specialists at the University of Malaya Medical Centre that adds further depth to their work. This provides student an opportunity to suggest solutions to overcome the problem faced by UMMC. The final year is dominated by the final year thesis project and elective topics. The elective components permit students to shape their own direction as preparation for a future career. Due to diverse specialties of our lecturers, students have opportunity to specialize in a wide range of fields. At the end of the thesis project, the students are obliged to present and defend their project. The Department organizes visits to industry every year to expose students to a commercial working environment. There are also lectures from the industry in every semester to enable students to hear first hand from prominent biomedical engineers.

13

INTRODUCTION OF OUTCOME-BASED EDUCATION (OBE) Outcome-Based Education (OBE) is an approach in education system that more concern toward the outcome's achievement rather than education processes. The focus of OBE's approach is the outcome that needed in preparing the student to enter the career world. The effort by Faculty of Engineering, University Malaya in implementing the OBE's curriculum since 2004, is in conjunction with the requirement of Ministry of Higher Education and Board of Engineers Malaysia (BEM). The effort in approaching OBE in engineering education is in order to help Malaysia to be a full member in Washington Accord (WA) that is an international agreement to recognized the engineering degree equally. In order to implement this OBE approach, it takes more concern about two main criteria that is Programme Educational Objectives (PEO) and Programme Outcomes (PO) which is before this the criteria not been acknowledge. This POE and PO need to be amend, traced, scaled and evaluated in the education process. Programme Educational Objectives (PEO) Programme Educational Objectives (PEO) is an objective to a long term academic program which is the expected achievements of graduates in their career and professional life few years after graduation. The needs of PEO has been stated in Section 3.0, Engineering Programme Accreditation Manual – 3rd Edition, Engineering Accreditation Council (EAC), Malaysia (EAC’s Manual, 2005). Programme Outcomes (PO) Programme Outcomes (PO) is short term outcomes that are expected to attain by the student when they finish their study. The needs of PEO have been stated in Section 4.0, EAC’s Manual (2005).

14

PHILOSOPHY OF EDUCATION The programme shall, in the main, teach engineering science as opposed to engineering technology so as to give the graduates a strong theoretical understanding of the various engineering principles involved in their professional work PROGRAMME EDUCATIONAL OBJECTIVES (PEO) "to produce confident graduates with biomedical engineering competency and with soft-skills to become effective managers and leaders for the nation and for humanity." Explanation Programme Educational Objective are specific goals consistent with the mission and vision of the IHL, that are responsive to the expressed interest of the programme stakeholders, describing the expected achievements of graduates in their career and professional life few years after graduation. Engineers who are competent in biomedical engineering have the ability to carry out critical and creative analyze in designing biomedical engineering related solutions by applying the latest engineering tools and techniques. This includes keeping up-to-date with the latest technological breakthrough and knowledge in engineering to obtain optimum engineering solution to meet current demands. Engineers who have good intrapersonal and interpersonal skills are well-trained to communicate effectively at technical and non-technical levels. This would develop an effective working relationship with the superiors and subordinates, as well as with the community at large. Engineers who are in management positions with leadership abilities are able to make appropriate technical decisions and practice good work ethics within the context of sustainable development in a globalised economy. As an effective manager, the person required not only the ability to manage and plan available resources to achieve optimum results but also make decisions with ethical and social responsibilities.

15

PROGRAMME OUTCOMES (PO) Programme Outcomes are statements that describe what biomedical students are expected to know and be able to perform by the time of graduation. They are 12 PO's that falls into 3 main aspects. In order to facilitate the achievement of these 12 PO's, 59 sub PO's are introduced. Technical Skills PO1) Ability to acquire and apply knowledge in engineering fundamentals. PO2) Ability to design and conduct experiments, as well as to acquire, analyze, interpret and report

experimental data. PO3) Ability to design biomedical engineering systems, components or processes to meet desired

needs to provide for sustainable development. PO4) Ability to identify and solve biomedical engineering problems. PO5) Ability to use the current engineering techniques, skills, and tools necessary for biomedical

engineering practice. Soft Skills PO6) Ability to communicate effectively, not only with engineers but also with the community at

large. PO7) Ability to function effectively as a leader with management and entrepreneurship skills as well

as an active member in a multi-disciplinary team. PO8) Ability to apply thinking skills in solving problems. General Knowledge PO9) Understanding of and commitment to biomedical engineering professional and ethical

responsibilities. PO10) Understanding of the social, cultural, and environmental responsibilities (local and global) of

a professional biomedical engineer. PO11) Understanding the need to undertake lifelong learning and possessing the ability to do so. PO12) Knowledgeable in contemporary biomedical engineering issues.

16

SUB PROGRAMME OUTCOMES (SubPO) PO1) Ability to acquire and apply knowledge in engineering fundamentals.

i) Acquire knowledge a) Ability to apply various techniques of searching for information. (E.g. Library,

internet and other sources) (Year 1) b) Ability to describe the information that is acquired (i.e. read, understand, and

then finally describe it) (Year 2).

ii) Apply knowledge a) Ability to apply engineering fundamentals to analyze and solve engineering

problems (e.g. Use continuity equation to describe blood flow) (Year 3 & 4). PO2) Ability to design and conduct experiments, as well as to acquire, analyze, interpret and

report experimental data.

i) Conduct experiment a) Ability to carry out experiment properly (can set up the experiment and take

measurements the right way) after demonstration / explanation from staff members. (Year 1)

b) Ability to carry out experiment properly after reading the lab sheets. (E.g. Lab sheets with complete experimental protocol are given. Students have to read and understand and then carry out the experiment with minimal supervision) (Year 2 & 3)

ii) Design experiment

a) Ability to design and carry out an experiment preferably with some experimental protocol in the lab sheet with some guidance from staff members. (E.g. Lab sheets with general experimental protocol (not detail) is given. Students have to think what extra precautions and data is required with some guidance from staff members) (Year 4, sem 1)

b) Ability to design and carry out experiment to test out a hypothesis using available equipments. (E.g. A hypothesis is given to the student. They have to design what experiment to carry out to prove the hypotheses. Have to read the manual on how to handle the equipments and set up the equipment on their own. Must know what data to collect and decide and justify the best methods to process it) (Year 4, sem 2)

iii) Acquire data

a) Ability to use the proper tools and methods to acquire data. (E.g. Know how to handle lab equipments such as multi-meters, oscilloscopes(analog/digital), power supplies, function generators and data acquisition card; caliper; microscopes; stethoscope and blood pressure monitor) (Level 1) Ability to use the proper tools and methods to acquire data. (E.g. Know how to handle lab equipments such as multi-meters, oscilloscopes(analog/digital), power supplies, function generators and data acquisition card; caliper; microscopes; micrometer, stethoscope and blood pressure monitor) (Year 1)

iv) Analyze data

a) Ability to use the proper tools and methods to analyse data. (E.g. Know how to use spreadsheet programs (formulae as well as graphing tools)) (Year 1)

v) Interpret data

a) Ability to interpret and discuss processed data (e.g. why does it follow or deviate from theory) (Year 2)

vi) Report data a) Ability to write a lab report using the proper format. (Year 1) b) Ability to present the data in a clear and concise manner (e.g. by the proper

usage of tables & illustrations to portray results) (Year 2 to 4)

17

PO3) Ability to design biomedical engineering systems, components or processes to meet

desired needs to provide for sustainable development.

a) Ability to explain different approaches used to design an engineering solution to meet desired needs. (Year 2)

b) Ability to design an engineering solution to solve a small portion of a problem. (e.g. study reaction forces on the foot to correct gait deformities) (Year 3)

c) Ability to design an engineering solution to solve an actual engineering problem. (e.g. develop new bed sheets to solve pressure sores problems) (Year 4)

d) Ability to state the needs of sustainable development (e.g. use of proper methods in the disposal of chemical and clinical waste.) (Year 1)

PO4) Ability to identify and solve biomedical engineering problems.

i) Identify problem a) Ability to identify and describe an engineering system, component and

process. (e.g. the friction acting in a belt drive system)(Year 1) b) Ability to identify the engineering problems. (e.g. corrosion of metallic

implants)(Year 2)

ii) Solve engineering problems a) Ability to come up with engineering solutions to the problems. (e.g. warming

blanket for hypothermic patients) (Year 3) b) Ability to validate and verify the solutions. (e.g. design sensor to detect

respiratory rate and confirm that the rate detected by the sensor is correct to human body) (Year 4)

PO5) Ability to use the techniques, skills, and current engineering tools necessary for

biomedical engineering practice

a) Ability to identify the different types of current engineering tools in use. (e.g. a reaction board to measure reactive forces of the support) (Year 1)

b) Ability to use the tools during engineering practice. (e.g. use mechanical testing machine to measure mechanical properties of materials)(Year 1)

PO6) Ability to communicate effectively, not only with engineers but also with the

community at large.

i) General theory a) Ability to describe the effective methods to communicate. (E.g. Convey

information through presentation, discuss an idea, use of technology for presentation, communicate with the community at large, wear proper attire during presentation) (Year 1)

ii) Personal communication (One to one or small group)

a) Ability to build rapport. (E.g. through praise, humour, common interest, etc.) (Year 2)

b) Ability to listen actively and give feedbacks to indicate understanding. (Year 2)

c) Ability to negotiate to create win-win situations. (Year 3) d) Ability to write professional memos or reports. (Year 3) e) Ability to read body language. (Year 3) f) Ability to use appropriate body language. (Year 3)

iii) Presentation (Speaking to public) a) Ability to do a presentation in front of a crowd. (E.g. just stand in front of the

class and present) (Year 1) b) Ability to come up with intelligent replies in Q&A session during a

18

presentation. (Year 3) c) Ability to present an idea to audience with varying backgrounds. (E.g.

presenting an electrical concept to a doctor) (Year 4) PO7) Ability to function effectively as a leader with management and entrepreneurship skills as well as an active member in a multi-disciplinary team.

i) General theory a) Ability to state the roles of an effective team member or leader. (E.g. How to

follow and how to lead) (Year 1) b) Ability to adopt the methods and strategies to develop a healthy working

relationship.(e.g. convey the praise from a third party; express appreciation to team members) (Year 1)

c) Ability to perform a task with proper procedures and schedules. (Year 1) d) Ability to appreciate the commercial value and economic potential of an

engineering project. (Year 1)

ii) Team work a) Ability to act as a leader in carrying out a group assignment. (e.g. act as the

coordinator for the group assignment) (Year 1) b) Ability to plan tasks effectively. (e.g. Identify the tasks involved, plan the

timing of the task, plan the work involved for each task and distribute tasks fairly among members). (Year 2)

c) Ability to resolve conflicts. (e.g. organize brain storming session to resolve dispute between group members) (Year 2)

d) Ability to synergize with team members from different backgrounds.(e.g. Ethnic, professional and educational). (Year 2)

e) Ability to inspire team members. (Year 3) f) Ability to accept collective responsibility to any decision made (e.g. defend

group decision when questioned by lecturers) (Year 3) PO8) Ability to apply thinking skills in solving problems.

i) General theory a) Ability to identify the different types of thinking methods as well as the

techniques to apply them. (E.g. Critical thinking, creative thinking, parallel thinking, lateral thinking) (Year 1)

ii) Application

a) Ability to apply thinking skills in solving simple engineering problems. (Solving a small part of a problem with lecturers asking questions to guide their thoughts.) (Year 2)

b) Ability to apply thinking skills in solving moderate engineering problems. (Solving a small part of a problem with minimal guidance from the lecturers.) (Year 3)

c) Ability to apply thinking skills in solving complex engineering problems. (Solving a complete problem by stating all the possible solutions and justifications for their solution of choice, without any guidance from the lecturers.) (Year 4)

PO9) Understanding of and commitment to biomedical engineering professional and ethical

responsibilities.

i) Ability to state the ethical responsibilities of an engineer. (e.g. consent from human subjects for experiments) (Year 1)

ii) Ability to explain the importance of ethical responsibilities and to give examples of negative effects due to lack of ethics. (e.g. report correctly the measurements made)(Year 1)

iii) Ability to state the pros and cons of different courses of action. (Year 2)

19

iv) Ability to justify decisions made in solving ethical problems. (Year 2) PO10) Understanding of the social, cultural, and environmental responsibilities (local and

global) of a professional biomedical engineer.

i) Ability to describe the current social, cultural, and environmental scenarios with respect to the biomedical engineering industry. (e.g. the use of porcine-based research materials in Muslim community) (Year 2)

ii) Ability to analyze a biomedical engineering problem, and propose the solution that fulfills the social, cultural and environmental responsibilities of a biomedical engineer. (e.g. the use of biohybrid system to replace a defective heart valve) (Year 3)

PO11) Understanding of the need to undertake lifelong learning and possessing the ability to

do so.

i) Understanding the need to undertake lifelong learning a) Ability to state the importance of lifelong learning to our individual needs from

the professional (increase income and marketability) as well as the psychological perspectives. (This fulfills human basic desire to learn new things) (e.g. reading scientific journals to enhance knowledge) (Year 1)

ii) Possessing the ability to do so

b) Ability to search for relevant information using conventional methods (e.g. Library and the Internet) and unconventional methods (e.g. brain storming and self reflection) (Year 1)

PO12) Knowledgeable in contemporary biomedical engineering issues.

i) Ability to identify and describe the current biomedical engineering issues. (Year 1) ii) Ability to form intelligent opinions on the current biomedical engineering issues. (Year

2) iii) Ability to identify and describe the current trends in the biomedical engineering

industry (Year 3) iv) Ability to identify and describe the latest research and findings in the biomedical

engineering field (Year 4) v) Ability to review the research and findings in the biomedical engineering field (Year

4)

20

SubPO MATRIX

Sem 1 (Year 1) Sem 2 (Year 1) Sem 3 (Year 2) Sem 4 (Year 2)

1130 1150 2141 1142 1171 1151 1154 1172 2142 1143 2173 2136 2133 2138 2139 2174

PO1

1-a √ √ √

1-b √

2-a

PO2

1-a √ √

1-b √ √

2-a

2-b

3-a √ √ √

4-a √ √ √

5-a √ √

6-a √ √ √

6-b √

PO3

1 √

2

3

4 √ √

PO4

1-a √

1-b

2-a

2-b

PO5 1 √ √ √

2 √ √ √

PO6

1-a √

2-a √

2-b √

2-c

2-d

2-e

2-f

3-a √

3-b √

3-c

PO7

1-a √ √ √

1-b √ √ √

1-c √ √ √

1-d

2-a √ √ √

2-b √

2-c √

2-d √

2-e

2-f

PO8

1-a √ √

2-a √

2-b

2-c

PO9

1 √

2 √

3

4

PO10 1 √ √

2

PO11 1-a √ √

2-a √ √

PO12

1 √

2

3

4

5

21

Sem 5 (Year 3) Sem 6 (Year 3) I. Trng 2137 3147 2143 3150 3175 3233 3148 3149 3245 3146 4140 4180 2190

PO1 1-a 1-b √ √2-a √ √

PO2

1-a 1-b √2-a 2-b 3-a 4-a 5-a √6-a 6-b √

PO3

1 √2 √ 3 4 √

PO4

1-a √ √1-b √ √2-a 2-b

PO5 1 2

PO6

1-a 2-a 2-b 2-c √ 2-d √2-e √2-f √ 3-a √3-b 3-c √

PO7

1-a 1-b 1-c 1-d 2-a 2-b 2-c 2-d 2-e √ √ 2-f √ √

PO8

1-a √2-a √2-b √ 2-c

PO9

1 √ 2 √ 3 √ 4 √ √

PO10 1 √2 √ √

PO11 1-a √ 2-a √

PO12

1 √ √2 √ 3 √ √4 5

22

Sem 7 (Year 4) Sem 8 (Year 4) Electives 4183 4134 4135 4132 4181 4141 4285 4324 4326 4327 4328 4330

PO1 1-a 1-b 2-a √

PO2

1-a 1-b 2-a √ √2-b √ √3-a 4-a 5-a 6-a 6-b √

PO3

1 √ 2 √ √3 √ √4

PO4

1-a √1-b 2-a √ √2-b √ √

PO5 1 √2 √

PO6

1-a 2-a 2-b 2-c √ 2-d √ 2-e √ 2-f √ 3-a 3-b 3-c √

PO7

1-a 1-b 1-c 1-d √ √ 2-a 2-b 2-c 2-d 2-e √2-f √

PO8

1-a 2-a √ 2-b √ 2-c √ √ √

PO9

1 2 3 √ √ 4 √

PO10 1 2

PO11 1-a √ 2-a √

PO12

1 2 √3 4 √ √ √ 5 √ √ √

No

1

2

3

4

5

6

7

8

DEPAR

Staff

Noor AzuOsman Wan AbuWan Aba Wan MohAzhar WaIbrahim Fatimah I

Belinda M

Ting Hua

Ng Siew C

Norita MoZain

ACERTMENT OF

Ap

uan Abu HeDeAsPr

Bakar s

Pr

hd an

AsPr

brahim AsPr

Murphy Se

Nong Se

Cheok Le

ohd Le

23

EDEMIC STF BIOMEDIC

ppointment

ead of epartment, ssociate rofessor

rofessor

ssociate rofessor

ssociate rofessor

enior Lecture

enior Lecture

ecturer

ecturer

AFF CAL ENGINE

Qualific

BEng (BMSc, Ph(StrathclMISB Dip. MecBSc , Ph(StrathclMIMechE Dip. Civi(ITM), BSM.Applie(Malaya)PhD (NU BSc (MaMSc (HertfordPhD (Ma

er BBEng (PhD (QuMary)

er BEng (UMEng (UPhD (UT BEng (MMEngSc BSc (UKMTech (

EERING

ation

radford), D yde),

ch E (TC), hD yde), E

l Eng Sc, ed.Stat ), MII, UT)

arquette),

dshire), alaya)

Malaya), ueen

TM), UTM), TM)

Malaya), c (Malaya)

KM), Malaya)

Field of R

BiomechaniProsthetics, & Motion An BiomechaniMechanics &Analysis

Biomaterials

Medical InfoBioinstrume

Tissue Engi

Biomedical SProcessing


Biomaterials

Research

cs, Orthotics

nalysis

cs, Tissue & Motion

s

ormatics & ntation

neering

Signal

Signal

s

9

10.

11

12

13

14

15

16

17

Ahmad KAbdul Wa

Lim Einly

Mohd YazAhmad

Nahrizul AKadri

Raha MaGhazali

Juliana U

Illida Moh

Hazliana Hamzah

Mohd ShFadly Ma

Khairi ahab

Le

Le

zed Le(SAu

Adib Le(H

t Le(O

Usman Le(SAu

hd Nawi Tu(T Tu(T

uhaibul nsor

Tu(T

24

ecturer

ecturer

ecturer SLAB-ustralia)

ecturer HLCB-UK)

ecturer On Leave)

ecturer SLAB-ustralia)

utor Temporary)

utor Temporary)

utor Temporary)

Dip Elec(ITM), B(Cardiff)(Malaya) BEng (MMEngSc BEng (MMEngSc BBEng (MbioMed(NSW) BBEng (MbioMed(NSW) BBEng (MEngSc

BSc (CaWestern

BSc (CaWestern

Dip Elec(ITM), B(Surrey)

t Eng Eng , MEngSc )

Malaya), c (Malaya

Malaya), c (Malaya)

Malaya), dEng

Malaya), dEng

Malaya), c (Malaya)

se )

se )

t Eng Eng

Biomedical CSystems

Physiologica

Biomedical CSystems

BioMEMS

Biomaterials

Biomechani

Tissue Engi

Biomechani

Bioelectrom

Control

al Modeling

Control

s

cs

neering

cs

agnetics

18

19

20

21

22

23

24

25

26

Kama BisMuhamm

Salmah K

MohammMohamed

KhairunnHasikin

Ummi SyMd. Ali

Nasrul AnAbd Raza

Ahmad NAhmad F

Chai Yok

Mas SahiMokhtar

stari mad

Tu(T

Karman Tu(S

mad Faiz d Saaid

Tu(T

isa Tu(T

ahirah Tu(T

nuar ak

Tu(T

azmi uad

Tu(T

e Chin (S

idayana (SAu

25

utor Temporary)

utor SLAB-UM)

utor Temporary)

utor Temporary)

utor Temporary)

utor Temporary)

utor Temporary)

SLAI-Belgium

SLAB-ustralia)

BSc (Pe

BEng (Ja

BEng (UMEng (U

BEng (M

BBEng (

BBEng (

MBBS (I

m) BBMedS(Malaya)MEngSc

BBEng (MEngSc

nn)

apan)

TM), UTM)

Malaya)

IIUM)

IIUM)

IUM)

Sc ), c (Malaya)

Malaya), c (Malaya)

Tissue Engi

BioMEMS


BioMEMS

Prosthetics Orthotics

Prosthetics Orthotics

Tissue Mech

Tissue Engi

Physiologica

neering

Signal

and

and

hanics

neering

al Modeling

27

28

29

30

Nurazah Hamzaid

Nooranid

Farina Muhamad

Haliza MaHusain

( SAu

a Ariffin (S

d (S

at (SGe

26

SLAB-ustralia)

SLAB-UK)

SLAB-UK)

SLAB-erman)

BBEng (

BBEng (MSc (EaMichigan

BSc (CaWestern(Imperia

BEng (MMSc Eng

IIUM)

Malaya), astern n)

se ), Mres l)

Malaya), g (UTM)

RehabilitatioEngineering

Prosthetics Orthothics

Artificial Org

Bioinstrume

on g

&

gans

ntation

No 1

2

3

4

5

6

7

8

S

DEPARStaff

Zulkafli Muhamm Fadzli AbBakar Mohd. AsMohamed Adli IskanPutera Mohd FirdJamil Mohd HaZainal Ab Fairus HaMohamm HafizuddiAsman

SUPPRTMENT OF

Ap

ad AssiScie

u SeniTech

sni d

ComTech

ndar Tech

daus Tech

nafi bidin

Tech

anum ad

Tech

n Tech

27

PORTING SF BIOMEDICppointmentstant

ence Officer

ior hnician

mputer hnician

hnician

hnician

hnician

hnician

hnician

TAFF CAL ENGINE

QualifiDiploma oLaboratorTechnolo

PolytechnCertificateElectronic

Diploma oComputerScience

PolytechnCertificateMechanic

PolytechnCertificateMechanic


Higher NaDiploma iMedical ElectronicEngineeri


EERING cation of ry gy

BE

nic e cs

EAL

of r

C

nic e cal

TL

nic e cal

MBL

nic e cs

B

ational n

c ng

NL

nic e cs

ML

ResponsBioMEMS anEngineering L

ElectromagneArtificial OrgaLaboratory

Computer La

Tissue EnginLaboratory

Motion AnalyBiomechanicLaboratory

Biomaterials

Neuro-EngineLaboratory

Medical ElectLaboratory

sibilities nd Clinical Laboratory

etic and an

aboratory

eering

ysis and s

Laboratory

eering

tronics

9

10

11

12

13

14

15

16

17

Ahmad Firdaus O Razalee Rahimi AManaf Azuan Othman Syuib Sam NorhazurAbdullah Mohd FaiMohd Mo Naemah Suhaimi Noor AiniDochik Mohd FahRusli

Omar Tech

bd Tech

Tech(HLCCam

msir Tech(HLCCam

a AdmAssi

z okhtar

AdmAssi

AssiReseOffic

AdmAssi

hmy GenAssi

28

hnician

hnician

hnician CB-

mbodia)

hnician CB-

mbodia)

ministrative stant

ministrative stant

stant earch cer

ministrative stant

eral stant

Diploma iMechanicEngineeri

PolytechnCertificateMechanicEngineeri

Diploma iMechanicTechnolo

Diploma iElectronicEngineeri

Sijil PelajaMalaysia


BA (Malay



n cal ng

TBL

nic e cal ng

BL

n cal gy

n cs ng

aran A

aran A

ya) A

aran A

aran A

Tissue MechaBody PerformLaboratory

Braces & LimLaboratory

Administratio

Administratio

Administratio

Administratio

Administratio

anics and mance

mbs

on Office

on Office

on Office

on Office

on Office

29

PROGRAMME STRUCTURE

DEGREE IN BACHELOR OF BIOMEDICAL ENGINEERING 2010/2011 SESSION (Malaysian Students)

Course Contents Credit Hours University

Course (15%) University Compulsory Core Courses (TWU)

- Islamic and Asian Civilizations (TITAS) - Thinking and Communication Skills - Ethnic Relations - Basic of Entrepreneurship Culture

University Compulsory Courses (TU) - Information skills - Co-curriculum - English

Elective Courses (Outside faculty)

2 3 2 2

1 2 6

2

Sub-total Credit Hours

20

Faculty Course (85%)

- Faculty Compulsory Core Courses (TWF) - Department Compulsory Core Courses (TWJ) - Elective Core Courses (Compulsory) Department

(TP(W)J)

17 87

8


112

TOTAL (100%)

Total Credit Hours

132

30

PROGRAMME STRUCTURE

DEGREE IN BACHELOR OF BIOMEDICAL ENGINEERING 2010/2011 SESSION (International students)

Course Contents Credit Hours University

Course (15%) University Compulsory Core Courses (TWU)

- Islamic and Asian Civilizations (TITAS) (Optional)

- Thinking and Communication Skills - Introduction to Malaysia - Basic of Entrepreneurship Culture

University Compulsory Courses (TU) - Information skills - Co-curriculum - English

Elective Courses (Outside faculty)

2

3 2 2

1 2 6

2


20

Faculty Course (85%)

- Faculty Compulsory Core Courses (TWF) - Department Compulsory Core Courses (TWJ) - Elective Core Courses (Compulsory) Department

(TP(W)J)

17 87

8


112

TOTAL (100%)

Total Credit Hours

132

31

COURSE OFFERING FOR DEGREE IN BIOMEDICAL ENGINEERING PROGRAM ACADEMIC SESSION 2010/2011 (Malaysian students)

CODE COURSE Year 1 Year 2 Year 3 Year 4 TOTAL

Pre-requisite S1 S2 1 S3 S4 2 S5 S6 3 S7 S8 4 CREDIT

UNIVERSITY COURSES

GXEX 1401 Information skills 1 1

GXEX 1414 Islamic and Asian Civilizations (TITAS) 2 2

GXEX 1411 Ethnic Relations 2 2

GTEE11xx English 1 3 3

GTEE 11xx English 2 3 3

Co-curriculum 2 2

KXEX 2163 Thinking and Communication Skills 3 3

GXEX 1412 Basic of Entrepreneurship Culture 2 2

Elective Courses (outside faculty) 2 2

Sub-total Credit Hours 2 10 5 1 0 0 0 2 20

FACULTY COURSES

KXEX 1110 Basic Materials Science 3 3

KXEX 1144 Basic Engineering Calculus 2 2

KXEX 1145 Basic Engineering Algebra 2 2

KXEX 2244 Ordinary Differential Equations 2 2

KXEX 2245 Vector Analysis 2 2

KXEX 2166 Law and Engineer 2 2

KXEX 2162 Economy, Finance & Engineer 2 2

KXEX 2165 Moral and Ethics in Engineering Profession 2 2


DEPARTMENTAL COURSES

KUEU 1130 Statics 2 2

KUEU 1150 Human Anatomy and Physiology 1 3 3

KUEU 2141 Electrical Circuit Analysis 3 3

KUEU 1142 Biochemistry and analysis 3 3

KUEU 1171 Laboratory 1 1 1


KUEU 1154 Dynamics 3 3


KUEU 2142 Electronics 3 3

KUEU 1143 Mechanical Engineering Design 3 3


KUEU 2136 Thermofluids 3 3

KUEU 2133 Computer and Programming 2 2

KUEU 2138 Mechanics of Materials 3 3 KUEU1130

KUEU 2139 Medical Electronics 3 3 KUEU2142


KUEU 2137 Biomechanics 3 3

KUEU 3147 Biomaterials 3 3

KUEU 2143 Microcomputer and digital systems 3 3 KUEU 3150 Biomedical Engineering Practices 1 1


KUEU 3233 Signals and Systems 3 3 KXEX1144 & KXEX1145

KUEU 3148 Electromagnetism and electrical machines 3 3 KUEU2142 & KUEU2141

KUEU 3149 Control systems 3 3

KUEU 3245 Machines Mechanics 2 2 KUEU1130 & KUEU1154

KUEU 3146 Biomedical Statistics 2 2

KUEU 4140 Safety, Standards and Ethics in Biomedical Engineering 2 2

KUEU 4180 Capstone 1 1 1

KUEU 2190 Industrial Training 5 5

32

KUEU 4183 Graduation Project 1 2 2

KUEU 4134 Medical Instrumentation: Application and Design 3 3

KUEU2142 & KUEU2139

KUEU 4135 Management and Clinical Engineering 3 3

KUEU 4132 Artificial Organ and Biotransport 2 2


KUEU 43xx Departmental Electives 2 2


KUEU 4141 Medical Imaging 3 3

KUEU 4285 Graduation Project 2 4 4 KUEU 4183



Sub-total Credit Hours 12 6 0 7 12 0 11 16 5 15 11 0 95

TOTAL CREDIT HOURS 16 18 0 17 17 0 15 16 5 15 13 0 132

33

COURSE OFFERING FOR DEGREE IN BIOMEDICAL ENGINEERING PROGRAM ACADEMIC SESSION 2010/2011 (International students)

CODE COURSE Year 1 Year 2 Year 3 Year 4 TOTAL

Pre-requisite S1 S2 1 S3 S4 2 S5 S6 3 S7 S8 4 CREDIT

UNIVERSITY COURSES

GXEX 1401 Information skills 1 1

GXEX 1414 Islamic and Asian Civilizations (TITAS) 2 2

GXEX 1413 Introduction to Malaysia 2 2

GTEE11xx English 1 3 3

GTEE 11xx English 2 3 3

Co-curriculum 2 2

KXEX 2163 Thinking and Communication Skills 3 3

GXEX 1412 Basic of Entrepreneurship Culture 2 2

Elective Courses (outside faculty) 2 2


FACULTY COURSES

KXEX 1110 Basic Materials Science 3 3

KXEX 1144 Basic Engineering Calculus 2 2

KXEX 1145 Basic Engineering Algebra 2 2

KXEX 2244 Ordinary Differential Equations 2 2

KXEX 2245 Vector Analysis 2 2

KXEX 2166 Law and Engineer 2 2

KXEX 2162 Economy, Finance & Engineer 2 2

KXEX 2165 Moral and Ethics in Engineering Profession 2 2



KUEU 1130 Statics 2 2


KUEU 2141 Electrical Circuit Analysis 3 3

KUEU 1142 Biochemistry and analysis 3 3



KUEU 1154 Dynamics 3 3


KUEU 2142 Electronics 3 3

KUEU 1143 Mechanical Engineering Design 3 3


KUEU 2136 Thermofluids 3 3

KUEU 2133 Computer and Programming 2 2

KUEU 2138 Mechanics of Materials 3 3 KUEU1130

KUEU 2139 Medical Electronics 3 3 KUEU2142


KUEU 2137 Biomechanics 3 3

KUEU 3147 Biomaterials 3 3

KUEU 2143 Microcomputer and digital systems 3 3 KUEU 3150 Biomedical Engineering Practices 1 1


KUEU 3233 Signals and Systems 3 3 KXEX1144 & KXEX1145

KUEU 3148 Electromagnetism and electrical machines 3 3 KUEU2142 & KUEU2141

KUEU 3149 Control systems 3 3

KUEU 3245 Machines Mechanics 2 2 KUEU1130 & KUEU1154

KUEU 3146 Biomedical Statistics 2 2

KUEU 4140 Safety, Standards and Ethics in Biomedical Engineering 2 2


KUEU 2190 Industrial Training 5 5

34

KUEU 4183 Graduation Project 1 2 2

KUEU 4134 Medical Instrumentation: Application and Design 3 3

KUEU2142 & KUEU2139

KUEU 4135 Management and Clinical Engineering 3 3

KUEU 4132 Artificial Organ and Biotransport 2 2




KUEU 4141 Medical Imaging 3 3

KUEU 4285 Graduation Project 2 4 4 KUEU 4183



Sub-total Credit Hours 12 6 0 7 12 0 11 16 5 15 11 0 95

TOTAL CREDIT HOURS 16 18 0 17 17 0 15 16 5 15 13 0 132

35

TERMS OF GRADUATION TABLE DEGREE IN BACHELOR OF BIOMEDICAL ENGINEERING PROGRAMME

2010/2011 ACADEMIC SESSION (Malaysian students)

CODE COURSE TOTAL PASSING MARKING SCHEME

CREDIT GRADE Marks Grade Grade

UNIVERSITY COURSES Points

GXEX 1401 Information skills 1 S 80 -100 A 4.0

GXEX 1414 Islamic and Asian Civilizations 2 C 75 - 79 A- 3.7

GXEX 1411 Ethnic Relations 2 C 70 – 74 B+ 3.3

GTEE 11XX English 1 3 - 65 – 69 B 3.0

GTEE 11XX English 2 3 - 60 – 64 B- 2.7

Co-curriculum 2 S 55 - 59 C+ 2.3

KXEX 2163 Thinking and Communication Skills 3 D 50 - 54 C 2.0

GXEX 1412 Basic of Entrepreneurship Culture 2 C 45 - 49 C- 1.7

Elective Courses (Outside Faculty) 2 D 40 - 44 D+ 1.5

Sub-total Credit Hours 20 35 - 39 D 1.0

< 35 F 0.0

FACULTY COURSES

KXEX 1110 Basic Materials Science 3 D

KXEX 1144 Basic Engineering Calculus 2 C

KXEX 1145 Basic Engineering Algebra 2 C

KXEX 2244 Ordinary Differential Equations 2 C

KXEX 2245 Vector Analysis 2 C

KXEX 2166 Law and Engineer 2 D

KXEX 2162 Economy, Finance & Engineer 2 D

KXEX 2165 Moral and Ethics in Engineering Profession 2 D

Sub-total Credit Hours 17


KUEU 1130 Statics 2 C

KUEU 1150 Human Anatomy and Physiology 1 3 C

KUEU 2141 Electrical Circuit Analysis 3 C

KUEU 1142 Biochemistry and analysis 3 C

KUEU 1171 Laboratory 1 1 C


KUEU 1154 Dynamics 3 C


KUEU 2142 Electronics 3 C

KUEU 1143 Mechanical Engineering Design 3 C


KUEU 2136 Thermofluids 3 C

KUEU 2133 Computer and Programming 2 C

KUEU 2138 Mechanics of Materials 3 C KUEU 2139 Medical Electronics 3 C


KUEU 2137 Biomechanics 3 C

KUEU 3147 Biomaterials 3 C

KUEU 2143 Microcomputer and digital systems 3 C

KUEU 3150 Biomedical Engineering Practices 1 C KUEU 3175 Laboratory 5 1 C

KUEU 3233 Signals and Systems 3 C

KUEU 3148 Electromagnetism and electrical machines 3 C KUEU 3149 Control systems 3 C KUEU 3245 Machines Mechanics 2 C KUEU 3146 Biomedical Statistics 2 C

KUEU 4140 Safety, Standards and Ethics in Biomedical Engineering 2 C

KUEU 4180 Capstone 1 1 C

KUEU 2190 Industrial Training 5 S

36

KUEU 4183 Graduation Project 1 2 I

KUEU 4134 Medical Instrumentation: Application and Design 3 C

KUEU 4135 Management and Clinical Engineering 3 C

KUEU 4132 Artificial Organ and Biotransport 2 C


KUEU 43xx Departmental Electives 2 C


KUEU 4141 Medical Imaging 3 C

KUEU 4285 Graduation Project 2 4 C




TOTAL CREDIT HOURS 132

37

TERMS OF GRADUATION TABLE DEGREE IN BACHELOR OF BIOMEDICAL ENGINEERING PROGRAMME

2010/2011 ACADEMIC SESSION (International students)

CODE COURSE TOTAL PASSING MARKING SCHEME

CREDIT GRADE Marks Grade Grade

UNIVERSITY COURSES Points

GXEX 1401 Information skills 1 S 80 -100 A 4.0

GXEX 1414 Islamic and Asian Civilizations 2 C 75 - 79 A- 3.7

GXEX 1413 Introduction to Malaysia 2 C 70 – 74 B+ 3.3

GTEE 11XX English 1 3 S 65 – 69 B 3.0

GTEE 11XX English 2 3 S 60 – 64 B- 2.7

Co-curriculum 2 S 55 - 59 C+ 2.3

KXEX 2163 Thinking and Communication Skills 3 D 50 - 54 C 2.0

GXEX 1412 Basic of Entrepreneurship Culture 2 C 45 - 49 C- 1.7

Elective Courses (Outside Faculty) 2 D 40 - 44 D+ 1.5

Sub-total Credit Hours 20 35 - 39 D 1.0

< 35 F 0.0

FACULTY COURSES

KXEX 1110 Basic Materials Science 3 D

KXEX 1144 Basic Engineering Calculus 2 C

KXEX 1145 Basic Engineering Algebra 2 C

KXEX 2244 Ordinary Differential Equations 2 C

KXEX 2245 Vector Analysis 2 C

KXEX 2166 Law and Engineer 2 D

KXEX 2162 Economy, Finance & Engineer 2 D

KXEX 2165 Moral and Ethics in Engineering Profession 2 D



KUEU 1130 Statics 2 C


KUEU 2141 Electrical Circuit Analysis 3 C

KUEU 1142 Biochemistry and analysis 3 C



KUEU 1154 Dynamics 3 C


KUEU 2142 Electronics 3 C

KUEU 1143 Mechanical Engineering Design 3 C


KUEU 2136 Thermofluids 3 C

KUEU 2133 Computer and Programming 2 C

KUEU 2138 Mechanics of Materials 3 C KUEU 2139 Medical Electronics 3 C


KUEU 2137 Biomechanics 3 C

KUEU 3147 Biomaterials 3 C

KUEU 2143 Microcomputer and digital systems 3 C

KUEU 3150 Biomedical Engineering Practices 1 C KUEU 3175 Laboratory 5 1 C

KUEU 3233 Signals and Systems 3 C

KUEU 3148 Electromagnetism and electrical machines 3 C KUEU 3149 Control systems 3 C KUEU 3245 Machines Mechanics 2 C KUEU 3146 Biomedical Statistics 2 C

KUEU 4140 Safety, Standards and Ethics in Biomedical Engineering 2 C


KUEU 2190 Industrial Training 5 S

38

KUEU 4183 Graduation Project 1 2 I

KUEU 4134 Medical Instrumentation: Application and Design 3 C

KUEU 4135 Management and Clinical Engineering 3 C

KUEU 4132 Artificial Organ and Biotransport 2 C




KUEU 4141 Medical Imaging 3 C

KUEU 4285 Graduation Project 2 4 C




TOTAL CREDIT HOURS 132

39

BIOMEDICAL ENGINEERING CORE COURSE

LEGEND

KXEX 1144 Fundamental

Engineering Calculus

KXEX 1145 Fundamental

Engineering Algebra

KXEX 2245 Vector Analysis

KXEX 2244 Ordinary Differential

Equations

KUEU 3148 Electromagnetism and

Electrical Machines

KUEU 4135 Management and Clinical

Engineering

KUEU 4141 Medical Imaging

KUEU 2142 Electronics

KUEU 2141 Eletrical

Circuit Analysis

KUEU 2139 Medical Electronics

KUEU 2133 Computer and Programming

KUEU 2143 Microcomputer and

Digital Systems

KUEU 3149 Control Systems

KUEU 4134 Medical Instrumentation Application and Design

KUEU 4326 (Electives) Computers in Biomedical

Engineering

KUEU 3233 Signal and Systems

KUEU 4140 Safety, Standards and Ethics in Biomed Eng

KUEU 4327 (Electives) Artificial Intelligence

KUEU 4132 Artificial Organ and

Biotransport

KUEU 4326 (Electives) Prosthetics and Orthotics

KUEU 3245 Mechanics of Machines

KUEU 4324 (Electives) Advanced Biomaterial

KUEU 3146 Biomedical Statistics

KUEU 4330 (Electives) Tissue Engineering

KUEU 4183 Graduation Project 1

KUEU 4285 Graduation Project 2

KUEU 2190 Industrial Training

KUEU 4181 Capstone Project 2

KUEU 1130 Statics

KUEU 1142 Biochemistry and

Analysis

KUEU 1120 Human Anatomy and

Physiology 1

KUEU 1154 Dynamics

KUEU 1143 Mechanical Engineering

Design

KUEU 1151 Human Anatomy and

Physiology 2

KUEU 2136 Thermofluids

KXEX 1110 Fundamental Material

Science

KUEU 2137 Biomechanics

KUEU 2138 Mechanics of Materials

KUEU 3147 Biomaterials

KUEU 4180 Capstone Project 1

KUEU 3175 Laboratory 5

KUEU 3150 Biomedical Engineering

Practice

Mechanical Courses

Electrical Courses Biomedical Courses

Faculty Courses Laboratory Courses

Other Courses





YE

AR

ON

E

SE

M II

S

EM

I

YE

AR

TW

O

SE

M II

S

EM

I

YE

AR

TH

RE

E

SE

M II

S

EM

I

YE

AR

FO

UR

SE

M II

S

EM

I

40

STUDENT PERFORMANCE EVALUATION PROCESS

2nd meeting with PA

(week 7)

Student performance

Consult with PA atleast twice

1st meeting with PA

(week 2)

Exam slip

Semester End

Semester Start

CGPA < 2.0

PO < 3

Final exam result display

NO

NO

YES

YES

IMPORTChanges

Academ Departm

Program

Course Course

Course Minimum

Student(SLT)* Credit H

Learning

Transfe

SynopsContent

Method tutorial,

Assessm Methodoon Perfo Criteria Assessm

UM-PT0

TANT: Contes to the othe

my/Faculty/C

ment

mme

Code*

Title*

Pre-requisitm Requirem

t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets

of Delivery workshop,

ment Metho

ologies for Formance

in Summatiment

01-PK03-BR0

ents of this Pr items can b

Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03

ro Forma shbe approved

Library Information

Bachelor of

GXEX1401 Information

None

40 1

At the end o

1. Sta2. Iden

Pub3. Pre

PsyLeg

Information

This courseelectronic foevaluation a

Lecture, exe

Continuous Final Exam Marks obtainotice board(Grade S) o Refer to UnUniversity owebsite : ww

4

C

hould not be cat the Acade

Skills Divisio

f Biomedical

Skills Cours

of the course

ate the variountify informablic Access Cepare list of rychological Agal Works) ci

searching.

e focus on theormat, effectand preparin

ercise.

Assessmenination : 50%

ined throughd or via couror FAIL (Grad

niversity of Mof Malaya (Fiww.umlib.um

41

COURSE P

changed withemy/Faculty/

on

Engineering

se

e, students a

us informatiotion from var

Catalogue), Oeferences ba

Association) /itation style (

e use of basive informatig reference

nt : 50% (1 te%

h continuous rse web site. de U).

alaya (First Drst Degree S

m.edu.my/gxe

PRO FORM

hout Senate’/Institution/C

are able to :

n and refererious sourcesOnline Databased on the A/ Vancouver (C3)

ic referenceson search stlist.

est and 1 pro

assessmentFinal result w

Degree StudStudies) Regexweb

MA

’s for items inCentre level.

nce sourcess such as OPbases and InAPA (Americ/ CSLW (Cit

s sources in trategy, infor

oject)

t will be displwill either be

dies) Rules 2ulations 200

ndicated with

(C1) PAC (Onlineternet (C2) can tation Style fo

print and mation

layed on the e PASS

006, 6 and the

h *.

or

Academ Semeste

Course Course Credit H Medium Course Minimun

Main Re

TeachinEquipm

Learning

Student

Soft Ski

Lecture Room Telepho

Lecture/SessionDay/TimVenue

Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi

Pre-requisitn Requirem

eference

ng Materials ent

g Strategies

t Learning T

ills

r

one / e-mail

/Tutorial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s) / ent(s)

/

s

Time

actical

004(BI)-S03

C

2010/2011 Semester I

GXEX1401 Information 1 Malay / Eng None

1. Gash, Gower

2. Gates.source

3. Irma Inmaklum

4. E-Lear

1. Slides2. Exerci3. Projec4. PA sys5. Compu6. Compu

Lecture, Ex

Face to faceGuided learIndependenAssessmen

Life Long LeCritical Thin

Librarian Computer L 03-7967338

Please refe

Please refe

4

COURSE

/ Semester I

Skills Cours

glish

S. (1998). Ers. . J. K. (1994)es (7th ed.). Nndayu Omarmat. Pahangrning website

se ctor stems uters with Intuter Assisted

xercise, Proje

e : 14 rning : 9 nt learning : 1nt : 5

earning and nking and Pro

Lab D, 2nd F

84 / 7967709

r to the Late

r to the Late

42

INFORMASEMEST

II

se

Effective litera

). Guide to thNew York: M, & Yushianag: PTS Profee (http://adec

ternet d Instruction

ect.

12

Information oblem Solvin

loor, Main Li

97 / 7967330

st Lecture Ti

st Examinati

ATION FORTER/TERM

ature searchi

he use of librMcGraw Hill. a Mansor. (20ssional. c.um.edu.my

Managemenng Skills: CT

brary

02

me Table

on Time Tab

R CURRENM

hing for studie

raries and inf

005). Pandu

y/main)

nt: LL1, LL2 a1, CT2 and C

ble

NT

es. Aldershot

formation

an mencari

and LL3 CT3

t:

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

1. Introd2. Cours

1. Basic2. IdentActivity :

Pendeta Activity :

Pendeta Activity :

Search SActivity :

Search SActivity :

Search SActivity :

Search SActivity :

Search SActivity :

Citation SActivity :

Group PrActivity :

Group PrActivity :

Group PrActivity :

Revision

01-PK03-BR0

ULE

Lecture/T

duction to Libse Briefing

c Reference ifying Type oExercise 1, 2

WebPAC – AExercise 3, BPresentationTopics & Gr

WebPAC – TExercise 4 &

Strategies Exercise 6 &

Strategies – PProject Part

Strategies - OExercise 7 &

Strategies – WTest

Strategies – WExercise 8 &

Styles : GeneExercise 9 &

resentation Project Part



& Examinati

004(BI)-S03

C

Tutorial/Assi

brary

& ‘what is infof Reference2 & Briefing o

Author SearcBriefing on Gn & Submissroup Membe

Title & Subje& 5

& Project Par

Pendeta WebB

Online Datab& Project Par

Web Resourc

Web Resourc& Project Par

eral Rules & Project Par

F

F

F

ion Briefing

4

COURSE

ignment To

formation cyes on group pro

ch Group sion of Projecers Listing

ect Search

rt A

bPAC

ases rt C

ces I

ces II rt D

rt E

43

INFORMASEMEST

pic

ycle’

oject

ct

ATION FORTER/TERM

ReM

ExerciseInternet

ExerciseInternet

ExercisePendeta

ExercisePendeta

ExerciseInternet

E-learniWebPA

ExerciseOnline D

E-learni

ExerciseInternet

ExerciseInternet

Slide, CProjecto

Slide, CProjecto

Slide, CProjecto

E-learniWebPAInternet

R CURRENM

eferences/TMaterials/Equ

e, e-learningt Resources


e, e-learninga WebPAC

e, e-learninga WebPAC


ing Website AC

e, e-learningDatabases

ing Website

e, e-learningt


Computer andor

Computer andor

Computer andor

ing Website,AC, Online Dat

NT

Teaching uipment

g Website &

g Website &

g Website &

g Website &

g Website &

& Pendeta

g Website &

& Internet

g Website &

g Website &

d LCD

d LCD

d LCD

Pendeta atabases &

IMPORTChanges

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03


Chancellory Section for (SKET)

Bachelor of

GXEX1414 Islamic and

None

80 hours 2

At the end o 1. explain 2. identify

achieve3. relate to4. demons

1. Report 2. Present

This coursetopics as history, socIndian civiliissues on c

Lectures, fie

Continuous PresentReport

Final exam: Results will Please refeUniversity o

4

C


y

Co-curricula

f Biomedical

Asian Civilis

of the course

the meaningthe conce

ements in Islao current andstrate effectiv

Writing Skillstation Skills

e will discusintroduction

ciety, culturesations. Theivilisational d

eldwork and/

Assessmentation - 10%

- 30%: 60%

be displayed

r to the Univof Malaya (Fi

44

COURSE P


r Courses, E

Engineering

sation (TITAS

e, students a

g of civilisatioepts, principamic, Malay,d future issueve interperso

s

ss knowledgto civilisat

e and the ace course alsdialogue.

/or library res

nt: 40% % %

d on notice b

versity of Malrst Degree)

PRO FORM


External Facu

S)

re able to:

on. ples, history, Chinese anes on civilisaonal skills an

ge of civilisational knowchievements o discusses

search

board.

aya (First DeRegulations

MA


ulty Electives

y, society, nd Indian civiational dialognd teamwork

ations incorwledge, conc

of Islamic, s contempora

egree) Rules2006.

ndicated with

s & TITAS

culture, anlisations.

gue. .

rporating succepts, valueChinese, an

ary and futu

s 2006 and th

h *.

nd

ch es, nd re

he

Academ Semeste


Main Re

TeachinEquipme

Learning

Student

Soft Ski

Lecturer Room Telepho


Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi

Pre-requisitn Requireme

eference

ng Materials ent

g Strategies

t Learning T

lls

r

one / e-mail

/Tutorial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s) / ent(s)

/

s

Time

actical

004(BI)-S03

C

2010/2011 1

GXEX1414 Tamadun Is 2 Bahasa Ma Tiada

1. PenerbitLumpur:

2. PenerbitLumpur:

3. HuntingtRemakin

4. Ibn Khadan Pus

5. Azizan Perspek

LCD projekt

Kuliah, Kerj

PerjumpaanPembelajarPembelajarPenilaian: 2 (Rujuk bora

1. Kemahira2. Kerja Ber

Pensyarah SKET 03-7967 54

Sila rujuk Ja

PembentanPeperiksaa

4

COURSE

slam dan Tam

laysia

t UM. 2001: Penerbit Unt UM. 2006: Penerbit Unton, Samueng of World Oldun. 1995.

staka. Baharuddin

ktif. Kuala Lu

tor, kompute

ja Lapangan

n: 20 jam ran berpanduran berdikari:2 jam

ang Masa Pe

an Berkomunrpasukan (TS

SKET

30/5488

adual Waktu

ngan tugasann: mengikut

45

INFORMASEMEST

madun Asia

1. Tamadunniversiti Mala6. Tamadun niversiti Malael. 1996. TOrder. New YMukaddimah

n. 2005. Ismpur: Pusat

er/komputer r

dan/atau Ka

u: - : 58 jam

embelajaran

nikasi (CS1-CS1)

Kuliah

n: Minggu keJadual Pepe

ATION FORTER/TERM

(TITAS)

n Islam danaya.

Islam dan aya. The Clash York: Simon h (terj), Kuala

slam dan Dt Dialog Pera

riba dan nota

ajian Perpust

Pelajar)

CS3)

11 hingga meriksaan Univ

R CURRENM

n Tamadun

Tamadun M

of Civilizatiand Schuste

a Lumpur: D

Dialog Peraadaban Unive

a kuliah.

takaan

minggu ke 14versiti

NT

n Asia, Kua

Melayu, Kua

ions and ther.

Dewan Bahas

adaban: Saersiti Malaya

4

ala

ala

he

sa

atu a.

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

Pengena

Tamadun

Tamadunkebangki

Tamaduninteraksi bangsa M

Tamadundan man

Tamadunpentadbir

Tamadunkesusast

Tamadundan buda

Tamaduntamadun

Penutup peradaba

Pembent

Pembent

Pembent

Pembent

01-PK03-BR0

ULE

Lecture/T

alan ilmu keta

n Islam : Kon

n Islam Isu ditan Islam da

n Melayu : Pedengan pen

Malaysia.

n Melayu : Peifestasi tama

n India : Konran.

n India : Masteraan, hubu

n Cina : Konsaya.

n Cina : PencCina hari ini

: Isu-isu seman.

tangan kump

tangan kump

tangan kump

tangan kump

004(BI)-S03

C

Tutorial/Assi

amadunan.

nsep, prinsip

dan cabaran an penerapan

engenalan, kgaruh asing

emantapan nadun Melayu

sep, sejarah

syarakat dan ngan dengan

sep dan takr

capaian dalai dan interak

masa dan ma

pulan

pulan

pulan

pulan

4

COURSE

ignment To

dan matlam

semasa, jihan di Malaysia

kerajaan-kerdan pemben

negara bang.

h, kerajaan da

budaya, bahn dunia luar

rif, sejarah, m

am pelbagai ksi dengan ta

asa depan di

46

INFORMASEMEST

pic

mat.

ad, a.

ajaan Melayntukan negar

gsa Malaysia

an

hasa dan serta iktibar.

masyarakat

bidang, iktibaamadun lain.

alog

ATION FORTER/TERM

ReM

LCD, ko

LCD, ko

LCD, ko

u, ra

LCD, ko

LCD, ko

LCD, ko

LCD, ko

LCD, ko

ar LCD, ko

LCD, ko

LCD da

LCD da

LCD da

LCD da

R CURRENM


omputer dan

omputer dan

omputer dan

omputer dan

omputer dan

omputer dan

omputer dan

omputer dan

omputer dan

omputer dan

an komputer

an komputer

an komputer

an komputer

NT

Teaching uipment

nota kuliah

nota kuliah

nota kuliah

nota kuliah

nota kuliah

nota kuliah

nota kuliah

nota kuliah

nota kuliah

nota kuliah

IMPORTChanges

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,

Assessm Methodoon PerfoCriteria Assessm

UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho

ologies for Formance in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

GXEX1411 Ethnic Rela

None

80 hours 2

At the end o 1. identify

relation2. apply k

integrat3. show e

society.4. demons


This courserelations. ScontemporadevelopmenThere are dand globally

Lectures an

Continuous PresentReport


4

C


y

Co-curricula

f Biomedical

ations

of the course

the basic ns. knowledge, tion. ethical beha. strate effectiv


e will introdStudents willary society. nt, politics andiscussions y with a view

nd fieldwork

Assessmentation – 10% – 30%

: 60%

be displayed


47

COURSE P


r Courses, E

Engineering

e, students a

concepts a

concepts an

aviour and

ve interperso

s

duce the bal be exposeOther topic

nd Islam Hadon challeng

w towards dev

nt: 40%

d on notice b


PRO FORM


External Facu

re able to:

and theories

nd principles

sense of re

onal skills an

asic concepted to the hiscs include thdhari in the ces facing etveloping an i

board.


MA


ulty Electives

s associated

s on social

esponsibility

nd teamwork

ts and theostory of Mahe constituticontext of etthnic relationintegrated na

egree) Rules2006.

ndicated with

s & TITAS

d with ethn

and nation

y towards th

.

ries of ethnalaysia’s plurion, economthnic relationns in Malaysation.

s 2006 and th

h *.

nic

nal

he

nic ral

mic ns. sia

he

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski



Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials ent

g Strategies

t Learning T

ills

r

one / e-mail

/Tutorial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s) / ent(s)

/

s

Time

actical

004(BI)-S03

C

2010/2011 1

GXEX1411 Hubungan E 2 Bahasa Ma Tiada

Modul HubUPENA, 20

LCD projekt

Kuliah dan


1. Kemahira2. Kerja Ber3. Pembelaj4. Etika dan


Sila rujuk Ja

PembentanPeperiksaa

4

COURSE

Etnik

laysia

bungan Etnik007. (Modul

tor, kompute

Kerja Lapan

n: 20 jam ran berpanduran berdikari:2 jam

ang Masa Pe

an Berkomunrpasukan (TSjaran Berteru

n Moral Profe

SKET

89/5671

adual Waktu

ngan Tugasan: mengikut

48

INFORMASEMEST

k, Shamsul Ayang ditetap

er/komputer r

gan

u: - : 58 jam

embelajaran

nikasi (CS1-CS1) usan dan Peesional (EM1

Kuliah


ATION FORTER/TERM

Amri Baharupkan oleh KP

riba dan nota

Pelajar)

CS3)

engurusan M)

e 11 hingga meriksaan Univ

R CURRENM

ddin (Ed.). KPT)

a kuliah

aklumat (LL

minggu ke 1versiti

NT

Kuala Lumpu

1-LL2)

4

ur:

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

Konsep-k

Teori Hub

Pluraliti M

Pluraliti M

PerlembaMalaysia

PembangMalaysia

Cabaran

PembangMalaysia

Islam Ha

Hubunga

Pembent

Pembent

Pembent

Pembent

01-PK03-BR0

ULE

Lecture/T

konsep Asas

bungan Etnik

Masyarakat A

Masyarakat M

agaan Malay

gunan Ekono

terhadap Hu

gunan Politik

dhari dan Hu

an Etnik ke a

tangan Kump

tangan Kump

tangan Kump

tangan Kump

004(BI)-S03

C

Tutorial/Assi

s Hubungan E

k

Alam Melayu

Malaysia Kon

ysia Dalam K

omi Dalam K

ubungan Etn

k Dalam Kont

ubungan Etn

rah Masyara

pulan

pulan

pulan

pulan

4

COURSE

ignment To

Etnik

u Dalam Seja

ntemporari

Konteks Hubu

Konteks Hubu

nik di Malaysi

teks Hubung

nik

akat Berinteg

49

INFORMASEMEST

pic

arah

ungan Etnik

ungan Etnik

ia dan Globa

gan Etnik di

grasi

ATION FORTER/TERM

ReM

LCD, ko

LCD, ko

LCD, ko

LCD, ko

di LCD, ko

di LCD, ko

al LCD, ko

LCD, ko

LCD, ko

LCD, ko

LCD da

LCD da

LCD da

LCD da

R CURRENM


omputer dan

omputer dan

omputer dan

omputer dan

omputer dan

omputer dan

omputer dan

omputer dan

omputer dan

omputer dan

an komputer

an komputer

an komputer

an komputer

NT

Teaching uipment

nota kuliah

nota kuliah

nota kuliah

nota kuliah

nota kuliah

nota kuliah

nota kuliah

nota kuliah

nota kuliah

nota kuliah

IMPORTChanges

Academ Departm

Program

Course Course

Course Minimum

Self-lear Credit H

Learning

Transfe

SynopsContent

Delivery(lectureetc)

Assessm Method feedbacperform Criteria assessm

UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


rning Time (

Hour

g Outcome

rable Skills

is of Coursets

y Mode , tutorial, wo

ment Metho

of providinck on studen

mance

of summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

(SLT)

e

orkshop,

od

g nts’

ive

003(BI)-S03


Faculty of L English Lan

Bachelor of

GTEE 1101 Fundament

MUET B Other eq

120 hours 3

At the end o 1. use

2. app meanings f variety 3 write

Reading Use cor

The aim of tlanguage prfor self direcskills.

Lectures, tu

Continuous - Cla- Wri- Rea- Por

Examination Feedback ingrades. Please refeMalaya (Pe

5

C


Languages a

nguage

f Biomedical

1

tals of Englis

Bands 1 and quivalent En

of this coursecorrect gram

ply reading sfrom contextof texts. e cohesively

g skills. rect gramma

this course isroficiency. Scted learning

utorials, discu

assessmenass test (15%iting assignmading assignrtfolio (15%)

n : 50%

n class, discu

r to Kaedah-engajian Ijaza

50

COURSE P


nd Linguistic

Engineering

sh

2 glish Langua

e students wmmar. kills such as ual clues in o

and coheren

ar.

s to enable students will bg (SDL) focus

ussions

t : 50% %) ment (10%) nment (10%)

ussion with l

-Kaedah danah Pertama)2

PRO FORM


cs

age qualificat

ill be able to

skimming, sorder to unde

ntly at parag

students to imbe given classing on gram

ecturers, dis

n Peraturan-P2006.

MA


tions set by t

:

scanning anderstand a

raph level.

mprove their ss activities ammar, readin

splay of test /

Peraturan Un

ndicated with

the Universit

d deducing

English and set tasksg and writing

/coursework

niversiti

h *.

ty.

s g

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski



Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials ent

g Strategies

t Learning T

ills

r

one / e-mail

/Tutorial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s) / ent(s)

/

s

Time

actical

004(BI)-S03

C

2010/2011 1 / 2

GTEE 1101 Fundament 3 English Lan MUET BandOther equiv

Textbook: Fuchs, M &York: Pears Other refereAzar, B. S. Edition). NeBullon, S. (EEssex: PeaWalker, E. &Students. E

Textbook, re

Lectures, tu

Face to faceGuided learIndependen

Communica

Pn. Sathiad TS 9 03-7967311

Refer to the

Ongoing asClass Test ((Week 11), Final Exami

5

COURSE

tals of Englis

nguage

ds 1 and 2 valent English

& Bonner, M.son.

ences: (2002). Unde

ew York: PeaEd.). (2003).rson Educat& Elsworth, S

Essex: Peraso

eference boo

utorials, discu

e: 28 hoursrning: nt learning tim

ation skills : C

devi A/P K Ka

14 / sathia@

e current Tea

ssessment: (Week 6), WPortfolio (Weination:

51

INFORMASEMEST

h

h Language

(2006). Foc

erstanding aarson Educat Longman Dion Limited.S. (2000). Gron Education

oks, articles,

ussions

me: 92 hours

CS1 and CS2

anagasabai

um.edu.my

aching - timet

Writing assigneek 14)

ATION FORTER/TERM

qualifications

cus on Gram

nd Using Ention.

Dictionary of C

rammar Pracn Limited.

online mate

s

2

table

ment (Week

R CURRENM

s set by the

mmar 4 (3rd

nglish Gramm

Contempora

ctice for Inter

erials and pow

k 9), Reading

NT

University.

Edition). Ne

mar (3rd

ry English.

rmediate

werpoint

g assignment

ew

t

TEACHI

Week

1

2

3

4

5

UM-PT0

ING SCHED

Introduct Gramma

S P

Reading S

Self-dire R V

Gramma S P P P

Writing : A

SDL : Po P

p R

Gramma P P

Vocabula V

SDL : Po R

Gramma F F

Reading C

SDL : Po W

p

Gramma N T S

Reading: C

SDL : Po N E

(

01-PK03-BR0

ULE

Lecture/T

ion to Cours

r : Simple PresePresent Prog:

Skim and Sca

ected learninReading : CoVocabulary :

r : Simple Past Past ProgresPresent PerfePresent Perfe

Activity (para

ortfolio ItemParagraph Wpresent progrReading : Sk

r: Past Perfect Past Perfect ary: Verb forms

ortfolio ItemReview exerc

r : Future SimplFuture Progre:

Comprehens

ortfolio ItemWriting: senteprogressive)

r : Negative YesTag QuestionSo, Too, Neit

Comprehens

ortfolio ItemNegative yesError identific(negative que

004(BI)-S03

C

Tutorial/Assi

e and Portfo

ent gressive

an (1)

ng (SDL) : PomprehensioExercise

ssive ect ect Progress

agraph writing

2 Writing : Usin

ressive (150 kim and scan

Progressive

3 cises : Prese

e essive

ion 2

4 ence level (F

s/ No Questions ther, Not eith

ion 3

5 s/no questioncation and coestions, tag q

5

COURSE

ignment To

olio Requirem

Portfolio Itemon 1

sive

g)

ng the simple0 words) n (2)

ent and Past

Future and fu

ons

her, But

ns or tag queorrection exequestions)

52

INFORMASEMEST

pic

ments

m 1

e present and

uture

estions ercise

ATION FORTER/TERM

ReM

Pro For Textboo Supplem

Supplem

TextbooPgs. 9-1 Textboo

d Textboo Supplem

Textbooand sup

Textboo

Textboosupplem

TextbooActivity

Textbooand sup

TextbooActivity Activity

R CURRENM


rma

ok: pp. 2-6

mentary mat

mentary mat

ok: 15, 19-25

ok: p. 8

ok: Activity 5

mentary mat

ok: pp. 28-38pplementary

ok: pp. 46-50

ok: pp. 52-60mentary mate

ok 11 (page 64


ok: 5 (p. 97) 6 (p. 98)

NT

Teaching uipment

erials

terials

5 (p. 16)

terials

8, 41 materials

0

0 and erials

4)

7; 99; 102-11materials

0

TEACHI

Week

6

7

8

9

10

11

UM-PT0

ING SCHED

Gramma G G

aGramma

SDL : Self revis

Gramma A

Reading: C

SDL : Graded w

Gramma A

Writing: A

SDL : PoReview e

A

Gramma M A

Reading: C

Writing A

SDL : PoReading:

Gramma T

Reading: C

Vocabula

SDL : Re G

Gramma T

Writing: E

Reading

SDL : Po W

s

01-PK03-BR0

ULE

Lecture/T

r: Gerunds andGerunds andand Get” ar Test

sion (prior to

r: Adjective Cla

Comprehens

writing exerci

r: Adjective Cla

Activity (para

ortfolio Itemexercises: Adjective Cla

r: Modals and SAdvisability in

ComprehensAssignment

ortfolio Item: Making note

r: The Passive:

Comprehensary exercise

eading Graded exerc

r: The Passive

Exercise Assignmen

ortfolio ItemWriting (Sentsimilar expre

004(BI)-S03

C

Tutorial/Assi

Infinitives: R Infinitives: “

Grammar Te

auses with Su

ion 4

ise on gerun

auses with O

agraph writing

m 6

auses

Similar Expren the Past

ion 5 t due

7 es and Voca

Overview

ion 6

cises/ assign

with Modals

nt due

8 tence level)-ssions.

5

COURSE

ignment To

Review “Make, Have

est)

ubject Relati

nds and infini

bject Relativ

g)

essions

abulary

nment

and Similar

passive with

53

INFORMASEMEST

pic

, Let, Have,

ve Pronouns

itives

ve Pronouns

Expressions

h modals and

ATION FORTER/TERM

ReM

Textboo144

Textboo

s Textbooand sup

Refer to

Textboo Textboo

Textboo

Textboo239-245materia

Supplem

TextbooSupplem

SupplemMateria

s Textboo

d TextbooActivity

R CURRENM


ok: pp. 112,

ok


o assignmen

ok: pp. 205-2

ok: p. 217

ok: pp. 221-2

ok: pp. 226-25 and supp

als

mentary mat

ok: pp. 270-2mentary mat

mentary als

ok: pp. 285-2

ok: 8 (pg 295)

NT

Teaching uipment

124-132; 138

199 materials

t questions

213

224

234; plementary

terials

276 erials

291, 295

8-

TEACHI

12

13

14

UM-PT0

ING SCHED

Grammar P F

Reading: C

SDL : Po E

r V

Grammar P E

Writing: A

SDL 10: W

c

R Portfolio

SDL : Se

01-PK03-BR0

ULE

r: Present RealFuture Real C

Comprehens

ortfolio Item Error identificreal conditionVocabulary e

r: Present and Embedded Q

Activity (para

Writing (senteconditional

Revision and

o due

elf-revision ex

004(BI)-S03

C

ConditionalsConditionals

ion 7

9 cation and conals) exercises

Future UnreaQuestions

graph writing

ence level)- p

Review

xercises for F

5

COURSE

s

orrection exe

al Conditiona

g)

present and

Final Examin

54

INFORMASEMEST

ercise (presen

als

future real

nation

ATION FORTER/TERM

Textbooand sup

nt Textboosupplem

Textboo347

TextbooActivity

Supplem

Supplem

R CURRENM


ok: Activity 5 mentary mate

ok: pp. 336-3

ok: 9 (pgs 346-3

mentary mat

mentary mat

NT

320, 326-331materials

(p.321) and erials

344, 413-421

347)

erials

erials

d

1,

IMPORTChanges

Academ Departm

Program

Course Course

Course Minimum

Self-lea Credit H

Learnin

Transfe

SynopsContent


Assessm Method student Criteria assessm

UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


rning Time (

Hour

g Outcome

rable Skills

is of Coursets


ment Metho

of assessins’ performa

of summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

(SLT)

e

orkshop,

od

ng ance

ive

003(BI)-S03



Bachelor of

GTEE 1102 English for A

MUET BandA pass in thOther equiv

120 3

At the end o1. identif releva2. interp3. organ4. write t5. apply

Writing skilskills

The coursereading, wrEmphasis isboth written

Lecture, tut

Continuous- clas- por- pre

Examination Feedback ingrades. Please refeMalaya (Pe

5

C


Languages a

nguage

f Biomedical

2

Academic P

ds 3, 4, 5 anhe Fundamenvalent Englis

of the coursefy main ideaant to studenpret linear annise informatitexts relevanappropriate

ls, reading s

e aims to devriting and sps given to im

n and spoken

torial, case st

s assessmenss test (15%rtfolio (25%)esentation (10n : 50%

n class, disc

er to Kaedah-engajian Ijaza

55

COURSE P


nd Linguistic

Engineering

urposes

d 6 ntals of Englh language q

e, students as and suppo

nts discipline d non-linear ion in a cohent to their disskills and ex

skills, organ

velop studenpeaking skillsmproving skiln communica

tudy & discu

t : 50% )

0%)

ussion with l

-Kaedah danah Pertama)2

PRO FORM


cs

ish course (Mqualifications

re able to : rting details texts related

erent and effeciplines.

xpressions to

ising ideas a

nts’ proficiens relevant tols in the org

ation.

ssion

ecturers, dis

n Peraturan-P2006

MA


MUET Bandss set by the U

from academ

d to their discective manne

o communica

and effective

cy in terms o the disciplganisation of

splay of test /

Peraturan Un

ndicated with

s 1 and 2) University.

mic text

ciplines. er.

ate verbally.

e presentatio

of vocabularlines of studinformation

/coursework

niversiti

h *.

on

ry, dy. in

Academ Semeste

Course Course Credit H Medium Course Minimum

Main Re

TeachinEquipm

Learnin

Student

Soft ski



Importa

UM-PT0

mic Year

er/Term

Code

Title

Hour

m of Instruct


eference

ng Materialsent

g Strategies

t Learning T

lls

r

one / e-mail

/Tutorial/Pran: me

ant Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

2010/2011 1/2

GTEE 1102 English for A 3 English MUET BandA pass in thOther equiv

Cox, K. & Pearson Philpot, S. &Press

Textbook, r

Lecture, tut

Face to faceGuided LeaIndependen

CommunicaLifelong lea

Dr. Kulwind TD1 79693119 /

Refer to cur

Final Exam

5

COURSE

2

Academic P

ds 3, 4, 5 & 6he Fundamenvalent Englis

D. Hill (20

& J.Soars (20

reference boo

torial, case st

e: 36 hoursarning: nt learning tim

ation skills : Carning & infor

dr Kaur (Coor

/kulwindr@um

rrent teachin

ination:

56

INFORMASEMEST

urposes

6 ntals of Englh language q

07) EAP No

007) Academ

oks, articles,

tudy & discu

me: 84 hours

CS1 and CSrmation mana

rdinator)

m.edu.my

ng timetable

ATION FORTER/TERM


ow (Prelimin

mic Skills. Ox

online mate

ssion

s

2 agement skil

R CURRENM


nary). New

xford : Oxford

erials and pow

lls : LL1

NT


South Wale

d University

werpoint.

es:

TEACHI

Week

1

2

3

4

5

6

UM-PT0

ING SCHED

IntroductVocabul

TOPIC : ReadingLanguagWriting (Vocabul

TOPIC : R : PreLW : RepW : DevV : Rec

TOPIC : F L V C

CoursewOpen boo

TOPIC : R : ParagW : SelecWriting aV : Colloc

CoursewUnit 3 : P

TOPIC : R : FindinrephrasinLW : IntrexamplesW : Introdto DescriV : Comp

CoursewUnit 4 : Pconclusio

01-PK03-BR0

ULE

Lecture To

ion to Coursary (V) : Wo

EDUCATION (R): Effectiv

ge for Writin(W) : Writingary (V): Usin

INNOVATIOedicting contephrasing veloping & wcording voca

LEARNING Finding informListing refereVerbs for repCrediting sou

work - Assesok assessed

URBAN PLAgraph purposcting informa

a persuasive cations

work - PortfoPg. 25 Quest

WATER, FOng informationg and givingroduction / Cos duction / Thebe & Explainpound nouns

work - PortfoPgs. 32-33 Qon)

004(BI)-S03

C

pic / Tutoria

e and settinord Forms (P

N & LEARNve reading (1ng (LW): Com a comparingng the diction

ONS IN HEALent / Avoiding

writing a paragabulary (1), (2

TO RESEARmation ences (APA sporting anothurces

ssment d exercise

ANNING se / Text cohation / Prioritarticle

olio Item 1 :tion 9 (Write

OOD & ENERon / Identifyig examples onclusion / R

esis Statemen s / Compound

olio Item 2 :Questions 4 &

5

COURSE

al / Assignm

ng of PortfolioParts of Spee

ING 1), (2) & (3) mparing & cog & contrastinary (1) & (2

LTH & MEDg plagiarism

graph 2) & (3)

RCH

style) er writer’s id

hesion ising/ Brains

an article for

RGY ng language

Rephrasing &

ent / Conclus

d adjectives

& 6 (Writing in

57

INFORMASEMEST

ments

o Tasks ech)

ontrasting ing essay )

ICINE

eas

storming /

r a magazine

e for

& Giving

sion / Writing

ntroduction &

ATION FORTER/TERM

RM

Prof FoTextboomateria

Textboo

Textboo

TextbooTextbooTextbooTextboo Supplem

Textboo

e)

Textboo

&

R CURRENM

Reference/TeMaterials/Equ

rma ok: Supplemals

ok : Unit 1

ok : Unit 2

ok Pg. 23 ok Pg. 56 ok Pg. 56 ok Pg. 63

mentary Mat

ok : Unit 3

ok : Unit 4

NT

eaching uipment

entary

terials

TEACHI

Week

7

8

9

10

11

12

ING SCHED

TOPIC : R : InterpLW : LanW : Usingvisual infV : Prefix

CoursewinformatPg.73 Qu

TOPIC : R : Distin/ IdentifyiLW : ExpW : SuppWriting aV : Using

CoursewUnit 5 : P

TOPIC : R : DealiLW : IndW : ChecEssay V : Collo

Coursewinformatio

TOPIC : R : ContLW : (1),W : VerbV : Suffix

TOPIC : R : MakiLW : ExpW : ProcV : Syno

Coursew

TOPIC : R : DealiLW : LanW : PrepV : Form

Coursew

ULE

Lecture To

TRENDS (Ppreting non-linguage for deg graph to prformation xes

work - Assigtion uestions 6-7

FREE TRADnguishing facing viewpoinpressing certporting a viewan opinion esg a dictionar

work - PortfoPg. 41 Quest

CONVERSINng with longeicating reasocking & Editin

ocations

work Due – Son

WONDERS textual clues (2) & (3)

bs for reportinxes

OLYMPIC Bing notes pressing Coness Writing /nyms and An

work Due : P

COMMUNICng with longe

nguage for prparing notes /al & Informa

work – Prepa

C

pic / Tutoria

PROCESSINGinear data escribing nonresent data /

gnment : Rep

( Due Week

DE & FAIR Tcts, speculatits. tainty, uncertwpoint / Presssay ry

olio Item 3 :tions 9 & 10 (

NG THE PASer texts (1) &on or result / ng Writing / W

Submission o

OF THE MO

ng another w

BUSINESS

ntrast / Writing a Dntonyms

Portfolio Subm

CATION & TEer texts (3) &resentations/ slides for prl Vocabulary

aring for pres

5

COURSE

al / Assignm

G NON-LINE

n-linear data/ Writing a re

port on visu

k 11)

TRADE ions and rep

tainty & cautsenting argum

(Writing an o

ST & (2) Adding infor

Writing an Ev

of Report on

ODERN WOR

writer’s ideas

iscursive Ess

mission

ECHNOLOG& (4)

resentationsy

sentation

58

INFORMASEMEST

ments

EAR DATA)

a eport using

ual

orted opinion

ion ments /

opinion essay

rmation. valuation

visual

RLD

say

GY

ATION FORTER/TERM

RM

Textboo

ns Textboo

y)

Textboo

Textboo

Textboo

Textboo

R CURRENM


ok : Unit 9

ok : Unit 5

ok : Unit 6

ok : Unit 7

ok : Unit 8

ok : Unit 10

NT

eaching uipment

59

13 Individual Presentation

Coursework - Assessment (Presentation)

14 Review of Presentation Revision

Supplementary materials

UM-PT01-PK03-BR004(BI)-S03

IMPORTChanges

Academ Departm

Program

Course Course

Course Minimum

Self-lear Credit H

Learning

Transfe

SynopsContent


Assessm Method feedbacperform Criteria assessm

UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


rning Time (

Hour

g Outcome

rable Skills

is of Coursets


ment Metho

of providinck on studen

mance

of summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

(SLT)

e

orkshop,

od

g nts’

ive

003(BI)-S03



Bachelor of

GTEE 1103 Professiona

MUET BandA pass in thOther equiv

120 3

At the end o1. comp

as usi2. apply

releva3. write

langureport

Writing and

This courseEnglish releexposed to professiona

Tutorial, ass

Continuous (email, letteFinal Exam Feedback in/coursework Please refeMalaya (Pe

6

C


Languages a

nguage

f Biomedical

3

al Writing in E

ds 3, 4, 5 & 6he Fundamenvalent Englis

of the courserehend the ping appropriathe principl

ance, appropdocuments

age structurts and minut

publishing p

e introducesevant to the the various

al writing.

signment an

assessmener of applicatination : 50%

n class, discuk grades .

r to Kaedah-engajian Ijaza

60

COURSE P


nd Linguistic

Engineering

English

6 ntals of Englh language q

e, students aprinciples of ate format, lales of writingpriateness an

for the wres and expres)

professional

s the basic purpose andformat, proc

d discussion

t: 50% ion, oral pres%

ussion with l

-Kaedah danah Pertama)

PRO FORM


cs


re able to : writing for p

anguage strug for profesnd specificityworkplace uressions (e.g

documents f

principles od needs of acesses and t

sentation, mi

ecturers, dis

n Peraturan-P2006

MA



rofessional puctures and essional purpoy using appropg. memos, e

for the workp

of professioaudience. Sttext models

inutes of a m

splay of asse

Peraturan Un

ndicated with


purposes sucexpressions oses includin

priate formaemails, letter

place.

onal writing tudents will bthat exempl

meeting)

ssment

niversiti

h *.

ch ng

at, rs,

in be ify

Academ Semeste

Course C Course T Credit H Medium Course PMinimum

Main Re

TeachinEquipme

Learning

Student

Soft skil

LecturerRoom Telepho


Importan

UM-PT0

mic Year

er/Term

Code

Title

Hour

of Instructi


eference

g Materials ent

g Strategies

Learning T

lls

r

one / e-mail

/Tutorial/Pra:

me

nt Dates

01-PK03-BR0

on

te(s)/ ment(s)

/

s

ime

actical

004(BI)-S03

C

2010/2011 1/2

GTEE 1103 Professiona 3 English MUET BandA pass in thOther equiv

Taylor, S. (2Taylor, S. (2Guffey, M.EToronto : Th

Textbook, re

Tutorial, ass

Face to faceIndependen(Refer to Stu

CommunicaTeamwork sLifelong learProfessiona

Pn. Siti NurbTD12 79673192/ s

Refer to the

Examination

6

COURSE I

3

al Writing in E

ds 3, 4, 5 & 6he Fundamenvalent English

2000) Essen2005) Comm

E. & R.Almonhompson.

eference boo

signment and

e: nt learning timudent Learni

ation skills : Cskills : TS1, rning & infor

al Ethics and

baya Mohd N

snurbaya@u

e current Tea

n :

61

INFORMASEMEST

English

6 ntals of Englih language q

tial Communmunication for

te (2007) Es

oks, hands-o

d discussion

: 42 hme : 78 hing Time )

CS1,CS2,CSTS2 mation manaMoral: EM1

Nor

um.edu.my

aching Time-t

ATION FORTER/TERM

sh course (Mqualifications

nication Skillsr Business (4ssentials of B

on and power

hours hours

S3

agement skil

table

R CURRENM


s. Harlow : L4th Ed.) EsseBusiness Com

r-point.

lls : LL1

NT


ongman. ex : Longmammunication

n n.

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

Setting oMethods,Breaking

Tone andconcepts

Tone andJargon/R

MemoranTone

Formal LEnquiry a

Email & FExpressio

RecruitmReferenc

Report WReport/M

Meetingsand Agen

Meetings C R S

Taking M

Meetings

Meetingsduties; D

Meetings

Revision

01-PK03-BR0

ULE

Lecture / T

f Task , Concepts & the Ice in Bu

d Style; Modes, Jargon/Red

d Style; ModeRedundant ex

ndum: Forma

etters: Lay-oand Reply

Facsimile: Puons

ment Correspoce

Writing: ProceMemo

s (Calling for nda

s (ConductingChairman’s aRoles of ChaSimulation o

Minutes

s (Post Meeti

s (Group assiscussion/Pr

s: Conducting

004(BI)-S03

C

Tutorial / Ass

& system of Cusiness Com

ern commundundant exp

ern communxpressions

at, Structure,

out, Parts of F

urpose, Form

ondence: Ap

ess, Formal R

a meeting):

g a Meeting)agenda air/ Secretaryf Meetings

ng): Writing

ignment): Sereparing Cha

g a Meeting (

6

COURSE

signment To

Communicatmmunication

nication, ABCressions

nication -

, Language E

Formal Lette

mat, Languag

pplication, Re

Report, Infor

Types/Purp

)

y/ Participant

Minutes

etting of taskairman’s Age

(Group Pres

62

INFORMASEMEST

opic

ion

C & KISS

Expressions/

ers; Letter of

ge

esume,

rmal

poses; Notice

ts

k/Division of nda

entation)

ATION FORTER/TERM

ReMa

Textboomateria

Textboomateria

Textboomateria

/ Textboomateria

Textboomateria

Textboomateria

Textboomateria

Textboomateria

e Textboomateria

Textboomateria

Textboomateria

Textboomateria

Textboomateria

Textboomateria

R CURRENM

eferences / Taterials / Eq

ok, supplemeals and powe














NT

Teaching quipment

entary rpoint

entary rpoint

entary rpoint

entary rpoint

entary rpoint

entary rpoint

entary rpoint

entary rpoint

entary rpoint

entary rpoint

entary rpoint

entary rpoint

entary rpoint

entary rpoint

IMPORTChanges

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

GTEE 1104 Effective Pr

MUET BandPass FundaOther equiv

120 3

At the end o1. expre2. const3. organ

prese

Organis Present Speak c

This courserequired in through thequestions. Sfor effectivedifferent sta

Lecture, tutocomputer: v

Continuous Feedback ingrades Please refeMalaya(Pen

6

C


Languages a

nguage

f Biomedical

4

resentation S

ds 3,4,5 and amentals of Evalent Englis

of the courseess ideas wittruct approprnize ideas inentations.

se ideas t Effectivelyconfidently

e will help their study

e important sStudents wille presentatioages via shor

orial, discussvideo(VCD) a

Assessmen

n class, discu

r to Kaedah-ngajian Ijaza

63

COURSE P


nd Linguistic

Engineering

Skills

6 English (MUEh Language

e, students ah appropriateriate visual an a cohesiv

students to y. The coursstages of pre also be expons. Studentrt presentatio

sion(group aand audio(CD

nt: Short Pres Final Pres Attendanc

ussion with l

-Kaedah danh Pertama) 2

PRO FORM


cs

ET Bands 1 qualifications

re able to: e language. ids for interee and cohe

develop prse takes theesentations

posed to apprts will practions in class.

nd individuaD)

sentations (5sentation (40ce (10%)

ecturers, dis

n Peraturan U2006

MA


and 2) s set by the

esting presenerent manne

resentation se students from planninropriate langise the skills

l), and visua

50%) 0%)

splay of test/

Universiti

ndicated with

University

ntations. r for effectiv

skills that asystematica

ng to handlinguage requires learnt at th

l aid using

coursework

h *.

ve

are lly ng ed he

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski



Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutorial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

2010/2011 1/2

GTEE 1104 Effective Pr 3 English Lan MUET BandA pass in thOther equiv

1. GentzleThoms

2. Paul, DSingap

3. Dale, PSimple

4. GamblMcGra

Comfort, J. Kong

Lecture, tutocomputer: v

Face to faceGuided LeaIndependen(Refer to St

CommunicaTeam Skills

Rema Meno FR 27 [email protected]

Refer to cur

Short preseFinal presen

6

COURSE

4

resentation S

nguage

d 3, 4, 5 andhe Fundamenvalent Englis

er, Y.S. (200son LearningD. (2003). Copore. P. And Wolf, e. Pearson Ee, T. And Ga

aw-Hill: USA

(1998). Effe

orial, discussvideo(VCD) a

e: 36 hours arning: nt learning: 8tudent Learn

ation Skills ( s (TS1)

on

edu.my

rrent teachin

entations (50ntation (40%

64

INFORMASEMEST

Skills

6 ntals of Englh Language

00). Speaking: USA

ommunicatio

J.C. (2006).ducation: USamble, M. (20

ctive Presen

sion(group aand audio(CD

84 hours ing Time for

CS1-CS4)

g time table

%) Weeks 4%) Week 14

ATION FORTER/TERM

ish (for MUEqualifications

g and Presen

n Strategies

Speech ComSA 002). Comm

ntations. Oxfo

nd individuaD)

m)

4, 6, 9, 11

R CURRENM

ET Bands 1 as set by the

nting. South-

. Thomson L

mmunication

munication W

ord Universit

l), and visua

NT

and 2) University

-Western

Learning:

n Made

Works.

ty Press: Hon

l aid using

ng

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

k

IntroduWhat m

LanguaPresen

Making

LanguaPresen

Class AWays o

LanguaPresenClass A

AdvantLanguaPresen

How toLanguaPresen

Class AWhat M

LanguaImporta

LanguaPresenClass A

SPECIA

What Mof PresLanguaPresen

How toLanguaPresen

Final E

01-PK03-BR0

ULE

Lectu

ction to Coumakes a pres

age Focus: Tntation Practi

g a Good Intr

age Focus: Inntation Practi

Assessmenof Organizing

age Focus: Lntation PractiAssessmen

tages of Speage Focus: Pntation Practi

Design and age Focus: Dntation Practi

AssessmenMakes an Eff

age Focus: Eance of Body

age Focus: Entation PractiAssessmen

AL BREAK

Makes a Goosentation age Focus: Dntation Practi

Handle Queage Focus: Antation Practi

Evaluation: F

004(BI)-S03

C

ure/Tutorial/A

rse sentation effe

Time expressce

roduction to a

ntroducing Yce

t: Introductig a presentat

Linking Ideasce t: Organisin

aking RatherPersonal andce

Use Good VDescribing Trce

t: Using Goective Endin

Endings y Language

Emphasizing ce t: Appropria

(CUTI KHA

od Presentati

Delivery and ce

estions EffecAsking and Ace

FINAL PRES

6

COURSE

/Assignmen

ective?

sions and Te

a Presentatio

Yourself and Y

ion to a Pretion

s

ng a Present

r Than Readd Impersonal

Visual Aids rends, Charts

ood Visual Ang to a Prese

and Minimiz

ate Endings

AS)

ion and Eval

Style

ctively Answering Qu

SENTAION (

65

INFORMASEMEST

t Topic

nses

on

Your Talk

sentation (

tation (15%)

ding in a PresStyles

s and Graph

Aids (15%) entation

zing

s (10%)

uating Effect

uestions

(40%)

ATION FORTER/TERM

PT

T

T

T

10% ) T

)

T

sentation T

s T

T

T

T

tiveness T

T

P

R CURRENM

ReferencesMaterials/E

Pro Forma Textbook Un

Textbook Un

Textbook Un

Textbook Un

Textbook Un

Textbook Un

Textbook Un

Textbook Un

Textbook Un

Textbook Un

Textbook Un

Textbook Un

Textbook Un

Powerpoint

NT

s/Teaching Equipment

it 1

it 1

it 2

it 2

it 3

it 3

it 4

it 5

it 7

it s 6 and 7

it 6

it 9

it 8

IMPORTChanges

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03


Engineering Biomedical

Bachelor of

KXEX 2163 Thinking an

None

120 hours 3

At the end o1. Recogniz message2. Recogniz3. Practice 4. Present 5. Point out

Thinking Sk

Introductionthinking ancommunicaDeterminingpersuasive communicaProblem so

Lecture, Gro

Continuous Final Exami Grades/marannounced Refer To ThUniversity O

6

C


g

Engineering

f Biomedical

3

nd Communic

of this courseze the ways e. ze the methodifferent thinideas convint the importa

kills, Commu

n: Objectivend communation. Analyzg source crelanguage. L

ation. Grouplving & decis

oup Discuss


rks for assignin class and

he UniversityOf Malaya (F

66

COURSE P


Engineering

cation Skills

e, students awords and p

od of thinkingnking methodncingly and wance of know

nication Skil

, procedureication skillsze and evedibility. NonListening skip interactionsion making.

ion and Inter

t (Individual

nment, test a/or displayed

y Of Malaya (irst Degree)

PRO FORM


are able to: phrases are u

g critically ds to solve awork in groupwledge in con

ls, Team Wo

e, evaluations. Explain avaluate argun-verbal comlls. Recogniz

n skills. BaApplying co

ractive Sessi

and Group):

and/or individd on the notic

(First DegreeRegulations

MA


used to conv

a problem p ntemporary is

orks

n, explanatand analyzeuments. Lismmunicationzing fallacy.

arriers in coommunication

ion

100%

dual presentace board

e) Rules 200s 2006 Handb

ndicated with

vey a

ssues

ion regardine ideas. Orstening skil. Recognizin Interpersonommunication skills.

ation

6 And book

h *.

ng ral ls. ng nal on.

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski



Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutorial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

2010/2011 1/2

KXEX 2163 Thinking an 2 English None

1. Fisher, A Cambrid2. Lumsdai Thinking3. Taylor, S Longman

Lecture Notclips, paper

Lecture, Gro


CommunicaCritical Thin

Refer to Lec

Refer to Lec

Test : Examination

6

COURSE

3

nd Communic

A (2001) Critdge Universitine, E & Lum

g Skills for a CShirley (2002n

tes and others, etc. as thi

oup Discuss

e: 42 rning: nt learning: 7

ation Skills (Cnking and Pro

cture Timeta

cture Timeta

n :

67

INFORMASEMEST

cation Skills

ical Thinkingy Press

msdaine, M (1Changing W2) Essential C

r materials linking points

ion, Interacti

72

CS1, CS2, Coblem Solvin

able

able

ATION FORTER/TERM

g: An Introduc

1995), Creatiorld, New Yo

Communicati

ke article, gr.

ve Session

S3, CS4, CSng Skills (CT

R CURRENM

ction, Cambr

ive Problem ork: McGrawion Skills, Ne

raphs, video

S5, CS6) 1, CT2, CT3

NT

ridge:

Solving: w-Hill, Inc. ew York:

clips, audio

, CT4)

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

INTRODUexplanati

To deciph

Oral com

Analyze aListening

DeterminNon-verb

IdentifyinListening

Identifyin

Interpers

Group int

Commun

Problem

Applicatio

Problem

Student p

01-PK03-BR0

ULE

Lecture/T

UCTION –obion regarding

her and inter

mmunication

and evaluateg skills

ning the credbal communic

ng persuasiveg skills

ng fallacy

onal commu

teraction skil

nication obsta

solving and

on of commu

solving and

project prese

004(BI)-S03

C

Tutorial/Assi

bjective, procg thinking ski

rpret ideas.

e arguments

ibility of a socation

e language

nication

lls

acles

decision ma

unication skil

decision ma

entation

6

COURSE

ignment To

cedure, evaluills & commu

ource

king

lls

king

68

INFORMASEMEST

pic

uation, unication skil

ATION FORTER/TERM

ReM

ls Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

R CURRENM


e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

NT

Teaching uipment

IMPORTChanges

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

GXEX1412 Basic Entre

None

80 hours 2

At the end o 1. Explain2. Explain3. Evaluat4. Apply c5. Develop


This coursentrepreneuand motivatcourse encanalysis ofcreativity anto start a bubusiness. Tacquired thstalls to incexperience

Lectures, S

Continuous Seminar Business EntreprenPresentat


6

C


y

Co-curricula

f Biomedical

epreneurship

of the course

the concept the meaningte entreprene

creativity andp a concrete


se will aturship in the te the entrep

compasses f entreprenend innovationusiness, deveThe course hrough joint ulcate intereand expose

eminar and

Assessmen Plan

neurship Pration : 30%

be displayed


69

COURSE P


r Courses, E

Engineering

Culture

e, students a

ts of entrepreg of entrepreeurial spirit in innovation i business pla

s

tempt to students. In

preneurial spconcepts an

eurship comn in entrepreeloping businalso incorpoor individua

est in the entstudents to

Entrepreneu

nt:70% - 10% - 10%cticum - 30% - 20

d on notice b


PRO FORM


External Facu

re able to:

eneurship aneneurial ethicn themselvesn entreprenean.

inculcate tnitiatives are pirit in this pnd developmpetency, eth

eneurship, buness plans, sorates a pral setting up repreneurial a semblance

rship Practic

% % % %

board.


MA


ulty Electives

nd its importacs. s. eurship.

the basic taken to ope

potential targment of entrhics of entrusiness opposkills to run a

actical applicand runninspirit, provid

e of the busin

cum

egree) Rules2006.

ndicated with

s & TITAS

ance.

elements en their mind

get group. Threpreneurshirepreneurshiortunity, abiland managecation of skig of businesde meaningfness world.

s 2006 and th

h *.

of ds he ip, ip, ity

e a lls ss ull

he

Academ Semeste


Main Re

TeachinEquipme

Learning

Student

Soft Ski

Lecturer Room Telepho


Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

lls

r

one/e-mail

/Tutorial/Pran: me

nt Dates

01-PK03-BR0

201 1

ion

te(s)/ ment(s)

GX Asa 2 Ba Tia

1.

2.

3.

4.

5.

/ LC

s Ku

Time PePePePe (Ru

1. 2. 3. 4.

Pe SK 03-

actical Sila

SePraPePe

004(BI)-S03

C

10/2011

XEX1412

as Pembuda

hasa Malays

ada

Ab. Aziz YMalaysia SHisrich, R.6th. EditionKuratko, Dprocess, prLambing, PJersey : PeRosli Mahm2007, Mala

D projektor,

liah, Semina

rjumpaan: 18mbelajaran bmbelajaran bnilaian: 10 ja

ujuk borang M

Kemahiran Kerja BerpaPembelajarKemahiran

nsyarah SKE

KET

-7967 5429/5

a rujuk Jadua

minar Keusaaktikum Keusmbentanganperiksaan: m

7

COURSE

ayaan Keusa

sia dan/atau

Yusof, PrinsSdn. Bhd.

D., Peters, n, Singapore D.F. & Hodractice, 7th. EP.A. & Kuehlearson Educamood & rak

aysia : Thoms

komputer/ko

ar dan Praktik

8 jam berpandu: -berdikari: 52 am

Masa Pembe

Berkomunikasukan (TS1ran BerterusKeusahawa

ET

5430/5671

al Waktu Ku

ahawanan: Msahawanan: n: Minggu ke mengikut Jad

70

INFORMASEMEST

ahawanan

Bahasa Ingg

sip Keusaha

M.P. & She: McGraw H

dgetts, R.MEdition, Canal, C.R. 2007,ation, Inc. kan-rakan, Pson.

omputer riba

kum Keusah

jam

elajaran Pela

kasi (CS1-CS) an dan Peng

anan (KK1-KK

liah

Minggu ke 7 dMinggu ke 113 dan 14 ual Peperiks

ATION FORTER/TERM

geris

awanan, 200

pherd, D.A, ill. . 2007, Enada : Thoms, Entreprene

Prinsip-prinsi

dan nota ku

awanan

ajar)

S3)

gurusan MakK2)

dan 11 12

saan Univers

R CURRENM

03, Malaysi

2005, Entre

ntrepreneursson South-Weurship, 4th.

ip Asas Keu

liah.

klumat (LL1-L

siti

NT

a : Pearson

epreneurship

ships theoryestern. Edition, New

usahawanan

LL2)

n

p,

y,

w

n,

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

Konsep &

Taklimat

Analisis K

Etika Keu

Kreativiti

Peluang

Seminar

Kemahira

Merancan

Kemahira

Seminar

Praktikum

Pembent

Pembent

01-PK03-BR0

ULE

Lecture Top

& Perkemban

Rancangan

Kompetensi

usahawanan

& Inovasi Da

Perniagaan

Keusahawan

an Memulaka

ng Perniaga

an Mengurus

Keusahawan

m Keusahaw

tangan Kump

tangan Kump

004(BI)-S03

C

pic / Tutoria

ngan Keusah

Perniagaan/

Keusahawan

n

alam Perniag

nan

an Perniagaa

an

s Projek Pern

nan

wanan

pulan

pulan

7

COURSE

al / Assignm

hawanan

/Hari Keusah

nan Diri

gaan

an

niagaan

71

INFORMASEMEST

ments

hawanan

ATION FORTER/TERM

RM

LCD, ko

LCD, ko

LCD, ko

LCD, ko

LCD, ko

LCD, ko

LCD, ko

LCD, ko

LCD, ko

LCD, ko

LCD da

LCD da

LCD da

LCD da

R CURRENM


omputer dan

omputer dan

omputer dan

omputer dan

omputer dan

omputer dan

omputer dan

omputer dan

omputer dan

omputer dan

an komputer

an komputer

an komputer

an komputer

NT

eaching uipment

nota kuliah

nota kuliah

nota kuliah

nota kuliah

nota kuliah

nota kuliah

nota kuliah

nota kuliah

nota kuliah

nota kuliah

IMPORTChanges

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

GXEX1413 Introduction

None

80 hours 2

At the end o 1. explain 2. explain 3. demons


This coursediscuss theMalaysian integration,

Lectures an

Continuous PresentReportQuiz

Final Exam Results will Please refeUniversity o

7

C


y

Co-curricula

f Biomedical

n to Malaysia

of the course

history, admplaces, race

strate effectiv


e will explaine national ad

Constitutionunity and gu

nd fieldwork

Assessmentation - 10

- 30% - 10%

ination: 50%

be displayed


72

COURSE P


r Courses, E

Engineering

a

e, students a

ministrative stes, way of lifeve interperso

s

n the history ministrative

n, culture, uidelines on s

nt: 50% % % %

%

d on notice b


PRO FORM


External Facu

re able to:

tructure and e, values andonal skills an

and formatiostructure anvalues, ethsocial interac

board.


MA


ulty Electives

Constitutiond culture of M

nd teamwork

on of Malaysnd system ofhnic orientactions with M

egree) Rules2006.

ndicated with

s & TITAS

of MalaysiaMalaysians..

sia. It will alsf Malaysia, thation, nationMalaysians.

s 2006 and th

h *.

.

so he nal

he

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski



Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutorial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

2010/2011 1

GXEX1413 Pengenalan 2 Bahasa Ing Tiada

1. Asma AmulticuPrentic

2. Cheah Singap

3. Kahn, Jand Po

LCD projekt

Kuliah dan


1. Kemahira2. Kerja Ber


Sila rujuk Ja

PembentanPeperiksaa

7

COURSE

n kepada Ma

geris

Abdullah & ultural Malayce Hall PearsBoon Kheng

pore: InstituteJ. and Loh Kolitics in Con

tor, kompute

Kerja Lapan

n : 20 jam ran berpanduran berdikari 3 jam

ang Masa Pe

an Berkomunrpasukan (TS

SKET

30/5671

adual Waktu

ngan tugasann:mengikut J

73

INFORMASEMEST

alaysia

Paul B. Pedeysia: Delightsson Malaysiag. (2002), Mae of Southea

Kok Wah (edstemporary M

er riba, nota k

gan

u : - : 57 jam

embelajaran

nikasi (CS1-CS1)

Kuliah


ATION FORTER/TERM

ersen. (2003s, puzzles & ia Sdn. Bhd. alaysia: The st Asian Stus). (1993), Fr

Malaysia, Syd

kuliah

Pelajar)

CS3)

11 hingga mriksaan Univ

R CURRENM

3), Understanirritations, Ku

Making of a dies. ragmented Vdney: Allen a

minggu ke 14versiti

NT

nding uala Lumpur

Nation,

Vision: Culturand Unwin.

4

:

re

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

MalaysiaMalay SuIndepend

MalaysiaFormatio

System aMalaysialegislative

Constitut

Malaysia

Malaysia

Indigenou

National

InteractinCommunverbal Be

InteractinRespecti

Presenta

Presenta

Presenta

Presenta

01-PK03-BR0

ULE

Lecture Top

n History: ultanate of Mdence

n History: n of Malaysi

and Structuren Governmee and judicia

tion: Federal

n Cultural Co

n Values and

us Groups a

Integration a

ng With Malanicating, Avoiehaviour

ng With Malang Multiethn

ation

ation

ation

ation

004(BI)-S03

C

pic / Tutoria

alacca, Colo

a

e of National ent, Governmary

and State

ontext

d Orientation

nd Others

and Unity

aysians: iding Conflict

aysians: ic Sensitivitie

7

COURSE

al / Assignm

onisation Per

Administratimental System

n

t, Understan

es

74

INFORMASEMEST

ments

riod and

ion: m: executive

nding Non-

ATION FORTER/TERM

RM

LCD, co

LCD, co

, LCD, co

LCD, co

LCD, co

LCD, co

LCD, co

LCD, co

LCD, co

LCD, co

LCD, co

LCD, co

LCD an

LCD an

R CURRENM


omputer and

omputer and

omputer and

omputer and

omputer and

omputer and

omputer and

omputer and

omputer and

omputer and

omputer and

omputer and

nd computer

nd computer

NT

eaching uipment

lecture note

lecture note

lecture note

lecture note

lecture note

lecture note

lecture note

lecture note

lecture note

lecture note

lecture note

lecture note

es

es

es

es

es

es

es

es

es

es

es

es

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0

TANT: Conteg not more th

my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0

ents of this Phan 30% of th

Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03

ro Forma shhe content ca


Bachelor of

KXEX 1110 Fundamenta

None

122 hours 3

At the end o1. Explain t2. Describe testing.3. Discuss ceramic 4. Give exa

Communica

Introductionatomic bondand processProcessing

Lecture, Tut

Continuous Final Exami Marks for Cboard beforexamination Refer To ThUniversity O

7

C

ould not be can be approv

g

Engineering

f Biomedical

0

al of Materia

of the coursethe theory ofe the phase d

the characteand compos

ample of som

ation Skill, Pr

n to Materialsding. Crystalsing, phase dand applicat

torial, Labora


Continuous Are the final en.

he UniversityOf Malaya (F

75

COURSE P

changed withved at the PT

Engineering

al Sciences

e, students af basic atomidiagram, ma

eristic, processite me electrical

roblem Solvi

s science and structure andiagram andtion of polym

atory

t : 40% %

Assessment wexam and gr

y Of Malaya (irst Degree)

PRO FORM

hout Senate Tj level.

re able to: c structure aterials chara

ssing and ap

and magneti

ng, Team W

d engineerinnd imperfectio engineering

mer, ceramic

will be displaades will be

(First DegreeRegulations

MA

approval. M

and the impeacteristic and

pplication of

ic properties

Works

g, atomic stron. Steel cha

g alloy. Charac and compos

ayed on the e determined

e) Rules 200s 2006 Handb

inor amendm

rfection. mechanical

polymer,

of materials

ructure and aracteristic acteristic. site

student notic after the fin

6 And book

ment

s.

ce nal

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski



Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutprial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

2010/2011 2

KXEX 1110 Fundamenta 3 English None

1. William F and Engi2. William D Engineer3. James F. Prentice 4. Traugott Press, 205. David D. Science a

Lecture Not

Lectures, Tu


CommunicaWorks (TS1

Refer to Lec

Refer to Lec

Test : Examination

7

COURSE

0

al of Materia

F. Smith and neering” McG

D. Callister “Fring”, John W. SchakelfordHall, 2008. Fischer “Mat

008 Rethwish anand Enginee

tes, Tutorial

utorial, Lab

e: 56 hoursrning: 2 hournt learning: 6

ation Skills (C1, TS2)

cture Timeta

cture Timeta

n : Refer to E

76

INFORMASEMEST

al Science

Javad HashGraw Hill, 20Fundamental

Wiley & Sons,d “Introductio

terial Scienc

nd William Dering”, John W

Questions an

rs 61 hours

CS1, CS2), P

able

able

Examination

ATION FORTER/TERM

emi “Founda005. ls of Material, 2004 on to Materia

e for Engine

. Callister “FuWiley & Sons

nd Lab Shee

Problem Solv

Timetable

R CURRENM

ation of Mate

l Science an

al Science fo

eering Studen

undamentalss, 2007

et

ving (CT1) an

NT

erials Sciencc

d

r Engineers”

nts” Academ

s of Material

nd Team

ce

ic

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

Introduct

Atomic S

Crystal a

Crystal a

Solidifica

Diffusion

Mechanic

Mechanic

Phase Di

Structure

Applicatio

Polymer

Electrical

Example

01-PK03-BR0

ULE

Lecture/T

ion to Materi

Structure and

nd Amorpho

nd Amorpho

ation and Cry

cal Propertie

cal Propertie

iagrams and

e and Proper

on and Proce

and Compos

l and Magne

of Electrical

004(BI)-S03

C

Tutorial/Assi

ials Science

Bonding

ous structure

ous structure

ystalline Impe

es of Metals

es of Metals (

Engineering

ties of Ceram

essing of Ce

sites

tic Propertie

and Magnet

7

COURSE

ignment To

and Enginee

in Materials

in Materials

erfection

(Continue)

g Alloys

mics

eramics

s

tic Material

77

INFORMASEMEST

pic

ering

ATION FORTER/TERM

ReM

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

R CURRENM


e Notes, Tuto

e Notes, Tuto

e Notes, Tuto

e Notes, Tuto

e Notes, Tuto

e Notes, Tuto

e Notes, Tuto

e Notes, Tuto

e Notes, Tuto

e Notes, Tuto

e Notes, Tuto

e Notes, Tuto

e Notes, Tuto

e Notes, Tuto

NT

Teaching uipment

orial Question

orial Question

orial Question

orial Question

orial Question

orial Question

orial Question

orial Question

orial Question

orial Question

orial Question

orial Question

orial Question

orial Question

ns

ns

ns

ns

ns

ns

ns

ns

ns

ns

ns

ns

ns

ns

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets



Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)



Bachelor of

KXEX 1144 Foundations

None

80 hours 2

At the end o 1. Describe trigonome2. Practice t with mod3. Use the b subseque

Problem So

Functions. Tlogarithmic function, Invrational func Limit continof discontinIncreasing arule. Highermaximum o Integrals. Inof integratiointegration b Partial derivcomposite f

Lecture/Tuto

7

C


g

Engineering

f Biomedical

4

s of Enginee

of the course

elementary etric functionthe skills obtels in enginebasic calculuent engineer

olving and Te

Trigonometrifunctions. Coverse functioctions and pa

uity and diffeuity. Derivatiand decreasr derivatives of functions.

ndefinite integons: integratioby parts.

vatives, highefunctions. Pa

orial/Problem

78

COURSE P


Engineering

ering Calculu

e, students a

special funcns) which aristained from deering us concepts aring courses

eam Works

c and hyperboncept doma

ons, combininartial function

erentiation. Cive of trigonoing functionsof functions.

grals with vaon by partial

er order partartial derivativ

m solving and

PRO FORM


s

re able to:

tions (e.g. exse in engineedifferential an

and apply knor others

bolic functionain and rangeng functions,ns.

Concept of limometric and hs. Implicit diff Critical poin

riable limits ofraction, inte

ial derivativeve using Jac

d group discu

MA

approval. M

xponential, loering. nd integral ca

nowledge gai

ns, exponente of function, composite f

mit. Continuithyperbolic fuferentiation ants, minimum

of integrationegration by s

es. Differentiacobians.

ussion

inor amendm

og, and

alculus to de

ned in

tial functions, graphs of functions,

ty and types unctions. and the chain

m and

n. Techniquesubstitution,

ation of

ment

eal

s,

n

e

79

Assessment Methods* Methodologies for Feedback on Performance Criteria in Summative Assessment

Continuous Assessment : 40% Final Examination : 60% Grades/marks for assignment, test and/or individual presentation announced in class and/or displayed on the notice board Refer To The University Of Malaya (First Degree) Rules 2006 And University Of Malaya (First Degree) Regulations 2006 Handbook

UM-PT01-PK03-BR003(BI)-S03

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski



Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutprial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

2010/2011 1/2

KXEX 1144 Fundament 2 English None

1. Modern E Wesley),2. Advance Wiley), 23. Engineer (Palgrave4. Further E (MacMilla

LCD ProjecReference

Lecture/Tut

80 hrs Face to facGuided learIndependen

Communica(CT1, CT2,LL2)

Abdel aziz 2, 8th floor, 7967 5339/

Refer to Le

Test : Examinatio

8

COURSE

4

tals of Engin

Engineering , 2007 ed Engineerin2001 ring Matheme), 2007 Engineering an)) 1992

ctor, White BBooks

torial/Problem

ce: 34 hrs rning: nt learning:4

ation Skills (C CT3), Team

Mahrez

Engineering

/4445 – mah

ecture Timeta

on : Refer to

80

INFORMASEMEST

eering Calcu

Mathematics

ng Mathema

matics, (5th ed

Mathematics

Board, Lectur

m solving an

3 hrs

CS1, CS2), Cm Works (TS

g Building

[email protected]

able

Examination

ATION FORTER/TERM

ulus

s, (4th editio

tics, (8th edit

dition), K. A.

s, (3rd edition

re Notes, Tut

d group disc

Critical Think1, TS2) and

u.my

Timetable

R CURRENM

n), Glyn Jam

tion), Erwin

Stroud and

n), K. A. Stro

torial Papers

cussion

king and ProLife Long Le

NT

mes (Edison-

Kreyszig (Jo

D.J. Booth

oud

s, Main

blem Solvingearning (LL1,

ohn

g ,

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

Concept

One to onfunctions

Concept

Implicit dof functio

Critical po

Trigonomfunctions

HyperbolMid seme

McClauri

Taylor se

Indefinite

Partial dedepende

Higher orfunctions

Differenti

Partial de

01-PK03-BR0

ULE

Lecture/T

domain and

ne function. s.

of limit. Cont

ifferentiationons.

oints, minimu

metric functios

lic functions ester test.

n series

eries

e integrals, in

erivatives, dent and indep

rder partial ds.

iation of Impl

erivative usin

004(BI)-S03

C

Tutorial/Assi

range of fun

Composite fu

tinuity and d

and the cha

um and max

ns and inver

and inverse

ntegration by

efinition, dompendent varia

erivatives, D

licit functions

ng Jacobians

8

COURSE

ignment To

nction, graph

unctions. Lim

erivation of f

ain rule. High

ximum of func

rse of Trigon

of hyperbolic

y parts.

main of the fuables.

Differentiation

s.

s. Differential

81

INFORMASEMEST

pic

s of function

mit concept o

functions

her derivative

ctions.

ometric

c functions.

unction,

n of composi

l operator.

ATION FORTER/TERM

ReM

. Lecture

of Lecture

Lecture

es Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

te Lecture

Lecture

Lecturepapers.

R CURRENM


e notes and tu

e notes and tu

e notes and tu

e notes and tu

e notes and tu

e notes and tu

e notes and tu

e notes and tu

e notes and tu

e notes and tu

e notes and tu

e notes and tu

e notes and tu

e notes and t

NT

Teaching uipment

utorial paper

utorial paper

utorial paper

utorial paper

utorial paper

utorial paper

utorial paper

utorial paper

utorial paper

utorial paper

utorial paper

utorial paper

utorial paper

tutorial

rs.

rs

rs

rs.

rs.

rs.

rs.

rs.

rs.

rs.

rs.

rs.

rs.

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

KXEX 1145 Basic Engin

None

82 hours 2

At the end o1. Use DeM roots of c2. Explain th eigenvec3. Solve sys4. Use the d determine planes.

CommunicaWorks and

Complex numnumbers in pPower and ro Matrices: DiaHermitian anSingular and linearly indephomogenousproperties. Geigenvectors Vector Algebcross producEquations of planes. Angleplanes. Triple

Lectures an

Continuous Grades/marannounced Please RefeUniversity O

8

C


g

Engineering

f Biomedical

5

neering Algeb

of this courseMoivre Theorecomplex numhe concepts

ctors. stems of linedot product, ce the parame

ation Skills, CLife Long lea

mbers: Additiopolar form. Cooots of comple

agonal, symmed unit matrix. non-singular

pendent vectos system of linGaussian Elimis. Diagonalizat

bra: Cartesian ct. Parametric

planes. Distae between twoe products of v

nd tutorials.

Assessmen


er To The UnOf Malaya (F

82

COURSE P


Engineering

bra

e, students aem and Eule

mbers. of matrices,

ear equationscross producetric equatio

Critical Thinkarning and In

on, substractiomplex numbeex number. Eu

etric, skew symTranspose. Dmatrices. Invers. Rank of a ear equationsnation methodtion. Cayley-H

Vector in two Equations andnce between o intersecting vectors.

t : 40%, Fina


niversity Of Mirst Degree)

PRO FORM


are able to: er Formula to

determinant

s and diagonct and triple pns and vecto

king and Probnformation M

n, multiplicatiors in exponent

uler Formula.

mmetric, orthoeterminant. M

erse of matrix.matrix. Homog. Existence ofd. Cramer’s R

Hamilton Theor

and three dimd Vector Equaa point and a lines and ang

al Examinatio


Malaya (FirstRegulations

MA

approval. M

o determine t

ts, ranks,eige

alize squareproducts of vor equations

blem SolvingManagement

on and divisiot form. DeMoi

ogonal, HermiMinor, cofactor. Linearly depegenous and nf solutions and

Rule. Eigenvalurem.

mension systeations of lines.plane. Distancle between tw

on : 60%


t Degree) Rus 2006 Handb

inor amendm

the power an

envalues and

e matrices. vectors to of lines and

g Skills, Team

n. Complex vre Theorem.

tian, skew r and adjoint. endent and on-

d their ues and

ms. Dot and . Skew Lines. ce between tw

wo intersecting

ation

ules 2006 Anbook

ment

nd

d

m

wo g

d

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski



Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutprial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

2010/2011 1/2

KXEX 1145 Basic Engin 2 English None

1. Modern E Wesley), 2. Advanced Wiley), 203. Theory a Spiegel (S4. Engineer (Palgrave5. Further E (MacMilla

LCD ProjecReference B

Lectures an

Face to faceGuided learIndependen (Refer to St

Communica(CT1, CT2, Information

Wong Peng 127/139 79674340/ w79674333/c

Refer to Lec

Test : Examination

8

COURSE

5

neering Algeb

Engineering 2007 d Engineerin001 nd ProblemsSchaum's sering Mathemae), 2007 Engineering Man)) 1992

ctor, White BoBooks

nd Tutorials

e:34 hrs rning: nt learning:43

tudent Learn

ation Skills (CCT3), TeamManagemen

g Choon/Den

wongpc@[email protected]

cture Timeta

n : Refer to

83

INFORMASEMEST

bra

Mathematics

ng Mathemat

s of Vector Aeries) 2008 atics, (5th ed

Mathematics

oard, Lecture

3 hrs

ing Time form

CS1, CS2), Cm Work (TS1)

nt (LL1).

ng Chai Ling

m.edu.my edu.my

able

Examination

ATION FORTER/TERM

s, (4th edition

tics, (8th edit

Analysis, (2nd

dition), K. A.

, (3rd edition

e Notes, Tuto

m)

Critical Think) and Life Lon

n Timetable

R CURRENM

n), Glyn Jam

tion), Erwin K

d edition), Mu

Stroud and D

n), K. A. Stro

orial Papers,

king and Probng Learning

NT

mes (Edison-

Kreyszig (Joh

urray R.

D.J. Booth

oud

, Main

blem Solvingand

hn

g

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

CHAPTEOperation

Argand d

De Moivr

CHAPTEBasic conTranspos

Inverse. AGaussian

Eigenvalu

Linear deechelon m

Diagonal

MID-SEMCHAPTEBasic con

Vectors ilines in s

Linear coProjectio

Applicatioapplicatio

Triple pro

Orthogon

01-PK03-BR0

ULE

Lecture/T

ER 1 COMPLns. Conjugat

diagram. Pola

re's theorem.

ER 2 MATRIXncepts. Propse. Determin

Applications n elimination

ues and eige

ependence. Rmatrix.

ization.

MESTER TESER 3 VECTOncepts. Carte

n space. Apppace.

ombination an of a vector

ons of vectorons.

oduct.

nal projection

004(BI)-S03

C

Tutorial/Assi

LEX NUMBEte. Solution o

ar form. Mod

. N-th root.

X ALGEBRAperties of matants.

to linear equ.

envectors. Ca

Row echelon

ST. R ALGEBRAesian compo

plications in

nd linear depr.

r projection.

n of an area t

8

COURSE

ignment To

RS. Introducof polynomia

dulus. Expon

A. trix operation

uations. Cram

ayley-Hamilt

n matrix. Red

A. onents.

geometry. E

pendence. D

Cross produ

to a plane.

84

INFORMASEMEST

pic

ction. al equation.

ential form.

ns.

mer's Rule.

ton theorem.

duced row

quations of

Dot product.

ct and its

ATION FORTER/TERM

ReM

Lecture

Lecture

Lecture Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

R CURRENM


e notes and tu

e notes and tu

e notes and tues and tutoria

e notes and tu

e notes and tu

e notes and tu

e notes and tu

e notes and tu

e notes and tu

e notes and tu

e notes and tu

e notes and tu

e notes and tu

e notes and tu

NT

Teaching uipment

utorial paper

utorial paper

utorial paperals.

utorial paper

utorial paper

utorial paper

utorial paper

utorial paper

utorial paper

utorial paper

utorial paper

utorial paper

utorial paper

utorial paper

rs.

rs

rs

rs.

rs.

rs.

rs.

rs.

rs.

rs.

rs.

rs.

rs.

rs.

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

KXEX 2244 Ordinary Dif

None

80 hours 2

At the end o1. Identify t function 2. Solve firs3. Solve lin4. Solve lin

Problem So

Fundamentaorder ODE: those formsindependencomplemenundetermineequation. Sesolution at o

Lectures an

Continuous Final Exami Grades/marannounced Please RefeUniversity O

8

C


g

Engineering

f Biomedical

4

fferential Eq

of the coursethe order andis a solutionst order ODE

near second onear second o

olving.

al concepts aseparable, l

s. Integratingnt solutions, Wntary functioned coefficieneries solutioordinary and

nd Tutorials




85

COURSE P


Engineering

uations

e, student’s ad linearity of or not.

E. order ODE aorder ODE in

and definitioinear, exact factor. LineaWronskian, Lns and particnts, the variatn method: posingular poi

t : 40% %



PRO FORM


are able to: an ODE and

analytically. n series form

ns in ODE, Inequations anar equation oLagrange’s reular solutionstion of paramower series, nts, the meth



MA

approval. M

d verifying wh

m.

nitial value pnd equationsof higher ordeduction of os, the metho

meters, Eulerconvergenc

hod of Frobe



inor amendm

hether a give

problem, Firss reducible toer: Linearly

order, od of r-Cauchy’s e, series

enius

ation

ules 2006 Anbook

ment

en

st o

d

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski



Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutprial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

2010/2011 1/2

KXEX 2244 Ordinary Dif 2 English/Bah None

1. Engineer (2001) 2. Advanced Wiley (193. Modern E Wesley (4. Frank Ay McGraw

Lecture note

Lectures, Tu


CommunicaSkills (CT1,Information

Refer to Lec

Refer to Lec

Test : Examination

8

COURSE

4

fferential Eq

hasa

ring Mathema

d Engineerin998) Engineering 1996)

yres Jr, SchaHill, 1972

es ,Tutorial p

utorials

e: 32 hoursrning: nt learning: 4

ation skills (C CT2, CT3), Managemen

cture Timeta

cture Timeta

n : Refer to E

86

INFORMASEMEST

uations

atics (5th Ed

ng Mathemat

Mathematics

um’s Outline

papers

45 hours

CS1, CS2), CTeam Work

nt (LL1).

able

able

Examination

ATION FORTER/TERM

), K Stroud &

tics (8th Ed),

s (2nd Ed), G

e Series: Diffe

Critical Thinki(TS1) and L

Timetable

R CURRENM

& D Booth, P

Erwin Kreys

Glyn James,

ferential Equa

ing and ProbLife Long Lea

NT

Palgrave

szig, John

Addison-

ations,

blem Solving arning and

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

Introductdefinitionvalue pro

ODE of fi

ODE redSeparabl

Homegenhomogen

Exact eq

Fundamelinearly in

Linear hoLagrange

Nonhomo

The methparamete

Euler-Ca

Power se

Series so

The meth

Revision

01-PK03-BR0

ULE

Lecture/T

ion to the cons in ODE: oroblem

irst order, dir

ucible to linele equation.

neous of ordneous.

uations, inte

ental concepndependent s

omogeneouse’s reduction

ogeneous lin

hod of undeteers.

uchy’s equat

eries, test an

olution for OD

hod of Frobe

004(BI)-S03

Tutorial/Assi

urse, Fundarder, degree,

rect integratio

ear: e.g. Bern

er n, ODE re

rgrating facto

ts in linear Osolutions, W

s equation wi of order

near equation

ermined coe

tion.

d convergen

DE (ordinary

nius (singula

8

COURSE

ignment To

mental conc, linear, solut

on, linear eq

noulli’s equat

educible to s

or.

ODE of higheWronskian, su

ith constant c

n, particular s

efficients and

nce.

y point)

ar point)

87

INFORMASEMEST

pic

cept and tion, Initial

uation

tion.

eparable or

er order: perposition.

coefficients.

solutions.

variation of

ATION FOTER/TERM

ReM

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

R CURREM


e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

ENT

Teaching uipment

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

KXEX 2245 Vector Anal

KXEX 1144

80 hours 2

At the end o1. Define th2. Use grad3. Use line engineer4. Use Stok

Communica

DifferentiatioCurl. DirectiCoordinates

LECTURES

ContinuousFinal Exami Grades/marannounced Please RefeUniversity O

8

C


g

Engineering

f Biomedical

5

lysis

4 and KXEX

of the coursehe scalar anddient, divergeintergrals, s

ring applicatikes and Gau

ation Skills, P

on & Integraional Derivats. Gauss The

S AND TUTO




88

COURSE P


Engineering

1145

e, students ad vector funcence and Cuurface intergions

uss Theorem

Problem Solv

ation Of Vectotive. Line, Sueorem & Sto

ORIALS

t : 40% %



PRO FORM


re able to: ctions url for enginegrals and volu

’s for engine

ving and Tea

or Function. urface & Volukes’ Theorem



MA

approval. M

eering applicaume intergra

eering applica

am Works

Gradient, Diume Integralsm



inor amendm

ations als for

ations

vergence & s. Curvilinea

ation

ules 2006 Anbook

ment

ar

d

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski



Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutprial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

2010/2011 1/2

KXEX 2245 Vector Anal 2 English KXEX1144

1. T. Duffy,2. E. Part-E Handboo3. Eva Part4. P.R. Toli Excel 975. George L Prentice

Lectures No

Lecture, Tut


CommunicaSolving Skil

Refer to Lec

Refer to Lec

Test : Examination

8

COURSE

5

lysis

and KXEX 1

, Tim Duffy LEnander, A.Sok, Addison-t-Enander, Tiver & Y> Jo

7, Addison-WLindfield and Hall, 1999.

otes and Tuto

torial, Proble


ation Skills (Clls (CT1, CT2

cture Timeta

cture Timeta

n :

89

INFORMASEMEST

145

Lab Series : ESjoberg, B. MWesley, 199

The Matlab Hhnson, Selec

Wesley, 1998d John Penny

orial Sheets

em Solving

42 hours

CS1, CS2, C2), Team Wo

able

able

ATION FORTER/TERM

Excel 97, AdMelin & M. Isa96. andbook, Adcted Lab Ser. y, Numerical

S3), Critical ork (TS1, TS2

R CURRENM

dison-Wesleaksson, The

ddison Wesleries : Project

l Methods Us

Thinking and2)

NT

ey, 1996. Matlab

ey, 1996. ts for Microso

sing Matlab,

d Problem

oft

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

Scalar &

Continuit

Gradient,

IdentitiesNotations

Line Integ

Surface I

Surface I

Volume I

Currilinea

Integral D

Gauss Th

Stokes’ T

Examples

Examples

01-PK03-BR0

ULE

Lecture/T

Vector Func

ty & Different

, Divergence

s For Del Opes

grals

ntegrals

ntegrals

ntegrals

ar Coordinate

Definition Of

heorem

Theorem

s On Gauss

s On Gauss

004(BI)-S03

C

Tutorial/Assi

ctions

tiability Of Sc

e & Curl. Dire

erator, The P

es With Ds &

Divergence

Theorem &

Theorem &

9

COURSE

ignment To

calar & Vecto

ectional Deriv

Proofs Using

& Dv

& Curl

Stokes’ Theo

Stokes’ Theo

90

INFORMASEMEST

pic

or Functions

vatives

Summation

orem

orem

ATION FORTER/TERM

ReM

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

R CURRENM


e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

NT

Teaching uipment

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

KXEX 2166 Law and En

None

80 hours 2

At the end o1) Describe2) Apply pri the law. 3) Identify le4) Analyse l5) Explain c6) Explain le

Communica

Introductionarea of engintellectual p

Lecture, Gro


9

C


g

Engineering

f Biomedical

6

ngineer

of the coursee the effect ofnciples of law

egal wrongs legal principlcontractual oegal dimensi

ation Skills, T

n to law and iineering withproperty, Act

oup Discuss




91

COURSE P


Engineering

e, students af law on the sw on a given

and their coles to avoid cbligations ions for relev

Team Works

its functions,h emphasis ots of Parliam

ion, Interacti

t : 40% %



PRO FORM


re able to: society with e

n situation to

nsequences conflicts in so

vant aspects

and Informa

the basis ofon the laws o

ment that are

ve Session



MA

approval. M

emphasis onidentify liabi

ociety.

of human be

ation Manage

f laws in relaof tort, contrarelevant to t



inor amendm

n engineers.lities under

ehaviour

ement

tion to the act and hese areas

ation

ules 2006 Anbook

ment

d

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski



Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutprial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

2010/2011 1/2

KXEX 2166 Law and En 2 English None

1. Law of t Selango2. Prinsip-Selangor, Sweet &3. PengenaHaji Mohd. A4. Undang Lumpur, 5. Introduc London,

Lecture Not

Lecture, Gro


CommunicaSolving SkilLearning an

Refer to Lec

Refer to Lec

Test : Examination

9

COURSE

6

ngineer

torts in Malar, Sweet & M

-prinsip asas

& Maxwell, 20alan kepada

Awal, Kuala L-undang ko Central Lawction to inteButterworths

tes

oup Discuss


ation Skills (Clls (CT1, CT2nd Informatio

cture Timeta

cture Timeta

n : Refer to E

92

INFORMASEMEST

aysia, 2nd EMaxwell Asias tort, Norch

006. a sistem per

Lumpur, Interontrak di Maw Book Co., 1ellectual pros, 2001.

ion,Interactiv

48 hours

CS1, CS2, C2, CT3), Teaon Managem

able

able

Examination

ATION FORTER/TERM

Ed., Norchaya, 2003. haya Haji Tal

rundangan d

rnational Lawlaysia, 2nd E1995. perty law, 4

ve session

S3), Critical m Woks (TSent Skills (LL

Timetable

R CURRENM

a Haji Talib,

lib Petaling J

di Malaysia,

w Book ServiEd., Salleh B

4th Ed., Philli

Thinking andS1, TS2) andL1, LL2).

NT

Petaling Jay

Jaya,

Noor Aziah

ices, 2005. Buang, Kuala

ps, Jeremy,

d Problem Life Long

a,

a

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

Introduct

Introducttort unde

Trespass

Interferen

Tort of nu

Tort of N

Strict liab

Defences

Introduct

Contents

Meaning

Dischargcontracts

Remedie

Intellectu

01-PK03-BR0

ULE

Lecture/T

ion to the Ma

ion to the lawr the title a in

s to land.

nce with goo

uisance.

egligence.

bility tort and

s to tort.

ion to law of

s of contracts

of void, void

e of contracts.

es for void an

ual property a

004(BI)-S03

C

Tutorial/Assi

alaysia legal

w of tort in Mntentional tor

ds

vicarious lia

contract and

s.

dable and val

t/remedies fo

nd voidable c

and rights un

9

COURSE

ignment To

system in M

Malaysia and rts against th

ability.

d the making

lid contracts

or breach of v

contracts.

nder the law.

93

INFORMASEMEST

pic

Malaysia

concepts of he person.

g of contracts

.

valid

ATION FORTER/TERM

ReM

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

s. Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

R CURRENM


e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

NT

Teaching uipment

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

KXEX 2162 Economics,

None

82 hours 2

At the end o1. Understa apprecia professio2. Discuss problem 3. Recogniz informed4. Apply the investme

CommunicaTeamwork a

This courseneeded to thby focusing concept andsecond partmethods, anprojects andto chose thedesired obje

Lecture and


9

C


g

Engineering

f Biomedical

2

, Finance and

of this courseand the fundate the poweon. key ideas inof how to alze the very p

d financial dee concept ofent decision

ation Skills, Cand Life Lon

e introduces think intellige on microecod principles ot of the coursnd knowledgd to evaluatee best of a seective

d Case Study




94

COURSE P


Engineering

d Engineers

e, students aamental idear and relevan

economic alocate scarcepractical neeecisions in anf Time Value making and

Critical Thinkg Learning a

the economiently about economics, in wof individual cse deals withge bases usee the merit oferies of alter

y

t : 40% %



PRO FORM


are able to: as that econonce of micro

nalysis that ae resources ds of the eng

n engineeringof Money anfinancial ma

king and Proband Informati

c principles aconomic probwhich studenconsumer an

h the thoughted by engineef making a panative invest



MA

approval. M

omics has toeconomics t

address the among unlimgineer towarg project. nd discounte

anagement

blem Solvingion Managem

and analyticablems. The c

nts will examnd firm behat processes, ers to cost earticular invetments to ac



inor amendm

o offer and to engineerin

economic mited wants. rds making

ed cash flow

g Skills, ment.

al tools course beginine the viour. In the concepts, ngineering

estment, and hieve a

ation

ules 2006 Anbook

ment

ng

in

ns

d

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski



Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutprial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

2010/2011 1

KXEX 2162 Economy, F 2 English None

Textbook: 1. William A Introduct2. Chan S. Prentice References1. Pindyck New Jers2. Blank Ta Hill.2005

Lecture NotRelevant we

Lecture, Ca


CommunicaSolving (CTInformation

Baharuddin 016-234765

Refer to Lec

Test : Examination

9

COURSE

2

Finance and

A. McEachertion”, SeventPark, Conte Hall, New Je

s: Rubinfield, “

rsey, 2000 arquin, “Engi5

tes, Current ebsites

ase Study

e: 28 hrs rning: nt learning:51

ation Skills (CT1, CT2, CT3

Managemen

Khalid

52

cture Timeta

n : Refer to E

95

INFORMASEMEST

Engineer

rn, “McEacheth Edition, Th

emporary Engersey. 2002

“Micro Econo

neering Eco

Economics A

1 hrs

CS1, CS2, C3), Team Wont (LL1, LL2)

able

Examination

ATION FORTER/TERM

ern’s Economhomson Leargineering Ec

omics”, Sixth

nomy”, Sixth

Articles (Dom

S3), Critical rk (TS1) and)

Timetable

R CURRENM

mics : A Conrning, 2005.

conomics, Th

Edition, Pre

h Edition, Mc

mestic and In

Thinking andd Life Long L

NT

temporary

hird Edition,

entice Hall,

Graw-

nternational),

d Problem Learning and

TEACHI

Week

1

2

3

4

5

6

7

8

9

UM-PT0

ING SCHED

Introduct The EconWants - Oppo - Produ - Econ

The Chal Entrepre

Introduct - Basic - Chang

Market S - Elastic - Consu

Productio - The P - Produ - Costs

Engineer - Evalu with m - Under

Time Val - How t - Gene equiva - Nomin

Money M - Debt m - Princi

Present W - Formu - Variat

01-PK03-BR0

ULE

Lecture/T

ion to Econo

nomic Proble

ortunity Cost uction Possib

nomic System

llenge of Eco

eneurial Econ

ion to the MiDemand an

ges in Equilib

System city of Demaumer Choice

on and Cost Production fuuction and Cos in the Long

ring Economation of cost

making a caprstanding Fin

ue of Moneytime and interal principlesalence nal and effec

Management managemenples of Inves

Worth Analysulating mutuations of prese

004(BI)-S03

C

Tutorial/Assi

omics

em: Scarce R

bilities ms

onomics: Loo

nomy

cro Economd Supply Anbrium Price a

and and Suppe and Deman

in The Firmnction and eost in the Shrun.

ic Decisionsts and benefipital investmenancial State

y erest affect ms of economi

ctive interest

t sting

sis ally exclusiveent worth an

9

COURSE

ignment To

Resources, U

oking at Mala

ics alysis and Quantity

ply nd

efficiency ort run

its associateent ements

money c

rates

e alternativesnalysis

96

INFORMASEMEST

pic

Unlimited

aysia

y

d

s

ATION FORTER/TERM

ReM

Mc Eac

Article

Ch 2 &

Ch 4 &

Ch 7

Chan S Ch 1 Ch 2

Ch 3

Ch 4

Ch 5

R CURRENM


crn Ch 1

3

& 5 & 6

Park

NT

Teaching uipment

TEACHI

Week

10

11

12

13

14

UM-PT0

ING SCHED

Lecture/T

Annual W - Annua - Evalu

Rate of R - Metho - IRR c

Developi - Benef projec - Devel

Inflation a - Equiv - Effect

Special TReview

01-PK03-BR0

ULE

Tutorial/Ass

Worth Analysal equivalentating Alterna

Return Analyods for findincriterion

ng Project Cfit/Cost analycts loping Cash

and Its Impavalence calcuts of Inflation

Topics in Eng

004(BI)-S03

C

signment To

is t criterion atives by AW

sis ng the ROR

Cash Flows ysis for engin

Flow Statem

ct on Projectulations unde on Project C

gineering Eco

9

COURSE

opic

W Analysis

neering

ments

t Cash Flowser Inflation Cash Flows

onomics

97

INFORMASEMEST

s

ATION FORTER/TERM

ReferenMateria

Ch 6

Ch 7

Ch 8

Ch 8

Article

R CURRENM

nces/Teachials/Equipme

NT

ing ent

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

KXEX 2165 Moral and E

None

80 hours 2

At the end o1. Understa2. Describe of ethics3. Understa practices4. Realise t5. Assess b corporate

CommunicaLeadership

Introductioncareer. MorResponsibiland loyalty tRoles of En

Lecture, Ca

Continuous Grades/marannounced Please RefeUniversity O

9

C


g

Engineering

f Biomedical

5

Ethics in Eng

of this courseand the implie the basis os(COE) whichand the pracs the implicatiobetween gooe decision w

ation Skills, TSkills.

n to engineerral, religious lities and righto employer.

ngineers on s

ase Study

Assessmen



98

COURSE P


Engineering

gineering Pro

e, students aications of mf moral & ethh are adoptetical needs o

on of moral &od and bad cwhich need to

Teamwork, P

ring professioand ethical tht of Enginee. Environmensustainable d

t (Individual



PRO FORM


ofession

are able to: moral and ethhics behind td by profess

of COE to reg

& ethics for eourse of acti

o be made in

Professional E

on and implicheories &curers and implintal ethics, ridevelopment

and Group A



MA

approval. M

ics in enginethe promulga

sional enginegulate engin

engineers’ beions when fa their organis

Ethics and M

cation of engrrent Codes ication of pubsks, liability

t and globalis

Assignments



inor amendm

eering works ation of code

eering bodieseering

ehaviour acing with sation

Moral and

gineering of Ethics. blic welfare and law. sation

s): 100%

ation

ules 2006 Anbook

ment

es s

d

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski



Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutprial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

2010/2011 2

KXEX 2165 Moral and E 2 English None

1. Mitcham2. AKTA PE PERATU3. ENGINE Enginee4. Harris,C and Cas5. Reading publicatio6. Davis, M7. Fledderm Prentice

Lecture Not

Lecture, Ass


CommunicaProfessiona(LS1, LS2).

Prof. Madya 012-315754

Refer to Lec

Test : Examination

9

COURSE

5

Ethics in Eng

m,C, Duval , RENDAFTARAURAN, InternEERING PROrs Malaysia(.E,Pritchard,

ses, Thompsos: a) Ingenon

Michael. Thinmann, Charle Hall, 1999.

te, Computer

signment

e: 28 hoursrning: nt learning:52

ation Skills (Cal Ethics (EM

a Ir. Mustafa

42/ irmustafa

cture Timeta

n :

99

INFORMASEMEST

gineering Pro

R.S, EngineeAN JURUTEnational Law OFESSIONAIEM) ,M.S,Rabins,on Wardswoieur –BEM p

king Like an es B. Engine

r, LCD

2 hours

CS1, CS2, CM1, EM2, EM

r Ab. Kadir

[email protected]

able

ATION FORTER/TERM

ofession

ering Ethics, ERA 1967 & P

Book ServicALISM AND E

, M.J, Enginerth ublication b

Engineer. Nering Ethics.

S3, CS4), Te3) and Mora

.my

R CURRENM

Prentice HalPERATURAces ETHICS, The

eering Ethics

b) JURUTERA

New York: Ox. Upper Sadd

eam Work (Tal and Leader

NT

ll N-

e Institution o

s, Concepts

A- IEM

xford, 1998.dle River, NJ

TS1, TS2), rship Skills

of

J:

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

Morals A

Professio

Ethical T

Codes of

Loyalty a

Engineer

Ethics in

Engineer

Engineer

Rights an

Risks, Sa

Ethics an

Sustaina

Engineer

01-PK03-BR0

ULE

Lecture/T

And Engineer

on and Profe

heories

f Ethics

and Honesty

ring as Exper

Research

ring Ethics ,C

ring Ethics ,C

nd Responsib

afety and Lia

nd Environme

ble Developm

rs and Globa

004(BI)-S03

C

Tutorial/Assi

ring

ssionalism

in Engineerin

riment

Conflict and C

Conflict and C

bilities of Eng

ability

ent

ment

alisation

10

COURSE

ignment To

ng

Conflict Reso

Conflict Reso

gineers

00

INFORMASEMEST

pic

olution

olution

ATION FORTER/TERM

ReM

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

R CURRENM


e Note

e Note

e Note

e Note

e Note

e Note

e Note

e Note

e Note

e Note

e Note

e Note

e Note

e Note

NT

Teaching uipment

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

KUEU 1130 Statics

None

80 2

At the end o1. Classify 2. Solve for and 3D s3. Classify 4. Solve pro of distrib5. Explain t applicatio6. Solve pro work me

This coursesystems, fogeometricalbodies in eq

Lecture

Continuous Final Exami Marks for Cboard beforexamination Please refeDegree) 200

10

C


g

Engineering

f Biomedical

0

of the courseforce systemrces and mosystems. forces that e

roblems invobuted forces.the effects ofon in mecha

roblems invoethod.

e introduces frces that exil properties oquilibrium.


Continuous Are the final exn.

r to the Univ06 Handboo

01

COURSE P


Engineering

e, students ams. oments acting

exist within stlving geomet

f friction andanical systemlving rigid bo

force systemst within stat

of figures, ac

t : 40% %

Assessment wxam and gra

ersity of Malk.

PRO FORM


re able to:

g on rigid bod

tationary andtrical propert

to solve proms. odies in equil

ms, force and tionary and m

ctions of distr

will be displaydes will be d

aya Rules an

MA

approval. M

dies in equili

d moving struties of figures

oblems involv

librium using

moment in 2moving strucributed forces

yed on the sdetermined a

nd Regulatio

inor amendm

brium in 2D

uctures. s and actions

ving

g the virtual

2D and 3D tures, s, and rigid

student noticeafter the final

ons (First

ment

s

e

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski



Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutprial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

Refer to Aca

KUEU 1130 Statics 2 English None

1. Wan Abu Dewan B2. Wan Abu dan Pust3. Enginee and Bee

Reference B

Lecture


Critical ThinLife Long Le(Refer to So

Refer to Cla

Test : Examination

10

COURSE

ademic Plan

0

u Bakar WanBahasa dan u Bakar Wantaka, 1991;ring Mechan

er & Johnston

Books, Lectu

e: 28 hoursrning: 0 nt learning: 4

tudent Learn

nking and proearning and oft Skills mat

ass Schedule

n : Refer to t

02

INFORMASEMEST

ner

n Abas. MekaPustaka, 200n Abas. Kam

nics books wrn.

ure Notes

48 hours

ing Time form

oblem solvinginformation m

trix)

e

he Examinat

ATION FORTER/TERM

anik Kejurute01; us Mekanik

ritten by Mer

m)

g (CT1,CT2,managemen

tion Schedul

R CURRENM

eraan Statik,

Gunaan, De

riam & Kraige

, CT3) nt (LL1,LL2)

e

NT

Edisi Ke-2,

ewan Bahasa

e, Hibbeler,

a

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

IntroductForce syssystems)

IntroductForce syssystems)

Equilibriufor 2D an

Equilibriufor 2D an

Structura

Structura

Geometrand seco

Geometrand seco

Distribute

Distribute

Friction: Pbelt

Friction: Pbelt

Virtual wo

Virtual wo

01-PK03-BR0

ULE

Lecture/T

ion to staticsstems (force)

ion to staticsstems (force)

um: Free bodnd 3D system

um: Free bodnd 3D system

al analysis (tr

al analysis (tr

ical propertieond moments

ical propertieond moments

ed forces

ed forces

Phenomena

Phenomena

ork

ork

004(BI)-S03

C

Tutorial/Assi

s. and momen

s. and momen

dy diagrams ms.

dy diagrams ms.

russes, frame

russes, frame

es of figures:s of areas.

es of figures:s of areas.

of friction, w

of friction, w

10

COURSE

ignment To

nt, equivalent

nt, equivalent

and equilibri

and equilibri

es, and mac

es, and mac

: centre of gr

: centre of gr

wedges, screw

wedges, screw

03

INFORMASEMEST

pic

t force

t force

um equation

um equation

hines)

hines)

ravity, and fir

ravity, and fir

w, bearing,

w, bearing,

ATION FORTER/TERM

ReM

Referen

Referen

ns Referen

ns Referen

Referen

Referen

rst Referen

rst Referen

Referen

Referen

Referen

Referen

Referen

Referen

R CURRENM


nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

NT

Teaching uipment

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

s

s

s

s

s

s

s

s

s

s

s

s

s

s

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

KUEU 1150 Human Ana

None

120 3

At the end o1. Explain o2. Explain e as functi3. Distingui4. Explain t the cell.5. Describe periphera and resp6. Apply the practices

Analysis

This coursetopics coveas functionaperipheral nrespiration physiology applications

Lecture, Tut


10

C


g

Engineering

f Biomedical

0

atomy and Ph

of the courseorganization each stage oonal unit for ish each tissthe basic stru

e physiology ral nervous spiration systee physiologys and applica

e introduces ered are humal unit for pnervous systsystems as knowledge t

s.

torial




04

COURSE P


Engineering

hysiology I

e, students astructure of

of cell differephysiologica

sue type in eaucture of cel

functional orystem, phys

ems. y knowledge ations.

the basics oman anatomyphysiological tem, physiola physiolog

towards the

t : 40% %


ersity of Malk.

PRO FORM


re able to: human anatntiation, cell al system. ach human ol and the phy

rgan systemsiological of re

towards the

f human anay, cell differesystem typeogical of ref

gical unit in tbiomedical


aya Rules an

MA

approval. M

tomy. function and

organ. ysiological ev

s for muscleeflexes, card

biomedical e

atomy and phentiation, tisse of muscleflexes, cardithe body. Lengineering


nd Regulatio

inor amendm

d cell

vents occur i

s, central andiovascular

engineering

hysiology. Thsue types, cs, central anovascular anater apply thpractices an


ons (First

ment

in

d

he ell nd nd he nd

ce nal

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski



Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutprial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

Refer to Aca

KUEU 1150 Human Ana 3 English None

1. Donna M Human A 07-01112. Eric Wise Graw Hil3. Elaine M Addison 4. Alexande 0-8053-8

Reference B

Refer to Stu

120 hours Face to faceGuided learIndependen (Refer to St

Life Long Le(Refer to So

Refer to De

Test : Examination

10

COURSE

ademic Plan

0

atomy and Ph

M. Van WynsAnatomy and71-5. e. 1998. Anall. ISBN 0-69

Marieb. 1998.Wessley. ISer P.Spence8860-5

Books, Lectu

udent Learnin

e: 42 rning: 0 nt learning: 7

tudent Learn

earning 1,2oft Skills mat

epartmental C

n : Refer to t

05

INFORMASEMEST

ner

hysiology I

sberghe, Chad Physiology

atomy and P97-20554-1.. Human Ana

SBN 0-8053-4e. Basic Hum

ure Notes

ng Time form

74

ing Time form

trix)

Class Schedu

he Examinat

ATION FORTER/TERM

arles R. Nobay. 3rd Edition.

hysiology La

atomy & Phy4196-X

man Anatomy

m

m)

ule

tion Schedul

R CURRENM

ack & Rober Mc-Graw H

aboratory Ma

ysiology. 4TH

y. Addison W

e

NT

t Carola. 199ill. ISBN: 0-

anual. Mc-

Edition.

Wessley. ISB

95

N

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

Introduct

Skeletal M

Skeletal M

Neurophy

Neurophy

Autonom

Reflects

Mid-Sem

Cardiova

Cardiova

Respirato

Respirato

Respirato

Revision

01-PK03-BR0

ULE

Lecture/T

ion to Physio

Muscle I

Muscle II

ysiology I

ysiology I

mic Nervous S

Physiology

mester Test

ascular Syste

ascular Syste

ory System I

ory System I

ory System I

004(BI)-S03

C

Tutorial/Assi

ology & Cell

System

em I

em II

I

II

10

COURSE

ignment To

06

INFORMASEMEST

pic

ATION FORTER/TERM

ReM

Revision

Revision

Revision

Revision

Revision

Revision

Revision

Revision

Revision

Revision

Revision

Revision

Revision

R CURRENM


n Book, Lect

n Book, Lect

n Book, Lect

n Book, Lect

n Book, Lect

n Book, Lect

n Book, Lect

n Book, Lect

n Book, Lect

n Book, Lect

n Book, Lect

n Book, Lect

n Book, Lect

NT

Teaching uipment

ture Notes

ture Notes

ture Notes

ture Notes

ture Notes

ture Notes

ture Notes

ture Notes

ture Notes

ture Notes

ture Notes

ture Notes

ture Notes

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

KUEU 2141 Electrical C

None

120 3

At the end o1. Perform Superpo2. Calculate3. Perform circuits.5. Calculate approach6. Describe7. Perform

Analytic and

This courseand Thevencurrent, voltmutual Indu

Lecture, Tut


10

C


g

Engineering

f Biomedical

1

ircuit Analys

of the courseDC analysis

osition’s theoe transient reAC analysis

e current, voh. e the concepcircuit analy

d problem so

e covers the inin’s law, metage and powuctance and t

torial


Continuous Are the final exn.


07

COURSE P


Engineering

is

e, students as using KCL, rems. esponse of Rs using KCL,

oltage and po

pt of mutual inysis using sim

olving

introduction tesh analysis awer in ac circtransient res

t : 40% %

Assessment wxam and gra

ersity of Malk.

PRO FORM


re able to: KVL, Theve

RC, RL and RKVL and Th

ower in AC ci

nductance anmple Laplace

to the Kirchoand superpocuits using phponse in RC

will be displaydes will be d

aya Rules an

MA

approval. M

enin, Norton a

RLC circuits.evenin-Norto

ircuits using

nd solve relae transform.

orff’s law, Noosition’s law. hasor approa

C, RL and RL

yed on the sdetermined a

nd Regulatio

inor amendm

and

on equivalen

phasor

ated problem

odal analysis Calculate ach. Study thLC circuits.

student noticeafter the final

ons (First

ment

nt

ms.

he

e

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski



Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutprial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

003(BI)-S03

C

Refer to Aca

KUEU 2141 Electrical C 3 English None

1. Franco, 1995. 2. Floyd, Ele Seventh 3. Alexande 2003

Textbook, le

Lecture, Tut


Critical Thin(Refer to So

Ahmad Kha A1-5-5, BlocFaculty of E 03-7967 448

Refer to Cla

Test : Examination

10

COURSE

ademic Plan

1

ircuit Analys

Electric Circ

ectric CircuitEdition, 2007

er & Saunder

ecture note,

torial, Test, E


tudent Learn

nking and Prooft Skills mat

airi Abdul Wa

ck A, DepartEngineering

88 / khairi@

ass Schedule

n :

08

INFORMASEMEST

ner

is

uit Fundame

t Fundament7. r, Fundamen

LCD projecto

Examination

72 hours

ing Time form

oblem Solvintrix)

ahab

tment of Biom

um.edu.my

e

ATION FORTER/TERM

entals, Saund

als, Pearson

ntals of Electr

or

m)

ng (CT1,CT2

medical Engi

R CURRENM

ders College

n Internationa

ric Circuits, M

2,CT3)

ineering,

NT

Publishing,

al Edition,

McGraw-Hill,

,

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

Basic ele

Nodal anMess ana

TheveninNorton’s

SuperposThevenin

Operation

Storage e

Storage e

First Ord

Second O

IntroductSinusoids

Sinusoida

AC Powe

Transform

Frequenc

01-PK03-BR0

ULE

Lecture/T

ectrical circuit

nalysis alysis

n’s Theorem Theorem

sition Theoren Theorem

nal Amplifier

elements – C

elements –In

er Circuit

Order Circuit

ion to Alternas

al Steady-St

er Analysis

mer

cy Response

004(BI)-S03

C

Tutorial/Assi

t analysis co

em

rs

Capacitors

nductors

t

ating Curren

ate Analysis

e

10

COURSE

ignment To

oncepts and l

nt and Voltag

09

INFORMASEMEST

pic

laws

e Phasor an

ATION FORTER/TERM

ReM

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

d Lecture

Lecture

Lecture

Lecture

Lecture

R CURRENM


e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

NT

Teaching uipment

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

KUEU1142 Biochemistr

None

120 3

At the end o1. Select an2. Design a assays.3. Discern t procedur4. Describe compone5. Suggest

Analysis, pr

The course biochemistrelucidates kstudent to sin industrial

Lecture, Tut


11

C


g

Engineering

f Biomedical

ry and Analy

of the coursend describe a robust scie

the details ares in scientie the basic cents. methods to

roblem solvin

has an overry to biomedikey biochemsuggest expe and academ

torial




10

COURSE P


Engineering

sis

e, students aappropriate ntific study w

nd critically aific literature.hemical struc

study the str

ng, critical th

rall goal of eqcal engineerical processe

eriments andmic fields.

t : 40% %


ersity of Malk.

PRO FORM


re able to: biochemistry

which employ

analyse the m. ctures and p

ructure of bo

inking, comm

quipping studring problemses within the undertake in


aya Rules an

MA

approval. M

y laboratory tys appropriat

methods of b

properties of

ody compone

munication, p

dents to be as. In additio

e body. This wnvestigative


nd Regulatio

inor amendm

techniques.te biochemic

biochemical

major body

ents.

presentation

able to emplon, it will enable thresearch bot


ons (First

ment

cal

oy

he th

ce nal

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski



Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutprial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

Refer to Aca

KUEU 1142 Biochemistr 3 English None

Denniston, and Biochem

Textbook, le

Lecture, Tut


Communica (Refer to So

Dr. Belinda A1-3-3, BlocEngineering 03-7967 449

Test : Examination

11

COURSE

ademic Plan

2

ry and Analy

K.J and Topmistry. McG

ecture note,

torial, Assign


tudent Learn

ation Skills (C

oft Skills mat

Murphy

ck A, Departg

91 / bpinggu

n :

11

INFORMASEMEST

ner

sis

ping, J.J (20Graw-Hill .

LCD projecto

nment, Test,

72 hours

ing Time form

CS1, CS2, C

trix)

tment of Biom

[email protected]

ATION FORTER/TERM

08).Foundat

or

Examination

m)

S3)

medical Engi

u.my

R CURRENM

tions of gene

n

ineering, Fac

NT

eral, Organic

culty of

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

BiochemTutorial: T

BiochemTutorial: A

LaboratoBasic MicTutorial:

Case stuTutorial:

Spectrofl

Electroph

Study De

StatisticaTutorial:

BiochemTutorial:

BiochemTutorial:

CarbohydTutorial: CW: Des

Protein sTutorial:

Protein sTutorial:

Enzymes

01-PK03-BR0

ULE

Lecture/T

istry techniquTechnique p

istry techniquAssay protoc

ry Safety ancroscopy Calculations

dies in biochCalculations

uorometry

horesis

esign

al Analysis foStudy design

ical componeStudy design

ical componeStudy design

drate metaboCritical study

sign of study

ynthesis andStatistical an

ynthesis andStatistical an

s

004(BI)-S03

C

Tutorial/Assi

ues protocols

ues – basis ocols

d Procedure

in microsco

hemical analy in microsco

or Biochemistn / control

ents of body n / bias

ents of body n / bias

olism y analysis and analysis

d metabolismnalysis

d metabolismnalysis

11

COURSE

ignment To

of assays

e

py

ysis py

try

y

y

s for given ta

m

m

12

INFORMASEMEST

pic

ask

ATION FORTER/TERM

ReM

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

R CURRENM


nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

NT

Teaching uipment

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

s

s

s

s

s

s

s

s

s

s

s

s

s

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

KUEU 1171 Laboratory

None

42 1

At the end o1. Conduct2. Use the 3. Use form4. Write the5. Use the manner.

Analysis, crwriting

This courseassociated w

Lecture, lab

Continuous Marks for Cboard beforexamination Please refeDegree) 200

11

C


g

Engineering

f Biomedical

1

1

of the courset experiment proper equip

mula to calcue laboratory proper graph

ritical thinking

e contains 10with the theo

boratory work

Assessmen



13

COURSE P


Engineering

e, students aafter studyin

pment and prlate the resureport in the hs to display

g, problem so

0 experimentsoretical cours

k

t : 100%


ersity of Malk.

PRO FORM


re able to: ng the lab exrocedure to o

ults. proper formathe results i

olving, comm

s. Most of thse taught in t


aya Rules an

MA

approval. M

xperiment insobtain data.

at. n a clear and

munication, la

e experimenthat semeste


nd Regulatio

inor amendm

structions.

d concise

ab report

nts would be er.


ons (First

ment

ce nal

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski



Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutprial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

Refer to Aca

KUEU 1171 Laboratory 1 English None

Refer to Stu


Critical ThinLeadership (Refer to So

Test : Examination

11

COURSE

ademic Plan

1

1

udent Learnin

e: 2 hours rning: 20 hount learning: 2

tudent Learn

nking 1,2,3, TSkills 1,2

oft Skills mat

n :

14

INFORMASEMEST

ner

ng Time form

urs 20 hours

ing Time form

Team Work S

trix)

ATION FORTER/TERM

m

m)

Skills 1,2, Lif

R CURRENM

fe Long Lear

NT

rning 1,2,

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

KUEU 1151 Human Ana

None

80 2

At the end o1. Explain o2. Explain t system, senses.3. Distingui4. Explain e digestion general s posture a5. Explain t and basi6. Apply ph practices

Analysis an

Human phyneurophysiorespiration,

Lecture


11

C


g

Engineering

f Biomedical

1

atomy and Ph

of the courseorganization the anatomykidney, endo

ish each tisseach functionn system, kidsenses, visioand motor cothe system oic physiologichysiology knos and applica

d problem so

ysiology presology, muskidney funct




15

COURSE P


Engineering

hysiology II

e, students astructure of of muscle, hocrine, repro

sue type in eanal unit for pdney, endocron, hearing, eortex in contron the physiocal functionsowledge towations.

olving

sented at boscle physition, hormon

t : 60% %


ersity of Malk.

PRO FORM


re able to: human anat

heart, nervouduction syste

ach human ohysiological rine, reproduequilibrium drol body movological evens in maintainiards the biom

oth cellular iology, care function, a


aya Rules an

MA

approval. M

tomy. us system, dem, receptor

organ system on tyction system

dan control ovement. nts occur in hing hoemostamedical engi

and organ srdiovascular

and reproduc


nd Regulatio

inor amendm

igestion r dan genera

ypes of m, receptor, of body

human body atsis. neering

system levephysiolog

ction.


ons (First

ment

al

ls: gy,

ce nal

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski



Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutprial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

Refer to Aca

KUEU 1151 Human Ana 2 English None

1. Donna M Human A2. Eric Wise Hill. 3. Eline Ma Addision4. Alexande

Reference B

Lecture, Ass



Refer to Cla

Test : Examination

11

COURSE

ademic Plan

1

atomy and P

M. Van WynsAnatomy ande. 1998 Ana

arieb. 1998. Hn Wessley. er P. Spence

Books, Lectu

signment, Te


tudent Learn

earning nad oft Skills mat

ass Schedule

n : Refer to E

16

INFORMASEMEST

ner

Physiology II

sberghe, Chad Physiologytomy and Ph

Human Anat

e. Basic Hum

ure Notes

est, Examina

48 hours

ing Time form

information mtrix)

e

Examination

ATION FORTER/TERM

arles R. Nobay 3rd Edition.Mhysiology Lab

omy & Physi

man Anatomy

ation

m)

managemen

Schedule

R CURRENM

ack & RoberMc-Graw Hillboratory Man

iology. 4th Ed

y. Addision W

nt (LL1,LL2)

NT

t Carola 199l. nual. Mc-Gra

dition.

Wessley.

95.

aw

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

Lect

Renal I

Renal II

Gastroint

Gastroint

Endocrin

Reproduc

Receptor

Visual Sy

Hearing S

Body Tem

Body Flu

Digestion

Motor Sy

Revision

01-PK03-BR0

ULE

ture/Tutoria

testinal Syste

testinal Syste

e System

ctive System

r

ystem

System

mperature C

id Control

n System Co

ystem

004(BI)-S03

C

al/Assignme

em I

em II

m

ontrol

ntrol

11

COURSE

nt Topic

17

INFORMASEMEST

Referen

Referenc

Referenc

Referenc

Referenc

Referenc

Referenc

Referenc

Referenc

Referenc

Referenc

Referenc

Referenc

Referenc

Referenc

ATION FORTER/TERM

nces/Teachi

ce Books, Le

ce Books, Le

ce Books, Le

ce Books, Le

ce Books, Le

ce Books, Le

ce Books, Le

ce Books, Le

ce Books, Le

ce Books, Le

ce Books, Le

ce Books, Le

ce Books, Le

ce Books, Le

R CURRENM

ing Material

ecture Notes

ecture Notes

ecture Notes

ecture Notes

ecture Notes

ecture Notes

ecture Notes

ecture Notes

ecture Notes

ecture Notes

ecture Notes

ecture Notes

ecture Notes

ecture Notes

NT

s/Equipmen

s

s

s

s

s

s

s

s

s

s

s

s

s

s

nt

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

KUEU 1154 Dynamics

None

120 3

At the end o1. Solve kin2. Solve kin3. Solve kin4. Solve kin5. Solve pro work and6. Solve kin

This courseaccelerating2D. KineticsKinematics mechanism

Lecture, Tut


11

C


g

Engineering

f Biomedical

4

of the coursenematics pronetics problenematics pronetics probleroblems invod energy. nematics and

e introducesg particles. Ks of acceler

and kinetics.

torial




18

COURSE


Engineering

e, students aoblems of accems of acceleoblems of accems of accelelving acceler

d kinetics pro

s KinematicsKinematics prating rigid bcs in vibrat

t : 40% %


ersity of Malk.

PRO FOR


re able to: celerating paerating particcelerating rigerating rigid brating motion

oblems in vib

of acceleraroblems of a

bodies. Princting particle


aya Rules an

RMA

approval. M

articles. cles. gid bodies in bodies in 2D

n using the p

brating partic

ating particleaccelerating ciple of workes. Kinemat


nd Regulatio

inor amendm

2D. D.

rinciple of

cles.

es. Kinetics rigid bodies k and energics of simp


ons (First

ment

of in

gy. ple

ce nal

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski



Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutprial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

Refer to Aca

KUEU 1154 Dynamics 3 English None

1. J.L Meria Wiley an2. Wan Abu Ke-2, De3. RS Khur

Reference B

Lecture, Tut



Refer to De

Test : Examination

11

COURSE

ademic Plan

4

am and L.G nd Sons u Bakar Wanewan Bahasarmi. Theory o

Books, Lectu

torial, Assign


tudent Learn


epartmental C

n : Refer to t

19

INFORMASEMEST

ner

Kraige. Engi

n Abas. Mekaa dan Pustakof Machines

ure Notes

nment, Test,

72 hours

ing Time form

oblem Solvintrix)

Class Schedu

he Examinat

ATION FORTER/TERM

neering Mec

anik Kejuruteka, 2001

Examination

m)

ng 1,2,3

ule

tion Schedul

R CURRENM

chanics - Dyn

eraan — Din

n

e

NT

namics, John

amik, Edisi

n

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

Introduct

Kinemati

Kinetics o

Velocity a

Kinemati

Relative v

Kinetics o

Kinetics o

Kinetics o

Vibration

Vibration

Vibration

Vibration

Vibration

01-PK03-BR0

ULE

Lecture/T

ion to dynam

cs of particle

of particles a

and accelera

cs of rigid bo

velocity and

of rigid bodie

of rigid bodie

of rigid bodie

of particles

of particles

of particles

of particles

of particles

004(BI)-S03

C

Tutorial/Assi

mics

es

and system o

ation diagram

odies in 2D

relative acce

es

es

es

( Continue 1

( Continue 2

( Continue 3

( Continue 4

( Continue 5

12

COURSE

ignment To

of particles

ms

eleration

)

2)

3)

4)

5)

20

INFORMASEMEST

pic

ATION FORTER/TERM

ReM

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

R CURRENM


nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

NT

Teaching uipment

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

s

s

s

s

s

s

s

s

s

s

s

s

s

s

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of


None

42 1

At the end o1. Conduct2. Use the 3. Use form4. Write the5. Use the manner.

Analysis, crwriting


Lecture, lab


12

C


g

Engineering

f Biomedical

2

2

of the courset experiment proper equip

mula to calcue laboratory proper graph

ritical thinking


boratory work

Assessmen



21

COURSE P


Engineering


pment and prlate the resureport in the hs to display

g, problem so


k

t : 100%


ersity of Malk.

PRO FORM



ults. proper formathe results i

olving, comm



aya Rules an

MA

approval. M


at. n a clear and

munication, la



nd Regulatio

inor amendm

structions.

d concise

ab report

nts would be er.


ons (First

ment

ce nal

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski



Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutprial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

Refer to Aca

KUEU 1172 Laboratory 2 1 English None

Lecture, Lab


Critical ThinTeam WorkLife Long LeLeadership (Refer to So

Refer to Cla

Test : Examination

12

COURSE

ademic Plan

2

2

boratory Wo


tudent Learn

nking and Prok Skills (TS1,earning and Skills (LS1,L

oft Skills mat

ass Schedule

n :

22

INFORMASEMEST

ner

rk, Laborato

urs 6 hours

ing Time form

oblem SolvinTS2) information m

LS2) trix)

e

ATION FORTER/TERM

ry Report

m)

ng (CT1,CT2

managemen

R CURRENM

2,CT3)

nt (LL1,LL2)

NT

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

KUEU 2142 Electronics

None

120 3

At the end o1. To identi p and n, 2. To be ab3. To be ab applicatio4. To be ab (BJT). 5. To be ab configura6. To be ab

Analytic and

This coursedoping procequivalent cincluding itscharacterist

Lecture, Tut


12

C


g

Engineering

f Biomedical

2

of the courseify p-type anand p-n junc

ble to analyzeble to describons as rectif

ble to describ

ble to performations. ble to analyze

d critical thin

e introduce thcess and appcircuits and as bias configutics. Small si

torial




23

COURSE P


Engineering

e, students ad n-type matction as circue diode circube half-wavefiers, clippersbe the charac

m analysis of

e and charac

king

he basic of p plication of p-applications. urations. FETgnal analysis

t : 40% %


ersity of Malk.

PRO FORM


re able to: terials and deuit element. uit.

and full-wavs and clampecteristics of B

f BJT circuits

cterize Field

and n type m-n junction asEvaluation a

T is introduces of BJT and


aya Rules an

MA

approval. M

escribe dopi

ve rectifier aners. Bipolar Junct

s, its load line

Effect Trans

materials, incs circuit elemand analysis ed includes a

d FET.


nd Regulatio

inor amendm

ng process o

nd their

tion Transist

es and bias

sistor (FET).

cluding its ment. Diode

of BJT analysis of it


ons (First

ment

of

tor

ts

ce nal

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski



Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutprial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

Refer to Aca

KUEU 2142 Electronics 3 English None

1. Robert L Theory’, 2. Donald N 2001, Mc

Textbook, le

Lecture, Tut




Refer to Cla

Test : Examination

12

COURSE

ademic Plan

2

L. Boylestad,9th Ed., Pea

Neaman, “ElecGraw Hill.

ecture note,

torial, Assign


tudent Learn

nking and Proft Skills mat

airi Abdul Wa


88 / khairi@

ass Schedule

n :

24

INFORMASEMEST

ner

Louis Nashearson, Prentiectronic Circ

LCD projecto

nment, Test,

72 hours

ing Time form

roblem Solvitrix)

ahab

tment of Biom

um.edu.my

e

ATION FORTER/TERM

elsky, “Electrce Hall, 2006

cuit Analysis

or

Examination

m)

ng (CT1,CT2

medical Engi

R CURRENM

ronic Device6. (Main booand Design”

n

2,CT3)

ineering,

NT

s and Circuitok) ”, 2nd Ed.,

t

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

Introduct

p-n juncti

Doping o

Wave rec

Wave sh

Clippers

BJT circu

BJT conf

BJT bias

BJT sma

FET circu

FET bias

FET sma

Power su

01-PK03-BR0

ULE

Lecture/T

ion to electro

ion

of p and n, dio

ctification

aping circuit

and clamper

uits

figurations

configuratio

ll signal anal

uits

s configuratio

all signal ana

upply and vo

004(BI)-S03

C

Tutorial/Assi

onic circuits a

ode circuit

rs circuits

ns

lysis

ons

lysis

ltage regulat

12

COURSE

ignment To

and its applic

tors

25

INFORMASEMEST

pic

cations.

ATION FORTER/TERM

ReM

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

R CURRENM


e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

NT

Teaching uipment

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

KUEU1143 Mechanical

None

120 3

At the end o1. Capable dismantl2. Identify a worksho3. Outline t4. Visualize oblique p5. Draw 3D

Analysis an

This courseas computeassembling some simple

Lecture, Tut


12

C


g

Engineering

f Biomedical

Engineering

of the coursee to select va

ing workpiecand state the

op machinesthe guidelinee and explainprojection

D drawings us

d problem so

e introduces ter aided) and or dismantlie design for

torial




26

COURSE P


Engineering

g Design

e, students arious tools uce e purpose of

es for good mn the drawing

sing extrude

olving

the basics of workshop teng work piecsome biome

t : 60% %


ersity of Malk.

PRO FORM


re able to: sed for cuttin

the main ope

manual drawigs in the orth

, revolve, cut

f engineeringechnology (cce). The studedical engine


aya Rules an

MA

approval. M

ng, holding, a

erative parts

ng practice. hographic, is

t and merge

g drawing (mcutting, holdindent also reqeering proble


nd Regulatio

inor amendm

assembling o

s of the

ometric and

.

manual as weng, uires to do

em.


ons (First

ment

or

ell

ce nal

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski



Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutprial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

Refer to Aca

KUEU 1143 Mechanical 3 English None

1. Richard McGraw2. Robert N3. A.W. Bo4. Steve Kr McGraw

Textbook, le

Refer to Stu



Mr. Ng Siew A1-5-2, BlocEngineering 03-7967 448

Test : Examination

12

COURSE

ademic Plan

3

Engineering

Budynas, Kew Hill Norton, “Macundy, “Enginrar, Arthur G

w Hill

ecture note,

udent Learnin


tudent Learn

nking 1,2,3, Poft Skills mat

w Cheok

ck A, Departg

85 / siewcng

n :

27

INFORMASEMEST

ner

g Design

eith Nisbett “

hine Designneering Drawill, Peter Sm

LCD projecto

ng Time form

72 hours

ing Time form

Professional trix)

tment of Biom

[email protected]

ATION FORTER/TERM

Mechanical

: An Integratewing”, McGraid, “Technolo

or

m

m)

Ethics and M

medical Engi

my

R CURRENM

Engineering

ted approachaw Hill ogy of Mach

Moral 1,2

ineering, Fac

NT

Design”,

h”, Pearson

ine Tools”,

culty of

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

IntroductGround r

Basic DeTypical laComputeIntroductTutorial:

OrthograComputeTutorial: practical

IsometricComputeTutorial: Worksho

Machine ComputedimensioWorksho

Hand tooComputeorthograpWorksho

Drilling, laCompute

Metal cutCompute

DiscussioTest: Com

Design aTest: Com

Revision Test: Com

Revision

Discussio

Overall re

01-PK03-BR0

ULE

Lecture/T

ion to the corules

esign Procedayout and geer lab: Technion to AutocaGeometrical

phic projectier lab: FamiliaOrthographic

c view, Measer lab: FamiliaIsometric vie

op: Lathe pra

componentser lab: Familiaon op: Milling pra

ols er lab: Tutoriaphic projectio

op: Taping ho

athe and miler lab: Familia

tting technoloer lab: Tutoria

on on designmputer aided

pproach casmputer aided

on Mechanimputer aided

on Worksho

on on design

evision

004(BI)-S03

C

Tutorial/Assi

urse.

ure eometrical coique for self ad. drawing

on, Safety asarization of “c projection,

uring devicearization of “ew ctical

s arization of la

actical

al using layeon ole and Drill b

ling arization of 3

ogy and grinal for a 3D ob

n project d drawing

se study d drawing

cal Engineerd drawing

op technology

n project

12

COURSE

ignment To

onstruction learning met

spects “modify” toolbWorkshop: D

es “modify” toolb

ayer, toleran

r, dimension

bit changing

3D object com

ding bject

ring Design

y

28

INFORMASEMEST

pic

thod.

bars. Drilling

bars

nce and

for

mmands

ATION FORTER/TERM

ReM

ReferenLecture

ReferenNotes

ReferenNotes

ReferenNotes

ReferenNotes

ReferenNotes

ReferenNotes

ReferenNotes

ReferenNotes

ReferenNotes

ReferenNotes

ReferenNotes

R CURRENM


nce Books [1e Notes

nce Books [1

nce Books [3

nce Books [3

nce Books [1

nce Books [4

nce Books [4

nce Books [4

nce Books [1

nce Books [1

nce Books [1

nce Books [4

NT

Teaching uipment

,2,3,4],

,2,3], Lectur

3,4], Lecture

3,4], Lecture

,2], Lecture

4], Lecture

4], Lecture

4], Lecture

,2], Lecture

,2], Lecture

,2], Lecture

4], Lecture

re

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of


None

42 1

At the end o1. Conduct2. Use the 3. Analyze 4. Write the5. Use the manner.

Analysis, crwriting


Lecture, lab


12

C


g

Engineering

f Biomedical

3

3

of the courset experiment proper equipthe data.

e laboratory proper graph

ritical thinking


boratory work

Assessmen



29

COURSE P


Engineering


pment and pr

report in the hs to display

g, problem so


k

t : 100%


ersity of Malk.

PRO FORM



proper formathe results i

olving, comm



aya Rules an

MA

approval. M


at. n a clear and

munication, la



nd Regulatio

inor amendm

structions.

d concise

ab report

nts would be er.


ons (First

ment

ce nal

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski



Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutprial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

Refer to Aca


Lecture, Tut


Critical ThinTeam WorkLife Long LeLeadership (Refer to S

Refer to Cla

Test : Examination

13

COURSE

ademic Plan

3

3

torial, Assign

e: 2 hours rning: 24 hount learning:16

tudent Learn

nking and Prok Skills (TS1,earning (LL1Skills (LS1,Loft Skills ma

ass Schedule

n :

30

INFORMASEMEST

ner

nment, Test,

urs 6 hours

ing Time form

oblem Solvin TS2) ,LL2)

LS2) atrix)

e

ATION FORTER/TERM

Examination

m)

ng (CT1,CT2

R CURRENM

n

2,CT3)

NT

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

KUEU 2136 Thermofluid

None

120 3

At the end o1. Describe Mechani2. Apply ba related e3. Apply the in Biome

Analysis an

Basic princiof basic prinApplication field.

Lecture, Tut


13

C


g

Engineering

f Biomedical

6

ds

of the coursee the basic pic of fluid. asic principleengineering pe uses of theedical Engine

d problem so

ples governinciples in theof basic prin

torial




31

COURSE P


Engineering

e, students arinciples gov

es of Thermaproblems. e principles oeering.

olving

ng thermofluermofluid to snciples in the

t : 40% %


ersity of Malk.

PRO FORM


re able to: verning the T

l-Fluid and M

of Thermal-F

uid and mechsolve enginermofluid in b


aya Rules an

MA

approval. M

Thermal-Fluid

Mechanic of F

Fluid and Mec

hanics of fluideering problebiomedical en


nd Regulatio

inor amendm

d and

Fluid to solve

chanic of Flu

d. Applicatioms. ngineering


ons (First

ment

e

uid

n

ce nal

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski



Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutprial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

Refer to Aca

KUEU 2136 Thermofluid 3 English None

1. Y. A. Ce Internatio2. Cengel Y McGraw3. Marquan thermody

Textbook, le

Refer to Stu


Critical ThinLife Long Le(Refer to So

Associate P A1-5-1, BlocEngineering 03-7967 688

Refer to Cla

Test : Examination

13

COURSE

ademic Plan

6

ds

engel, R. H. Tonal Edition.Y.A, Boles M

w Hill nd, C. Thermynamics and

ecture slide /

udent Learnin


tudent Learn

nking and Proearning and oft Skills mat

Professor Dr.

ck A, Departg

82 / wanazh

ass Schedule

n :

32

INFORMASEMEST

ner

Turner. Therm

M.A. Thermod

mofluids: an ind fluids mech

/ Computer,

ng Time form

72 hours

ing Time form

oblem Solvininformation m

trix)

W Mohd Az

tment of Biom

[email protected].

e

ATION FORTER/TERM

mal-Fluid Sc

dynamics: an

ntegrated aphanics

LCD projecto

m

m)

ng (CT1,CT2managemen

zhar bin Wan

medical Engi

.my

R CURRENM

ciences McG

n engineering

pproach to

or

2,CT3), nt (LL1,LL2)

n Ibrahim

ineering, Fac

NT

raw Hill

g approach,

culty of

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

Introduct

Units Sys

Pressure

System I

Thermod

Ideal Gas

Semeste

Mixture P

Entropy

Thermal-

Thermal-

Thermal-

Thermal-

Revision/

01-PK03-BR0

ULE

Lecture/T

ion to Engine

stem

e Measureme

nteraction w

dynamics Law

s/ Tutorial 4

r Test

Properties / T

-dynamic Cyc

-dynamic Cyc

-dynamic Cyc

-dynamic Cyc

/Tutorial 7

004(BI)-S03

C

Tutorial/Assi

eering Therm

ent/Tutorial 1

ith Surround

ws / Tutorial

Tutorial 5

cle 1/ Tutoria

cle 2

cle 3 / Tutori

cle 4

13

COURSE

ignment To

modynamic.

1

ing/Tutorial 2

3

al 6

al 6

33

INFORMASEMEST

pic

2

ATION FORTER/TERM

ReM

Textboo

Textboo

Textboo

Textboo

Textboo

Textboo

Textboo

Textboo

Textboo

Textboo

Textboo

Textboo

Textboo

R CURRENM


ok, lecture sl

ok, lecture sl

ok, lecture sl

ok, lecture sl

ok, lecture sl

ok, lecture sl

ok, lecture sl

ok, lecture sl

ok, lecture sl

ok, lecture sl

ok, lecture sl

ok, lecture sl

ok, lecture sl

NT

Teaching uipment

ides

ides

ides

ides

ides

ides

ides

ides

ides

ides

ides

ides

ides

IMPORTinvolving

Academ Departm

Program

Course Course Course Minimum

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*



t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

KUEU2133 Computer a None

None

80 2

At the end o1. Apply the2. Use arith3. Apply the4. Use point5. Use objec

C++ progra

This courseoriented prooperations, oriented proorder to solv

Lecture


13

C


g

Engineering

f Biomedical

and Program

of the coursee C++ syntaxmetic and lo

e C++ prograters and arract-oriented p

mming, anal

e introduces togramming. Tcontrol struc

ogramming. Tve mathema




34

COURSE P


Engineering

ming

e, students ax and data tyogical operatiam control anays in writingprogramming

ysis and pro

the basic struThe course cctures, functiThe student

atical and eng

t : 60% %


ersity of Malk.

PRO FORM


re able to: pes in writingons.

nd functions g programs. g.

blem solving

uctural c++ pcovers the arons, arrays, will learn to wgineering pro


aya Rules an

MA

approval. M

g programs.

in writing pro

g

programmingrithmetic andpointers andwrite c++ prooblems.


nd Regulatio

inor amendm

ograms.

g and object-d logical d object-ograms in


ons (First

ment

-

ce nal

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski



Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutprial/Pran: me

nt Dates

01-PK03-BR0

R

ion

te(s)/ ment(s)

K C 2 E N

DP

/ T

s R

Time 8 FGI (

C(

D AE 0

actical

TE

004(BI)-S03

C

Refer to Acad

KUEU 2133

Computer an

2

English

None

Deitel and DePearson Edu

Textbook, lec

Refer to Stud

80 hours

Face to face:Guided learnndependent

(Refer to Stu

Critical Think(Refer to Sof

Dr. Ting Hua

A1-3-5, BlockEngineering

03-7967 6882

Test : Examination

13

COURSE

demic Plann

nd Programm

eitel. (2008).ucation Inc.

cture note, L

dent Learning

: 28 hours ning: 0

learning: 48

dent Learnin

king 1,2,3 ft Skills matri

a Nong

k A, Departm

2 / tinghn@u

:

35

INFORMASEMEST

er

ming

“C++ How t

CD projector

g Time form

8 hours

ng Time form

x)

ment of Biom

um.edu.my

ATION FORTER/TERM

o Program”.

r

m)

edical Engin

R CURRENM

6th Edition. N

neering, Facu

NT

New Jersey:

ulty of

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

Introduct

Introduct

Data type

stream o

Arithmeti

Program

Program

Functions

Pointers

Arrays

Strings a

Object-or

Object-or

Object-or

01-PK03-BR0

ULE

Lecture/T

ion to Comp

ion to C++ P

es

perations

c and logica

control

control

s

nd Files

riented Progr

riented Progr

riented Progr

004(BI)-S03

C

Tutorial/Assi

uters and Pr

Programming

l operations

ramming

ramming

ramming

13

COURSE

ignment To

rogramming

g

36

INFORMASEMEST

pic

ATION FORTER/TERM

ReM

Textboo

Textboo

Textboo

Textboo

Textboo

Textboo

Textboo

Textboo

Textboo

Textboo

Textboo

Textboo

Textboo

Textboo

R CURRENM


ok, lecture no

ok, lecture no

ok, lecture no

ok, lecture no

ok, lecture no

ok, lecture no

ok, lecture no

ok, lecture no

ok, lecture no

ok, lecture no

ok, lecture no

ok, lecture no

ok, lecture no

ok, lecture no

NT

Teaching uipment

otes

otes

otes

otes

otes

otes

otes

otes

otes

otes

otes

otes

otes

otes

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

KUEU 2138 Mechanics o

KUEU 1130

120 3

At the end o1. Solve pro2. Solve pro3. Solve be4. Solve pro buckling 5. Solve pro under co

Analysis an

Describe antension. CircContainers deflections oBody under

Lecture, Tut


13

C


g

Engineering

f Biomedical

8

of Material

0 Statics

of the courseroblems invoroblems invoeams in equiroblems invo beams (slen

roblems invoombined load

d problem so

nd solve probrcular rod undunder internof beams. B

r combined lo

torial




37

COURSE P


Engineering

e, students alving a body lving circularlibrium. lving stressender rods unlving plane sdings.

olving.

blems involvider the actioal pressure. uckling beamoadings

t : 40% %


ersity of Malk.

PRO FORM


re able to: under the ac

r rods under

es in beams, der axial loa

stresses, plan

ing: body undn of torque. Stresses in b

ms. Plane str


aya Rules an

MA

approval. M

ction of simpthe action of

deflections oad). ne strains an

der the actioBeams in eqbeams. Streresses. Plane


nd Regulatio

inor amendm

ple tension. f a torque.

of beams,

nd a body

on of simple quilibrium. sses e strains.


ons (First

ment

ce nal

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski



Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutprial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

Refer to Aca

KUEU 2138 Mechanics o 3 English KUEU 1130

1. Logan D2. Craig RC3. WF Riley Materials4. FP Beer

Reference B

Refer to Stu


Critical Thinmatrix)

Refer to Cla

Test : Examination

13

COURSE

ademic Plan

8

of Material

0 Statics

DL. MechanicC. Mechanicsy, LD Sturges, John Wileyr and ER Joh

Books, Lectu

udent Learnin


tudent Learn

nking and Pro

ass Schedule

n : Refer to t

38

INFORMASEMEST

ner

cs of Materias of Materials

es, dan DH My & Sons.

hnston. Mech

ure Notes

ng Time form

72 hours

ing Time form

oblem Solvin

e

he Examinat

ATION FORTER/TERM

ls, HarperCos, John Wiley

Morris. Static

hanics of Mat

m

m)

ng (CT1,CT2

tion Schedul

R CURRENM

ollins. ey & Sons.

and Mechan

terials.

2,CT3) (Refe

e

NT

nics of

r to Soft Skillls

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

Simple te

Torsiona

Equilibriu

Beam str

Beam dis

Buckling

Plane str

Plane str

Combine

Energy m

Failure crMoving lo

Basic pla

Torsion oNon-sym

Introduct

01-PK03-BR0

ULE

Lecture/T

ension

l load (circula

um of beams

resses

splacements

of columns

resses

rains

ed loadings

methods

riteria oads and infl

asticity

of non-circulammetrical ben

ion to Finite

004(BI)-S03

C

Tutorial/Assi

ar members)

uence lines

ar membersnding

Element Met

13

COURSE

ignment To

)

thod

39

INFORMASEMEST

pic

ATION FORTER/TERM

ReM

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

R CURRENM


nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

NT

Teaching uipment

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

s

s

s

s

s

s

s

s

s

s

s

s

s

s

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

KUEU 2139 Medical Ele

KUEU 2142

120 3

At the end o1. Explain t2. Explain a Trigger c3. Explain a4. Describe (ADC & 5. Design a

Analysis an

This subjectElectrodes amedical appincluded in t

Lecture, Tut


14

C


g

Engineering

f Biomedical

9

ectronics

2 Electronics

of the coursethe basic prinand analyze circuits and oand analyze e and analyzDAC). a basic medic

d problem so

t introduces as well as thplications. Ththis course.

torial




40

COURSE P


Engineering

e, students anciples of trabasic op-am

oscillator circspecial purpe the method

cal electronic

olving

to the studene related ele

he specific ci

t : 40% %


ersity of Malk.

PRO FORM


re able to: ansducers anmp circuits, filcuits. pose op-ampd of measure

cs device.

nts the theorectronic circurcuit for ECG


aya Rules an

MA

approval. M

nd electrodeslter circuits, S

p circuits. ement and co

ry of Transduuits and compG, EMG and


nd Regulatio

inor amendm

s. Schmitt

onversion

ucers and ponents for EEG are als


ons (First

ment

so

ce nal

IMPORTinvolving

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski



Importa

UM-PT0


mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutprial/Pran: me

nt Dates

01-PK03-BR0


ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C


Refer to Aca

KUEU 2139 Medical Ele 3 English KUEU 2142

Aston, Richmeasureme

Textbook, le

Lecture, Tut



Refer to De

Test : Examination

14

COURSE


ademic Plan

9

ectronics

2 Electronics

ard. Principleent, Columbu

ecture note,

torial, Assign


tudent Learn


epartmental C

n :

41

INFORMASEMEST


ner

es of biomedus: Merrill Pu

LCD projecto

nment, Test,

72 hours

ing Time form

oblem Solvintrix)

Class Schedu

ATION FORTER/TERM


dical instrumeub. Co.c1990

or

Examination

m)

ng (CT1,CT2

ule

R CURRENM

approval. M

entation and0.

n

2,CT3)

NT

inor amendm

d

ment

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

Principle

Principle

Operation

Inverting,

Oscillator

Filters

Special p

Special p

Tempera

Strain, pr

Motion m

ADC and

Design o

Design o

01-PK03-BR0

ULE

Lecture/T

of transduce

of transduce

nal Amplifier

, summing, I

r

purpose Op-A

purpose Op-A

ature measur

ressure and f

measurement

d DAC circuit

f basic medi

f basic medi

004(BI)-S03

C

Tutorial/Assi

er and electro

er and electro

r circuits

ntegrators an

Amp circuits

Amp circuits

rement

flow rate me

t

ts and sampl

cal electronic

cal electronic

14

COURSE

ignment To

odes I

odes II

nd differentia

I

II

easurement

le and hold

cs device I

cs device II

42

INFORMASEMEST

pic

ators

ATION FORTER/TERM

ReM

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

R CURRENM


nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

NT

Teaching uipment

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

s

s

s

s

s

s

s

s

s

s

s

s

s

s

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of


None

40 1

At the end o1. Conduct2. Use the 3. Interpret4. Write the5. Use the manner.

Analysis, crwriting


Lecture, lab


14

C


g

Engineering

f Biomedical

4

4

of the courset experiment proper equipt the data. e laboratory proper graph

ritical thinking


boratory work

Assessmen



43

COURSE P


Engineering


pment and pr


g, problem so


k

t : 100%


ersity of Malk.

PRO FORM


re able to: ng the lab exrocedure to a


olving, comm



aya Rules an

MA

approval. M

xperiment insanalyze data

at. n a clear and

munication, la



nd Regulatio

inor amendm

structions. a.

d concise

ab report

nts would be er.


ons (First

ment

ce nal

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski



Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutprial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

Refer to Aca


Refer to Stu


Critical ThinTeam WorkLife Long LeLeadership (Refer to S

Refer to Cla

Test : Examination

14

COURSE

ademic Plan

4

4

udent Learnin


tudent Learn

nking and Prok Skills (TS1,earning (LL1Skills (LS1,Loft Skills ma

ass Schedule

n :

44

INFORMASEMEST

ner

ng Time form

urs 6hours

ing Time form

oblem Solvin TS2) ,LL2)

LS2) atrix)

e

ATION FORTER/TERM

m

m)

ng (CT1,CT2

R CURRENM

2,CT3)

NT

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

KUEU2137 Biomechani

None

120 3

At the end o1. Outline b identify quantitie2. Apply the lower ex3. Identify, and the r4. Solve pro (linear an5. Evaluate tasks.

Analysis an

BiomechaniinstrumentaConcepts aextremities mechanical injuries. pro(linear and a

Lecture, Tut


14

C


g

Engineering

f Biomedical

ics

of the coursebiomechanicinstrumentat

es. e concepts a

xtremities anddescribes alrelationship t

roblems relatnd angular).

e, select and

d problem so

ics, statics,ation used foand theoriesand human loading on

oblems relateangular)

torial




45

COURSE P


Engineering

e, students as, statics, dytion used for

and theories d human spinl types of meto bone injurted to kinema

justify the pr

olving

, dynamics,or measurins of humanspine from a

n the humaned to kinema

t : 60% %


ersity of Malk.

PRO FORM


re able to: ynamics, kine

measuring k

of human skne from a bioechanical loaries. atics (linear a

roper movem

, kinetics, g kinetics a

n skeletal, ha biomechann body and atics (linear


aya Rules an

MA

approval. M

etics, and kinkinetics and

keletal, humaomechanicalading on the

and angular)

ments to perf

kinematics and kinemathuman uppnical perspec

the relationand angular


nd Regulatio

inor amendm

nematics andkinematics

an upper and perspectivehuman body

) and kinetics

form specifie

and identtics quantitieer and lowctive. Types nship to bonr) and kineti


ons (First

ment

d

d e. y

s

ed

ify es. wer

of ne cs

ce nal

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski



Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutprial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

Refer to Aca

KUEU 2137 Biomechani 3 English None

1. Susan J.2. Biomech MC Graw3. Function Darward

Textbook, le

Refer to Stu



Assoc. Prof Level 8, Blo 03-7967 685

Refer to Cla

Test : Examination

14

COURSE

ademic Plan

7

ics

. Hall. Basic hanics of Humw Hill, 1995nal Human Md, GD Baer a

ecture note,

udent Learnin


tudent Learn


f. Dr. Noor Az

ock L, Engine

52 / azuan@

ass Schedule

n :

46

INFORMASEMEST

ner

Biomechanicman Movem

Movement-Mand Rowe PJ

LCD projecto

ng Time form

72 hours

ing Time form

oblem Solvintrix)

zuan Abu Os

eering Tower

@um.edu.my

e

ATION FORTER/TERM

cs, WCB Mcent, Adrian M

easurement J, Butterwort

or

m

m)

ng (CT1,CT2

sman

r, Faculty of

R CURRENM

c Graw Hill, UMJ and Coop

and Analysith Heineman

2,CT3)

Engineering

NT

USA, 1995. per JM, WCB

s, BR n, 1999

B

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

Introduct

The biom

The biom

The biom

The biomextremitie

The biom

Equilibriu

Linear anmovemen

Biomech

Forces o

Equipme

Rehabilit

Tissue M

Muscle M

01-PK03-BR0

ULE

Lecture/T

ion to biome

mechanics of

mechanics of

mechanics of

mechanics of es.

mechanics of

um and huma

nd angular kints.

anics of Gait

n Muscles an

nts for Huma

ation Biomec

Mechanics.

Mechanics.

004(BI)-S03

C

Tutorial/Assi

chanics.

human grow

human skele

human skele

the human u

the human s

an movemen

nematics an

t.

nd Joints.

an Motion An

chanics.

14

COURSE

ignment To

wth and deve

etal articulat

etal muscle.

upper and lo

spine.

nt.

d kinetics of

nalysis.

47

INFORMASEMEST

pic

elopment.

ions.

wer

human

ATION FORTER/TERM

ReM

Textboo

Textboo

Textboo

Textboo

Textboo

Textboo

Textboo

Textboo

Textboo

Textboo

Textboo

Textboo

Textboo

Textboo

R CURRENM


ok, lecture no

ok, lecture no

ok, lecture no

ok, lecture no

ok, lecture no

ok, lecture no

ok, lecture no

ok, lecture no

ok, lecture no

ok, lecture no

ok, lecture no

ok, lecture no

ok, lecture no

ok, lecture no

NT

Teaching uipment

otes

otes

otes

otes

otes

otes

otes

otes

otes

otes

otes

otes

otes

otes

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

KUEU3147 Biomaterials

None

120 3

At the end o1. Describe materials2. Identify a ceramics3. Evaluate different 4. Select th applicatio

Analysis, re

Materials tpolymers, Mechanismneeded for

Lecture, Tut


14

C


g

Engineering

f Biomedical

s

of the coursee the conceps used in meand differents, compositee the differen

types of tisshe types of bon i.e. soft ti

eport writing s

that are usceramics, of host resimplants. Ty

torial




48

COURSE P


Engineering

e, students apt of biocompedical applicatiate the propes) used as bnt criteria thatsue iomaterials tssue , hard t

skills, comm

sed in medcomposites)

sponse and pes of bioma

t : 60% %


ersity of Malk.

PRO FORM


re able to: patibility and tations perties of mabiomaterials t will lead to

hat can be utissue and bl

unication and

dical applica) that are materials re

aterials that c


aya Rules an

MA

approval. M

the basic co

aterials (meta

a successfu

used for diffelood

d presentatio

cation. Matee used in esponse. Dican be used


nd Regulatio

inor amendm

ncepts of

als, polymers

l implant in

rent

on skills.

erials (metabiomateria

fferent criter.


ons (First

ment

s,

ls, ls. ria

ce nal

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski



Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutprial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

Refer to Aca

KUEU 3147 Biomaterials 3 English None

1. Vincent, Materials2. Vincent, 3. Hench, L4. Putter, C Elsevier.5. Rubin, L Compan

Textbook, le

Lecture, Tut




Refer to De

Test : Examination

14

COURSE

ademic Plan

7

s

J.F.V. & Cus, MacmillanJ.F.V., Struc

L.L.,BiomateC., Lange, G..

L.R., Biomateny

ecture slide /

torial, Assign


tudent Learn

nking 1,2,3, Poft Skills mat

Professor Dr.

ck A, Departg

82 / wanazh

epartmental C

n :

49

INFORMASEMEST

ner

rry, J.D., The Press. ctural Biomarials: An Inte.L & Groot, K

erials in Reco

/ Computer,

nment, Test,

72 hours

ing Time form

Professional trix)

W Mohd Az

tment of Biom

[email protected].

Class Schedu

ATION FORTER/TERM

e Mechanica

terials, Macmerfacial ApproK., Implant M

onstructive S

LCD projecto

Examination

m)

Ethics and M

zhar bin Wan

medical Engi

.my

ule

R CURRENM

al Properties

millan Press.oach, Acade

Materials in B

Surgery, C.V.

or

n

Moral 1,2

n Ibrahim

ineering, Fac

NT

of Biological

. emic Press. iofunction,

. Mosby

culty of

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

Introduct

Structure

Bio meta

Bio polym

Bio ceram

Bio comp

Semeste

Assignme2).

Assignme4).

Assignme6)

Assignme8).

Assignme10).

Assignme12) .

Revision

01-PK03-BR0

ULE

Lecture/T

ion to bioma

e and genera

llic materials

meric materia

mics materia

posites mate

r Test

ent Presenta

ent Presenta

ent Presenta

ent Presenta

ent Presenta

ent Presenta

004(BI)-S03

C

Tutorial/Assi

terials

al biomaterial

s and its prop

als and its pr

ls and its pro

rials and its p

ation: Implant

ation: Implant

ation: Implant

ation: Implant

ation: Implant

ation: Implant

15

COURSE

ignment To

ls properties

perties and a

roperties and

operties and

properties an

t Prostheses

t Prostheses

t Prostheses

t Prostheses

t Prostheses

t Prostheses

50

INFORMASEMEST

pic

application

d application

application

nd applicatio

s (Group 1 &

s (Group 3 &

s (Group 5 &

s (Group 7 &

s (Group 9 &

s (Group 11 &

ATION FORTER/TERM

ReM

Textboo

Textboo

Textboo

Textboo

Textboo

on Textboo

Report,

Report,

Report,

Report,

Report,

& Report,

Textboo

R CURRENM


ok, lecture sl

ok, lecture sl

ok, lecture sl

ok, lecture sl

ok, lecture sl

ok, lecture sl

discussion s

discussion s

discussion s

discussion s

discussion s

discussion s

ok, lecture sl

NT

Teaching uipment

ides

ides

ides

ides

ides

ides

slides

slides

slides

slides

slides

slides

ides

IMPORTinvolving

Academ Departm

Program



Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

KUEU 2143 Microcompu None

120 3

At the end o1. Explain d2. Illustrate3. Use asse stack op4. Describe5. Describe6. Apply the periphera problems

Analysis an

This subjecsystems, dinstructionsinterface, microproces

Lecture, Tut


15

C


g

Engineering

f Biomedical

3

uter and digit

of the coursedigital numbe

e common feaembly langua

perations ande the use of me the use of Ie understandral interface ts.

d problem so

ct introducedigital logic, arithmetic Input/Outputssor system.

torial




51

COURSE P


Engineering

tal systems

e, students aer systems aatures of micage consists

d interrupt. memory inteInput/Output ding of instruto solve biom

olving

es Microprocc circuits,

and logic int interface, .

t : 40% %


ersity of Malk.

PRO FORM


re able to: and digital logcrocomputer s of addressin

rface. interface.

uction set, sumedical engin

cessor and addressing nstructions,

interrupts,


aya Rules an

MA

approval. M

gic circuits. r architectureng modes, s

ubroutines, inneering-relate

its Architecmode, dat

program cosubroutine


nd Regulatio

inor amendm

e. ubroutines,

nterrupts, anded computin

cture, numbta movementrol, memos, design


ons (First

ment

d g

ber ent ory of

ce nal

Academ Semeste

Course Course Credit H Medium

Course Minimum

Main Re

TeachinEquipm

Learning

Student

Soft Ski



Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutprial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

Refer to Aca

KUEU 2143 Microcompu 3 English

None

Barry B. BreThomas FlyInc

Textbook, le

Lecture, Tut



Dr. Ting Hu A1-3-5, BlocEngineering 03-7967 688

Refer to De

Test: Examination

15

COURSE

ademic Plan

3

uter and digit

ey. “The Inteyod. “Digital F

ecture note,

torial, Assign


tudent Learn


a Nong

ck A, Departg

82 / tinghn@

epartmental C

n

52

INFORMASEMEST

ner

tal systems

el MicroproceFundamenta

LCD projecto

nment, Test,

72 hours

ing Time form

oblem Solvintrix)

tment of Biom

@um.edu.my

Class Schedu

ATION FORTER/TERM

essors”. USAls”. New Jers

or

Examination

m)

ng (CT1,CT2

medical Engi

ule

R CURRENM

A: Pearson Edrsey: Pearson

n

2,CT3)

ineering, Fac

NT

ducation, Incn Eductiona,

culty of

c.

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

Introduct

Introduct

Logic gat

Shift Reg

Micropro

Addressi

Data mov

Arithmeti

Program

Hardware

Memory

Input/Out

Input/Out

Interrupts

01-PK03-BR0

ULE

Lecture/T

ion to Microp

ion to numbe

tes, Latches

gisters, Mem

cessor and it

ng mode

vement instru

c and Logic

control instr

e Specificatio

Interface

tput Interface

tput Interface

s

004(BI)-S03

C

Tutorial/Assi

processors a

er systems

and Flip-Flo

ory and Stor

ts architectu

uctions

instructions

uctions and

ons

e I

e II

15

COURSE

ignment To

and Compute

ops

rage

re

Subroutines

53

INFORMASEMEST

pic

er

ATION FORTER/TERM

ReM

ReferenNotes

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

R CURRENM


nce Books [1

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

NT

Teaching uipment

],[2] , Lectur

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

re

s

s

s

s

s

s

s

s

s

s

s

s

s

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

KUEU 3150 Biomedical

None

40 1

At the end o1. Determin evaluate2. Determin problem.3. Explain t clinical d

Analysis, re

Identify clinitreatment oflegislation in

Lecture


15

C


g

Engineering

f Biomedical

0

Engineering

of the coursene the clinica

e important ene and propo. the safe wordepartment.

eport writing s

ical departmf the patientsn clinical dep

Assessmen


er to the Un06 Handboo

54

COURSE P


Engineering

Practices

e, students aal departmenquipments uose the solut

king practice

skills, comm

ents of UMMs. Safe workpartment

t : 100%


niversity of k.

PRO FORM


re able to: nts in UMMC sed for the trtion of biome

e and current

unication and

MC. Importaning practice a


Malaya Rule

MA

approval. M

C through visireatment of t

edical engine

t safety legis

d presentatio

nt equipmentand current s


es and Reg

inor amendm

ts and the patients.

eering

slation in

on skills.

s used for thsafety


gulations (Fir

ment

he

ce nal

rst

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski



Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutprial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

Refer to Aca

KUEU 3150 Biomedical 1 English None

lecture slide

Refer to Stu


Critical Thinmatrix)


Refer to Cla

Test : Examination

15

COURSE

ademic Plan

0

Engineering

e / Computer

udent Learnin


tudent Learn

nking and pro

Professor Dr.

ck A, Departg

82 / wanazh

ass Schedule

n :

55

INFORMASEMEST

ner

Practices

r, LCD projec

ng Time form

25 hours

ing Time form

oblem solving

W Mohd Az

tment of Biom

[email protected].

e

ATION FORTER/TERM

ctor

m

m)

g (CT1,CT2,

zhar bin Wan

medical Engi

.my

R CURRENM

,CT3) (Refer

n Ibrahim

ineering, Fac

NT

to Soft Skills

culty of

s

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

IntroductOrthoped

Introduct

Introduct

Introduct

Introduct

Introduct

Introduct

Introduct

Case stu

Case stu

Case stu

Case stu

Presenta

Presenta

01-PK03-BR0

ULE

Lecture/T

ion to clinicadics departm

ion to Biome

ion to Medic

ion to Medic

ion to Medic

ion to Rehab

ion to Rehab

ion to Rehab

dy preparatio

dy preparatio

dy preparatio

dy preparatio

ation 1

ation 2

004(BI)-S03

C

Tutorial/Assi

al engineeringent

edical Imagin

ine departme

ine departme

ine departme

bilitations dep

bilitations dep

bilitations dep

on 1

on 2

on 3

on 4

15

COURSE

ignment To

g

ng departmen

ent 1

ent 2

ent 3

partment 1

partment 2

partment 3

56

INFORMASEMEST

pic

nt

ATION FORTER/TERM

ReM

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

Relevanpersonadiscuss

Relevanpersona

Relevanpersona

Relevanpersona

Written slides

Written slides

R CURRENM


e slides

e slides

e slides

e slides

e slides

e slides

e slides

e slides

nt published al interview asion.

nt published al interview a



report and p

report and p

NT

Teaching uipment

report, and

report, and discussio



presentation

presentation

on

on

on

IMPORTinvolving

Academ Departm

Program



Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

KUEU 3175 Laboratory 5 None

40 1

At the end o1. Conduct2. Use the 3. Analyze 4. Write the5. Use the manner.

Analysis, crwriting


Lecture, lab


15

C


g

Engineering

f Biomedical

5

5

of the courset experiment proper equipthe data.

e laboratory proper graph

ritical thinking


boratory work

Assessmen



57

COURSE P


Engineering


pment and pr


g, problem so


k

t : 100%


ersity of Malk.

PRO FORM




olving, comm



aya Rules an

MA

approval. M


at. n a clear and

munication, la



nd Regulatio

inor amendm

structions.

d concise

ab report

nts would be er.


ons (First

ment

ce nal

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski



Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutprial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

003(BI)-S03

C

Refer to Aca


Refer to Stu



Refer to Cla

Test : Examination

15

COURSE

ademic Plan

5

5

udent Learnin

e: 2 hours rning: 274 hont learning: 1

tudent Learn

nking and Prok Skills (TS1,earning and Skills (LS1,L

oft Skills mat

ass Schedule

n :

58

INFORMASEMEST

ner

ng Time form

ours 86 hours

ing Time form

oblem SolvinTS2), information m

LS2) trix)

e

ATION FORTER/TERM

m

m)

ng (CT1,CT2

managemen

R CURRENM

2,CT3)

nt (LL1,LL2)

NT

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

KUEU 3233 Signals and

KXEX 1144KXEX 1145

120 3

At the end o1. Define s2. Describe3. Explain t their sign4. Apply an5. Apply pro obtained6. Solve the

Analysis an

This courseThe studentproperties.

Lecture, Tut


15

C


g

Engineering

f Biomedical

3

d Systems

4 Basic Engin5 Basic Engin

of the courseignals using

e and analysthe propertienificance. nd analyse sirograms to prd. e Laplace an

d problem so

e introduces tts will be exp

torial




59

COURSE P


Engineering

neering Calcneering Alge

e, students amathematice a system.

es of the Fou

ignals using rocess data

nd Z transfor

olving

the basics ofposed to sign

t : 40% %


ersity of Malk.

PRO FORM


ulus bra

re able to: al description

rier Series, F

Fourier Serieand also to e

m problems.

f signal and snal transform


aya Rules an

MA

approval. M

n.

Fourier Trans

es and Fourievaluate the

.

systems to thmation and sig


nd Regulatio

inor amendm

sform and

ier Transformresults

he students. gnal


ons (First

ment

m.

ce nal

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski



Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutprial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

Refer to Aca

KUEU 3233 Signals and 3 English KXEX 1144KXEX 1145

Michael J. R

Reference B

Lecture, Tut


Critical think(Refer to So


Refer to De

Test : Examination

16

COURSE

ademic Plan

3

d Systems

4 Basic Engin5 Basic Engin

Roberts. “Sig

Books, Lectu

torial, Assign


tudent Learn

king and prooft Skills mat

w Cheok

ck A, Departg

85 / siewcng

epartmental C

n :

60

INFORMASEMEST

ner

neering Calcneering Alge

gnals and Sy

ure Notes

nment, Test,

72 hours

ing Time form

blem solvingtrix)

tment of Biom

[email protected]

Class Schedu

ATION FORTER/TERM

ulus bra

stems” .New

Examination

m)

g (CT1, CT2,

medical Engi

my

ule

R CURRENM

w York: McGr

n

CT3)

ineering, Fac

NT

raw-Hill

culty of

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

Introduct

Mathema

Analysis

Fourier S

Fourier T

Fourier a

Sampling

Convolut

Correlatiodensity

Laplace T

Laplace T

Z transfo

Z transfo

Revision

01-PK03-BR0

ULE

Lecture/T

ion

atical Descrip

of systems

Series

Transform

analysis of sig

g and the Dis

tion and matr

on, Energy S

Transform

Transform an

rm

rm analysis

004(BI)-S03

C

Tutorial/Assi

ption of Signa

gnals

screte Fourie

rix properties

Spectral Den

nalysis of sig

of signals

16

COURSE

ignment To

als

er Transform

s

sity and pow

gnals

61

INFORMASEMEST

pic

wer spectral

ATION FORTER/TERM

ReM

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

R CURRENM


nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

NT

Teaching uipment

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

s

s

s

s

s

s

s

s

s

s

s

s

s

s

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

KUEU 3148 Electromag

KUEU 2142KUEU 2141

120 3

At the end o1. Solve pro2. Solve as3. Apply Fa4. Perform electric m5. Explain t functions6. Explain t

Analysis an

This subjectFaraday’s lacomponentsac and dc mbiomedical e

Lecture, Tut


16

C


g

Engineering

f Biomedical

8

netism and e

2 Electronics1 Electrical C

of the courseroblems invossociated indaraday’s law calculations

machines. the basic coms. the use of dc

d problem so

t introduces aw for magnes for electric

motors are alengineering.

torial




62

COURSE P


Engineering

electrical ma

Circuit Analys

e, students alving Ampere

ductance proto magnetic related to el

mponents of

c and ac mot

olving

the magneticetic system wdrive systemso included w.

t : 40% %


ersity of Malk.

PRO FORM


chines

sis

re able to: e’s law and Gblems. system with

lectromecha

electric drive

tors in biome

c field concewith time varm and their fuwith extensio


aya Rules an

MA

approval. M

Gauss’ law.

h time varyingnical energy

e system and

edical applica

ept, Ampere’srying fields. Bunctions, diffon of applica


nd Regulatio

inor amendm

g fields. conversion

d explain the

ations

s and Basic ferent parts oations in


ons (First

ment

in

eir

of

ce nal

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski



Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutprial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

Refer to Aca

KUEU 3148 Electromag 3 English KUEU 2142KUEU 2141

1. Sadiku, M Edition. N2. Enginee3. Bioelectr4. Electrica McGraw

Textbook, le

Lecture, Tut



Dr. Ting Hu A1-3-5, BlocEngineering 03-7967 688

Refer to Cla

Test : Examination

16

COURSE

ademic Plan

8

netism and E

2 Electronics1 Electrical C

Matthew N. ONew York: ring electromromagnetic Mal Machinery

wHill Internatio

ecture note,

torial, Assign


tudent Learn


a Nong

ck A, Departg

82 / tinghn@

ass Schedule

n :

63

INFORMASEMEST

ner

Electrical Ma

Circuit Analys

O. (2007). “EOxford Univ

magnetic 6thMedicine By Fundamentaonal Edition.

LCD projecto

nment, test, E

72 hours

ing Time form

oblem solvintrix)

tment of Biom

@um.edu.my

e

ATION FORTER/TERM

achines

sis

Elements of Eversity Pressh ed. by HayPaul J. Roscals, Stephen

or

Examination

m)

g (CT1,CT2,

medical Engi

R CURRENM

Electromagns. yt, William ch, Marko S. J. Chapman

,CT3)

ineering, Fac

NT

etics”. 4th

Markov n, 3rd Edition

culty of

,

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

Vector al

Vector ca

Coulomb

Gauss’s

Biot-Sava

Magnetic

Faraday’s

Inductanc

Basic prin

Elements

DC moto

DC moto

AC moto

AC moto

01-PK03-BR0

ULE

Lecture/T

gebra, coord

alculus

b’s Law, field

Law, electric

art’s Law, Am

c flux density

s Law

ce

nciples of ele

s of electric d

rs I

rs II

rs I

rs II

004(BI)-S03

C

Tutorial/Assi

dinate system

intensity and

c potential an

mpere’s Law

y, Maxwell’s e

ectric machin

drive system

16

COURSE

ignment To

ms and trans

d electric flux

nd dipole

w

equations

nes

64

INFORMASEMEST

pic

sformation

x density

ATION FORTER/TERM

ReM

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

R CURRENM


nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

NT

Teaching uipment

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

s

s

s

s

s

s

s

s

s

s

s

s

s

s

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

KUEU 3149 Control Sys

None

120 3

At the end o1. Explain t2. Calculate3. Model co4. Apply P,5. Explain a6. Design a

Analysis an

This subjectcascaded sPID, systemto equip stuproblems.

Lecture, Tut


16

C


g

Engineering

f Biomedical

9

stems

of the coursethe concept oe transfer funontrol system PI & PID moand analyze and impleme

d problem so

t introduces systems andm stability, skudents with

torial




65

COURSE P


Engineering

e, students aof control sysnctions of ca

ms and paramodes of contstability con

ent a simple c

olving

the concept d their paraketching technecessary to

t : 40% %


niversity of k.

PRO FORM


re able to: stem structu

ascaded contmeters for anrol. cepts and itscontrol syste

of control symeters. Conhniques andools in solvin


Malaya Rule

MA

approval. M

res. trol systems.nalogue and

s criterions. em.

ystem, transfntrol approad plotting areng biomedic


es and Reg

inor amendm

. digital.

fer functions ches such a

e also includeal engineerin


gulations (Fir

ment

of as ed ng

ce nal

rst

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski



Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutprial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

Refer to Aca

KUEU 3149 Control Sys 3 English None

1. Ogata, K River, NJ2. Richard, Upper Sa

Textbook, le

Lecture, Tut




Refer to Cla

Test : Examination

16

COURSE

ademic Plan

9

stems

K. (2002). MoJ: Prentice H C.D., Roberaddle River,

ecture note,

torial, Assign


tudent Learn


airi Abdul Wa


88 / khairi@

ass Schedule

n :

66

INFORMASEMEST

ner

odern ControHall. rt H. B. (2005NJ: Prentice

LCD projecto

nment, Test,

72 hours

ing Time form

oblem Solvintrix)

ahab

tment of Biom

um.edu.my

e

ATION FORTER/TERM

ol Engineerin

5). Modern Ce Hall.

or

Examination

m)

ng (CT1,CT2

medical Engi

R CURRENM

ng (4th ed.). U

Control Syste

n

2,CT3)

ineering,

NT

Upper Saddle

em (10th ed.)

e

.

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

Control s

Feed forw

Dynamic

Models o

Generaliz

Motion co

FeedbacIntegral a

FeedbacIntegral a

Stability c

Stability r

Performa

Root locu

Nyquist s

Nyquist s

01-PK03-BR0

ULE

Lecture/T

systems: Term

ward-Feedba

models: tran

of electric circ

zed block dia

ontrol system

k control sysand derivativ

k control sysand derivativ

concepts : R

range for a p

ance specific

us concept a

stability criter

stability criter

004(BI)-S03

C

Tutorial/Assi

minology and

ack control st

nsfer function

cuits

agram of a fe

ms

stem characte modes

stem characte modes con

outh stability

parameter

ations of fee

nd guideline

rion and Bod

rion and Bod

16

COURSE

ignment To

d basic struc

tructure

n models

eedback syst

teristics : Pro

teristics : Prontinued

y criterion an

edback syste

es for sketchi

de plots

de plots (Con

67

INFORMASEMEST

pic

cture

tem

oportional,

oportional,

nd examples

ms

ng Root Loc

ntinued)

ATION FORTER/TERM

ReM

Referen

Referen

Referen

Referen

Referen

Referen

ReferenReferen

Referen

Referen

Referen

Referen

i Referen

Referen

Referen

R CURRENM


nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, Lnce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

NT

Teaching uipment

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture NotesLecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

s

s

s

s

s

s

s s

s

s

s

s

s

s

s

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

KUEU 3245 Mechanics o

KUEU 1130KUEU 1154

80 2

At the end o1. Describe slider me2. Describe3. Describe with two 4. Solve kin5. Design g

Analysis an

Kinematics Gears and g

Lecture


16

C


g

Engineering

f Biomedical

5

of Machines

0 Statics 4 Dynamics

of the coursee and solve pechanism ane and solve pe and solve pdegrees of f

nematics andgears and me

d problem so

and kineticsgear trains




68

COURSE P


Engineering

e, students aproblems invnd four-bar mproblems invproblems invfreedom d kinetics proechanisms

olving.

of slider me

t : 40% %


ersity of Malk.

PRO FORM


re able to: olving kinem

mechanism olving actionolving bodies

oblems in 3D

chanism and


aya Rules an

MA

approval. M

matics and kin

n of gears ans undergoing

D rigid body

d four-bar me


nd Regulatio

inor amendm

netics of

nd gear trainsg vibrations

echanism.


ons (First

ment

s

ce nal

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski



Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutprial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

Refer to Aca

KUEU 3245 Mechanics o English 2 KUEU 1130KUEU 1154

Harrison HREdition.

Reference B

Lecture, Ass


Critical Thin (Refer to S

Refer to Cla

Test : Examination

16

COURSE

ademic Plan

5

of Machines

0 Statics 4 Dynamics

R & Nettleton

Books, Lectu

signment, Te


tudent Learn

nking and Prooft Skills ma

ass Schedule

n : Refer to t

69

INFORMASEMEST

ner

n T. Principle

ure Notes

est, Examina

48 hours

ing Time form

oblem Solvinatrix)

e

he Examinat

ATION FORTER/TERM

es of Enginee

ation

m)

ng (CT1,CT2

tion Schedul

R CURRENM

ering Mecha

2,CT3)

e

NT

nics, 2nd

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

Mechanis

Mechanis

Mechanis

Spur gea

Spur gea

Compoun

Compoun

Belt drive

Belt drive

Mechanic

Mechanic

Mechanic

Vibration

Vibration

01-PK03-BR0

ULE

Lecture/T

sms

sms

sms

ars

ars

nd gears

nd gears

e

e

cs of rigid bo

cs of rigid bo

cs of rigid bo

with two deg

with two deg

004(BI)-S03

C

Tutorial/Assi

odies in 3D

odies in 3D

odies in 3D

grees of free

grees of free

17

COURSE

ignment To

edom

edom

70

INFORMASEMEST

pic

ATION FORTER/TERM

ReM

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

R CURRENM


nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

NT

Teaching uipment

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

s

s

s

s

s

s

s

s

s

s

s

s

s

s

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

KUEU3146 Biomedical

None

82 2

At the end o1. Evaluate engineer2. Apply sta3. Formulat

Analysis an

Basic conceengineeringengineering

Lecture


17

C


g

Engineering

f Biomedical

Statistics

of the coursee the concepring. atistical packte statistical

d problem so

epts, theoryg. Introductiog problems. A




71

COURSE P


Engineering

e, students ats and theori

kage to analyanalysis to t

olving

and techniqon of statistApplication o

t : 40% %


ersity of Malk.

PRO FORM


re able to: ies of statisti

yse biomediche case stud

ques of stattical packagf statistical a


aya Rules an

MA

approval. M

cal used in b

cal engineeridy.

tistics used e to analys

analysis in th


nd Regulatio

inor amendm

biomedical

ng problems

in bio-medicse bio-medice case study


ons (First

ment

s.

cal cal y.

ce nal

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski



Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutprial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

Refer to Aca

KUEU 3146 Biomedical English 2 None

1. Jan W. K Sciences2. Neil A. W Addison

Reference B

Lecture, As


Life Long LeEthics and P(Refer to so


Refer to Cla

Test : Exam : Refe

17

COURSE

ademic Plan

6

Statistics

Kuzma, Steps. McGraw-H

Weiss. IntrodWesley. Eig

Books, Slide

ssignment, T


tudent Learn

earning and Professionaloft skills matr

Professor Dr.

ck A, Departg

82 / wanazh

ass Schedule

er to Examin

72

INFORMASEMEST

ner

phen E. BohnHill Internatiouctory Statis

ght Edition.

s, Computer

Test, Examina

48 hours

ing Time form

information m Moral (EM1rix)

W Mohd Az

tment of Biom

[email protected].

e

nation Sched

ATION FORTER/TERM

nenblust. Basnal Editiopn.

stics: Internat

r & LCD

ation

m)

managemen,EM2)

zhar bin Wan

medical Engi

.my

ule

R CURRENM

sic Statistics . Fifth Editiontional edition

nt (LL1,LL2)

n Ibrahim

ineering, Fac

NT

for the Healn. n. Pearson

culty of

th

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

Introduct

Data coll

Basic Pro

Estimatio

Hypothes

Analysis

Simple L

Mid-Sem

Multiple R

Non-Para

Using Sta

Using Sta

Project P

Project P

01-PK03-BR0

ULE

Lecture/T

ion to Biosta

ections, data

obability Con

on

sis Testing

of Variance

inear Regres

mester

Regression a

ametric and D

atistical Softw

atistical Softw

Paper Presen

Paper Presen

004(BI)-S03

C

Tutorial/Assi

atistics

a analyses an

ncepts

ssion and Co

and Correlati

Distribution-f

ware l

ware ll

ntation

ntation

17

COURSE

ignment To

nd data pres

orrelation

ion

free Statistic

73

INFORMASEMEST

pic

sentations

c

ATION FORTER/TERM

ReM

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Present

Present

R CURRENM


nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

tations

tations

NT

Teaching uipment

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

s

s

s

s

s

s

s

s

s

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

KUEU 4140 Safety, Stan

None

80 2

At the end o1. Explain t2. Evaluate3. Determin4. Describe implant/m5. Explain t

analysis

The courseequipment hazards of physiologicadevices to programme

Lecture


17

C


g

Engineering

f Biomedical

0

ndards and E

of the coursethe medical se the electricane the devicee the regulatomedical devithe ethical is

e covers the manufacturemedical instral effects oprotect aga

e.




74

COURSE P


Engineering

Ethics in Biom

e, students asafety standaal hazard fores available ory requiremce.

ssues related

medical safers in the prruments e.g of electricityinst electrica

t : 40% %


ersity of Malk.

PRO FORM


medical Eng

re able to: ard (Malaysiar medical equto protect ag

ment related t

d to biomedic

ety standardoduction of macroshockon human

al hazards,


aya Rules an

MA

approval. M

ineering

a, IEC, BS) uipment. gainst electricto biocompat

cal engineeri

d or safety csafe equipm

k and microsn body, leaand an equ


nd Regulatio

inor amendm

cal hazards.tibility of

ng.

codes to guidment, electricshock hazardakage currenuipment safe


ons (First

ment

de cal ds, nt, ety

ce nal

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski



Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutprial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

Refer to Aca

KUEU 4140 Safety, Stan English 2 None

1. Aston, R Measure2. Carr, J.J Technolo3. Cromwe Measure

Reference B

Refer to Stu


CommunicaProfessiona(Refer to So

Refer to Cla

Test : Examination

17

COURSE

ademic Plan

0

ndards and E

R. Principles oement. J, Brown J.Mogy.

ell L, Weibell ements.

Books, Lectu

udent Learnin

e:28 hours rning:0 hournt learning:48

tudent Learn

ation Skills (al Ethics andoft Skills mat

ass Schedule

n : Refer to E

75

INFORMASEMEST

ner

Ethics in Biom

of Biomedica

. Introduction

F.J., Pfeiffer

ure Notes

ng Time form

8 hours

ing Time form

CS1,CS2,CS Moral (EM1trix)

e

Examination

ATION FORTER/TERM

medical Eng

al Instrument

n to Biomedi

r E.A. Biomed

m

m)

S3) ,EM2)

Schedule

R CURRENM

ineering

tation and

cal Equipme

dical Instrum

NT

ent

mentation andd

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

IntroductIntroduct

Towards Malaysia

Medical s

The elect

Definitionmeasures

The effecof human

Definition

Introducthazards

Devices tthe dang

Introduct

Safety crbiomedic

Pressureskin

Introductproblems

Revision

01-PK03-BR0

ULE

Lecture/T

ion to global ion to Asian

standardize.

safety codes

trical hazard

n of macro-shs toward ele

cts of electricn body.

n of leakage

ion to device

to protect ager of micro-s

ion to safety

riteria in desical engineerin

e sores – Pre

ion to ethicas in medical s

004(BI)-S03

C

Tutorial/Assi

standard of standard of

d safety cod

in the UK an

in medical d

hock and micctric shock.

c current on t

current.

es that can p

gainst high-voshock

devices pro

gning mechang.

essure limits,

l and bioethiscience and

17

COURSE

ignment To

medical devmedical dev

es of medica

nd Europe

devices

cro-shock. S

the physiolog

rotect agains

oltage micro-

gram.

anical device

Forces actin

cal issues. Ebiomedical e

76

INFORMASEMEST

pic

vices. ices.

al devices in

Safety

gical aspects

st electrical

-shock and

es in

ng on human

Ethical engineering

ATION FORTER/TERM

ReM

Lecture

Lecture

Lecture

Lecture

Lecture

s Lecture

Lecture

Lecture

Lecture

Lecture

Lecture

n Lecture

Lecture

Lecture

R CURRENM


e and Semina

e and Semina

e and Semina

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

e Notes

NT

Teaching uipment

ar Notes

ar Notes

ar Notes

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

KUEU 4180 Capstone P

None

42 1

At the end o1. Design e2. Use the 3. Interpret4. Write the5. Use the manner.

Analysis an

This courserelated to th

Lecture, La

Continuous Final Exam Marks for Cboard beforexamination Please refeDegree) 200

17

C


g

Engineering

f Biomedical

0

Project 1

of the courseexperiment toproper equipt the data. e laboratory proper graph

nd problem so

e contains fivhe main com

b Work

Assessmenination :



77

COURSE P


g

Engineering

e, students ao test out a hpment and p


olving

ve experimenponents in B

nt : 100%


versity of Malok.

PRO FORM


are able to: hypothesis. rocedure to o

proper form the results i

nts. Most of thBiomedical E

will be displarades will be

aya Rules an

MA

approval. M

obtain data.

at. in a clear and

he experimengineering.


nd Regulatio

inor amendm

d concise

ents would be


ons (First

ment

e

ce nal

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski

LectureRoom Telepho


Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutorial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

Refer to Aca

KUEU 4180 Capstone P 1 English None

Irrelevant.

Laboratory

Lecture, La




Test : Examination

17

COURSE

ademic Plan

0

Project 1

Equipment

boratory Wo


tudent Learn

nking and Prok Skills (TS1,earning (LL1Skills (LS1,L

oft Skills mat

w Cheok

ck A, Departg

85 / siewcng

n :

78

INFORMASEMEST

nner

rk, Laborato

urs 6 hours

ing Time for

oblem Solvin, TS2) ,LL2)

LS2) trix)

tment of Biom

[email protected]

ATION FORTER/TERM

ry Report

m)

ng (CT1,CT2

medical Engi

my

R CURRENM

2,CT3),

ineering, Fac

NT

culty of

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

KUEU 2190 Industrial Tr

None

200 5

At the end o1. apply the practical2. gain deta engineer3. be able t commerc environm4. have ext professio successf5. be able t study to impleme

Analysis, pr

Students wiKnowledge interpersona

Working En

Continuous None Please refeDegree) 200

17

C


g

Engineering

f Biomedical

0

raining

of the coursee knowledge situations. ailed knowlering and howto intelligentlcial biomedic

mental, sociatensive expeonal team, afully. to relate the decisions an

entation.

roblem solvin

ill be exposein biomedi

al communic

nvironment

Assessmen


79

COURSE P


Engineering

e, students ae obtained du

dge of somew it interacts w

y weigh the cal engineerial and ethicalerience of wond interactin

ethical princnd strategies

ng, critical th

ed to biomedical engineecation skills.

t : 100%

ersity of Malk.

PRO FORM


re able to: uring lectures

e real-life appwith the widechallenges aing setting, in constraints.rking within ag within a lar

iples learn a applied at th

inking, comm

dical engineeering applica

aya Rules an

MA

approval. M

s and course

plications of ber communityand constrainncluding eco. an establisherger organisa

as part of formhe point of

munication

ering workingations & de

nd Regulatio

inor amendm

ework in

biomedical y. nts of a onomic,

ed ation

mal academi

g environmenevelopment

ons (First

ment

c

nt.of

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski



Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutprial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

Refer to Aca

KUEU 2190 Industrial Tr 5 English None

None

Working En

Refer to Stu



Refer to De

Test : Examination

18

COURSE

ademic Plan

0

raining

nvironment

udent Learnin

e: 0 rning: 0 nt learning: 2

tudent Learn

nking 1,2,3 oft Skills mat

epartmental C

n : Refer to t

80

INFORMASEMEST

ner

ng Time form

200 hours

ing Time form

trix)

Class Schedu

he Examinat

ATION FORTER/TERM

m

m)

ule

tion Schedul

R CURRENM

e

NT

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

KUEU 4183 Graduation

None

81 2

At the end o1. Search f2. Discrimin3. Work ind4. Conduct5. Analyze 6. Discuss

Critical think

Student willcurrent avaworking indexperimentsdata, discus

Lecture, Dis


18

C


g

Engineering

f Biomedical

3

Project 1

of the coursefor relevant inate the currdependently t appropriatedata obtaineand state log

king, problem

l learn to seailable methoependently os to solve thess and state

scussion, De

Assessmen



81

COURSE P


g

Engineering

e, students anformation torent availableor in a group experimentsed. gical conclus

m solving, pr

arch for relevds of solvingor in a groupe research plogical conc

emonstration

nt : 100% (Gr


niversity of ok.

PRO FORM


re able to: o a research e methods ofp to completes to solve the

sions from re

oject paper p

vant informatg problem. Th and conducroblem Theylusions from

rade I)


Malaya Rule

MA

approval. M

problem. f solving proe a researche research p

esults.

presentation

tion and dischey will expecting appropy will have skresults.


es and Reg

inor amendm

blem. project. roblem.

riminate the erience riate

kills to analyz


gulations (Fir

ment

ze

ce nal

rst

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski

LectureRoom Telepho


Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutorial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

Refer to Aca

KUEU 4183 Graduation 2 English

Not relevan

Journals, La

Refer to Stu

81 Face to faceGuided learIndependen (Refer to St

CommunicaCritical ThinLife Long Le(Refer to So

Refer to Cla

Test : Examination

18

COURSE

ademic Plan

3

Project I

nt

ab equipmen

udent Learni

e:14 rning:0 nt learning: 6

tudent Learn

ation Skills (Cnking and Proearning and oft Skills mat

ass Schedule

n :

82

INFORMASEMEST

nner

nt

ng Time form

66

ing Time for

CS1,CS2,CSoblem SolvinInformation

trix)

e

ATION FORTER/TERM

m

m)

S3) ng (CT1,CT2Managemen

R CURRENM

2,CT3) nt (LL1,LL2)

NT

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

KUEU 4134 Medical Ins

KUEU 2142KUEU 2139

120 3

At the end o1. Explain th2. Determin3. Explain a4. Analyze s5. Design a

Analysis an

This subjecequipment. systems forpotentials, parameters design a ba

Lecture, Tu


18

C


g

Engineering

f Biomedical

4

trumentation

2 Electronics9 Medical Ele

of the coursehe basic con

ne the differeand analyze simple pacem basic biome

nd problem so

ct relates thIt stresses d

r a particularcardiovascu are covere

asic biomedic

torial




83

COURSE P


g

Engineering

n: Application

ectronics

e, students ancept of mednt specificatpatient monimaker and dedical instrum

olving

he structure deep understr application lar, respirato

ed in this cocal instrumen

nt : 50% %


niversity of ok.

PRO FORM


n and Design

re able to: ical instrumeions and origtoring systemefibrillator ci

mentation ap

and the cotanding of inin biomedica

ory and otheourse. Studentation devic


Malaya Rule

MA

approval. M

n

entation. gin of bio poms. rcuits.

pplication.

components nstrumentatioal. Instrumener importantents are als

ce.


es and Reg

inor amendm

otentials.

of biomedicon devices anntation for Bit physiologicso required


gulations (Fir

ment

cal nd io-cal to

ce nal

rst

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski

LectureRoom Telepho


Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutorial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

Refer to Aca

KUEU 4134 Medical Ins 3 English KUEU 2142KUEU 2139

1. Biomedic Fred J. W2. Medical John Wi

Textbook, le

Lecture, Tu



Refer to Cla

Test : Examination

18

COURSE

ademic Plan

4

trumentation

2 Electronics9 Medical Ele

cal InstrumeWeibell, & ErInstrumentaley, 1998

ecture note,

torial, Assign


tudent Learn


ass Schedule

n :

84

INFORMASEMEST

nner

n: Application

ectronics

ntation and Mrich A. Pfeiffetion applicat

LCD projecto

nment, Test,

72 hours

ing Time for

oblem Solvintrix)

e

ATION FORTER/TERM

n and Design

Measuremener, Prentice Hion and desig

or

Examination

m)

ng (CT1,CT2

R CURRENM

n

nts by LeslieHall, 1980 gn 3rd ed. Jo

n

2,CT3)

NT

Cromwell,

ohn Webster,,

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

Basic con

The origi

Bio-poten

Bio-poten

Cardiovacircuits

Measureprinciples

Respirato

EEG mac

Electrosucircuits

Pacemak

Design a

Design a

Case stu

Case stu

01-PK03-BR0

ULE

Lecture/T

ncept of med

n of biopoten

ntial amplifie

ntial amplifie

ascular meas

ment of bloos

ory systems

chine princip

urgery and A

ker and Defib

basic biome

basic biome

dy1

dy2

004(BI)-S03

C

Tutorial/Assi

dical instrume

ntials

rs

rs (Continue

surement, EC

od flow, Ultra

and measure

ples and circu

Ablation EEG

brillator circu

edical instrum

edical instrum

18

COURSE

ignment To

entation

ed)

CG machine

sonic measu

ements

uits

machine pri

its

mentation ap

mentation ap

85

INFORMASEMEST

pic

principles an

urements and

inciples and

pplication

pplication

ATION FORTER/TERM

ReM

Referen

Referen

Referen

Referen

nd Referen

d Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

R CURRENM


nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

NT

Teaching uipment

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

s

s

s

s

s

s

s

s

s

s

s

s

s

s

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

KUEU 4135 Manageme

None

120 3

At the end o1. Describe2. Describe3. Explain t device s4. Identify m technolo5. Analyze clinical e

Analytic and

The course clinical engisuch as headevices, heassessmen

Lecture, Tu


18

C


g

Engineering

f Biomedical

5

nt and Clinic

of the coursee healthcare e the use of Itechnology aafety. medical deviogy.

the problemengineering.

d critical thin

exposes theineering. A fealthcare techalthcare techt, healthcare

torial




86

COURSE P


g

Engineering

cal Engineeri

e, students atechnology m

ICT in healthassessment,

ces standard

ms of healthca

king

e students toew importanthnology, telemhnology mane technology

nt : 60% %


versity of Malok.

PRO FORM


ng

re able to: managemen

hcare technorisk manage

ds, regulation

are technolog

the healthcat issues are amedicine, management, he

advancemen


aya Rules an

MA

approval. M

nt and clinicaology manageement, patien

ns and emer

gy managem

are managemaddressed inanagement oealthcare tecnt.


nd Regulatio

inor amendm

l engineeringement nt and medic

rging

ment and

ment and n this courseof medical chnology


ons (First

ment

g.

cal

e

ce nal

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski

LectureRoom Telepho


Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutorial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

Refer to Aca

KUEU 4135 Manageme 3 Engish None

Refer to Cla

Test : Examination

18

COURSE

ademic Plan

5

nt and Clinic

ass Schedule

n :

87

INFORMASEMEST

nner

cal Engineeri

e

ATION FORTER/TERM

ng

R CURRENM

NT

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

Introduct

Medical T

Health In

TechnoloManagem

Equipme

Medical D

Introduct

Medical e

Medical e

Health Te

Health Te

Technica

Medical DControl

Biomedic

01-PK03-BR0

ULE

Lecture/T

ion to Health

Technology M

nformation Sy

ogy Assessmment

nt Acquisitio

Devices: Reg

ion to Clinica

equipment M

equipment M

echnology A

echnology A

al Specificatio

Devices- Des

cal Engineeri

004(BI)-S03

C

Tutorial/Assi

hcare Techno

Managemen

ystem

ment and Equ

n and Risk M

gulations and

al Engineerin

Maintenance:

Maintenance:

ssessment (

ssessment (

on: Preparati

sign, Manufa

ing Emerging

18

COURSE

ignment To

ology

nt: Overview

uipment Asse

Management

d Standards

ng

Operation M

Quality Man

I)

II)

ion and Eval

acturing, Eva

g Technology

88

INFORMASEMEST

pic

et

t

Management

nagement

uation

aluation and

y

ATION FORTER/TERM

ReM

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

R CURRENM


nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

NT

Teaching uipment

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

s

s

s

s

s

s

s

s

s

s

s

s

s

s

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

KUEU 4132 Artificial Org

None

80 2

At the end o1. Explain t mass ba transfer 2. Determin performa3. Explain p artificial

Analysis an

This coursevelocities anPrinciples olung design

Lecture


18

C


g

Engineering

f Biomedical

2

gans and Bio

of the coursethe mass tra

alances, diffuin synthetic ne the princiance of the aprinciples of lung designs

nd problem so

e introduces tnd fluxes. Ma

of cardiopulmns in membra




89

COURSE P


g

Engineering

otransport

e, students ansfer princip

usive and conmembranes.ples of haemartificial kidnecardiopulmo

s in membran

olving

the mass traass balances

monary bypasane oxygena

nt : 60% %


versity of Malok.

PRO FORM


re able to: ples for mixtunvective tran

modialysis aney. onary bypassne oxygenato

nsfer princips, diffusive ass and probletors.


aya Rules an

MA

approval. M

ures, speciesnsport and de

nd explain ma

s and problemors.

ples for mixtuand convectivems related


nd Regulatio

inor amendm

s, explain etermine mas

ass transfer

ms related to

ures, speciesve transport. to artificial


ons (First

ment

ss

o

s

ce nal

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski

LectureRoom Telepho


Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutorial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

Refer to Aca

KUEU 4132 Artificial Org English 2 None

1. Basic tra Fourier, 2. Artificial

Reference B

Lecture, As

Critical ThinEthics and P

Assoc. Prof Level 8, Eng 03-7967 68

Refer to De

Test : Exam : Refe

19

COURSE

ademic Plan

2

gans and Bio

ansport phen1999, TayloOrgans, And

Books, Lectu

signment, Te

nking and ProProfessional

f. Dr. Noor A

gineering To

52 / azuan@

epartmental C

er to Examin

90

INFORMASEMEST

nner

otransport

nomena in Bir and Francisdrade et al, 1

ure Notes

est, Examina

oblem Solvin Moral (EM1

zuan Abu Os

ower, Faculty

@um.edu.my

Class Sched

nation Sched

ATION FORTER/TERM

omedical Ens. 1987, VCH P

ation

ng (CT1,Ct2,,EM2)

sman

y of Engineer

ule

ule

R CURRENM

ngineering, R

Publishers, In

CT3)

ring

NT

Ronald L.

nc.

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

Mass tran

Fick's 1st

Diffusive

Mass tran

Artificial K

Mass tran

Patient-d

Dialysis p

Artificial L

Gas trans

Artificial l

Analysis

Implantab

Revision

01-PK03-BR0

ULE

Lecture/T

nsfer princip

t Law, Mass

and Convec

nsfer in synth

Kidney. Princ

nsfer perform

dialyser intera

prescription t

Lung. Princip

sport in bloo

lung designs

and perform

ble oxygenat

004(BI)-S03

C

Tutorial/Assi

les. Mixtures

balances.

ctive transpor

hetic membr

ciples of hae

mance of the

action

through urea

ples of cardio

d

s - membrane

mance of mem

tors.

19

COURSE

ignment To

s, species ve

rt

ranes. / Tuto

emodialysis

e artificial kidn

a kinetic mod

opulmonary b

e oxygenator

mbrane oxyg

91

INFORMASEMEST

pic

elocities, fluxe

rial 1/Test 1

ney

delling

bypass.

rs

enators.

ATION FORTER/TERM

ReM

es Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

R CURRENM


nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

NT

Teaching uipment

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

s

s

s

s

s

s

s

s

s

s

s

s

s

s

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

KUEU 4181 Capstone P

None

42 1

At the end o1. Design e2. Use the 3. Interpret4. Write the5. Use the manner.

Analysis an

This courserelated to th

Lecture, La


19

C


g

Engineering

f Biomedical

1

Project 2

of the courseexperiment toproper equipt the data. e laboratory proper graph

nd problem so

e contains fivhe main com

boratory Wo

Assessmenination :



92

COURSE P


g

Engineering

e, students ao test out a hpment and p


olving

ve experimenponents in B

rk

nt : 100%


versity of Malok.

PRO FORM


are able to: hypothesis. rocedure to o

proper form the results i

nts. Most of thBiomedical E


aya Rules an

MA

approval. M

obtain data.

at. in a clear and

he experimengineering.


nd Regulatio

inor amendm

d concise

ents would be


ons (First

ment

e

ce nal

IMPORTinvolving

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski

LectureRoom Telepho


Importa

UM-PT0


mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutorial/Pran: me

nt Dates

01-PK03-BR0


ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C


Refer to Aca

KUEU 4181 Capstone P 1 English None

Not relevan

Laboratory

Lecture, La


Critical ThinTeam WorkLifelong LeaLeadership


Refer to Cla

Test : Exam : Non

19

COURSE


ademic Plan

1

Project 2

nt

equipment

boratory wor


tudent Learn

nking and Prok Skills (TS1,arning and InSkills (LS1,L

w Cheok

ck A, Departg

85 / siewcng

ass Schedule

ne

93

INFORMASEMEST


nner

rk, Laborator

urs 6 hours

ing Time for

oblem Solvin,TS2) nformation MLS2)

tment of Biom

[email protected]

e

ATION FORTER/TERM


ry Report

m)

ng (CT1, CT2

Management

medical Engi

my

R CURRENM

approval. M

2, CT3),

(LL1,LL2)

ineering, Fac

NT

inor amendm

culty of

ment

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

KUEU 4141 Medical Ima

None

120 3

At the end o1. Explain t imaging 2. Analyze 3. Describe4. Describe compute mammog diagnost

Analysis

The course diagnostic icovered sucfluoroscopyimaging, ultThe course

Lecture, Tu


19

C


g

Engineering

f Biomedical

1

aging

of the coursethe basics ofequipment.the image q

e features ane various imaed tomographgraphy, magtics, laser an

introduces tmaging equich as X-raysy, mammogratrasound, bioalso expose

torial




94

COURSE P


g

Engineering

e, students af principles a

uality. nd importancaging modalihy, projection

gnetic resonand optoelectro

the basic prinpment. A fe, gamma rayaphy, projectomagnetic diaes the studen

nt : 60% %


versity of Malok.

PRO FORM


re able to: and design of

e of quality cties such as n radiographance imagingonics.

nciples and dw medical im

ys, and comption radiograagnostics, lants to the qua


aya Rules an

MA

approval. M

f medical dia

control in diax-rays, gam

hy, fluoroscopg, ultrasound

design of memaging technputed tomogrphy, magnet

aser and optoality control i


nd Regulatio

inor amendm

agnostic

agnostics. mma-rays,

py, d, biomagnet

edical nologies are raphy, tic resonanceoelectronics. n diagnostic


ons (First

ment

ic

e

s.

ce nal

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski

LectureRoom Telepho


Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutorial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

Refer to Aca

KUEU 4141 Medical Ima 3 English None

1. Erich Kre Aktienge2. J.T. Bus William a

Reference b

Lecture, Tu



Refer to Cla

Test : Examination

19

COURSE

ademic Plan

1

aging

estel. Imaginesellschaft 19hberg. The eand Wilkins,

books, lectur

torial, Assign


tudent Learn


ass Schedule

n :

95

INFORMASEMEST

nner

ng systems fo990. essential phy1999.

re note, LCD

nment, Test,

72 hours

ing Time for

oblem Solvintrix)

e

ATION FORTER/TERM

or medical di

ysics of medi

D projector

Examination

m)

ng (CT1,CT2

R CURRENM

iagnostics, S

ical imaging,

n

2,CT3)

NT

Siemens

2nd edition,

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

Atoms an

Vision ph

Compute

X-rays an

Compute

Fluorosco

Magnetic

Diagnost

Quality co

Medical n

Sonograp

Biomagn

Laser and

Laser and

01-PK03-BR0

ULE

Lecture/T

nd rays

hysiology; qu

ers in medica

nd gamma-ra

ed tomograph

opy; mammo

c resonance

tic x-ray; x-ra

ontrol in diag

nuclear diagn

phy; dosimet

etic diagnost

d optoelectro

d optoelectro

004(BI)-S03

C

Tutorial/Assi

antitative an

al imaging

ays

hy; projection

ography

imaging; ultr

ay imaging

gnostics

nostics

try

tics

onics 1

onics 2

19

COURSE

ignment To

nalysis of ima

n radiograph

rasound

96

INFORMASEMEST

pic

age quality

hy;

ATION FORTER/TERM

ReM

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

R CURRENM


nce books, L

nce books, L

nce books, L

nce books, L

nce books, L

nce books, L

nce books, L

nce books, L

nce books, L

nce books, L

nce books, L

nce books, L

nce books, L

nce books, L

NT

Teaching uipment

ecture note

ecture note

ecture note

ecture note

ecture note

ecture note

ecture note

ecture note

ecture note

ecture note

ecture note

ecture note

ecture note

ecture note

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

KUEU 4285 Graduation

KUEU 4183

160 4

At the end o1. Search f2. Discrimin3. Work ind4. Conduct5. Analyze 6. Discuss

Critical think

Student willcurrent avaworking indexperimentsdata, discus

Lecture, Dis


19

C


g

Engineering

f Biomedical

5

Project II

3 Graduation

of the coursefor relevant inate the currdependently t appropriatedata obtaineand state log

king, problem

l learn to seailable methoependently os to solve thess and state

scussion, De

Assessmen



97

COURSE P


g

Engineering

n Project I

e, students anformation torent availableor in a group experimentsed. gical conclus

m solving, pr

arch for relevds of solvingor in a groupe research plogical conc

emonstration

nt : 100%


niversity of ok.

PRO FORM


re able to: o a research e methods ofp to completes to solve the

sions from re

oject paper p

vant informatg problem. Th and conducroblem Theylusions from


Malaya Rule

MA

approval. M

problem. f solving proe a researche research p

esults.

presentation

tion and dischey will expecting appropy will have skresults.


es and Reg

inor amendm

blem. project. roblem.

riminate the erience riate

kills to analyz


gulations (Fir

ment

ze

ce nal

rst

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski

LectureRoom Telepho


Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutorial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

Refer to Aca

KUEU 4285 Graduation English 4 KUEU 4183

Not relevan

Journals, La

Refer to Stu


CommunicaCritical ThinLife Long Le (Refer to So

Refer to Cla

Test : Examination

19

COURSE

ademic Plan

5

Project II

3 Graduation

nt

ab equipmen

udent Learni

e: 14 hoursrning: 0 hournt learning: 1

tudent Learn

ation Skills (Cnking and Proearning and

oft Skills mat

ass Schedule

n : None

98

INFORMASEMEST

nner

n Project I

nt

ng Time form

r 45 hours

ing Time for

CS1,CS2,CSoblem SolvinInformation

trix)

e

ATION FORTER/TERM

m

m)

S3), ng (CT1,CT2Managemen

R CURRENM

2,CT3) nt (LL1,LL2,L

NT

LL3)

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

KUEU 4324 Advanced B

KUEU 3147

80 2

At the end o1. Explain t2. Explain w3. Explain c4. Explain t5. Relate th

Analysis, pr

Covers the biological princluded. Tnormally ocdifferent resconsideratio

Lecture


19

C


g

Engineering

f Biomedical

4

Biomaterials

7 Biomateria

of the coursethe different what implantcell-materialstissue enginehe current iss

roblem Solvi

basic of biomroperties. Ty

This course eccur to an imsearch areasons related to




99

COURSE P


g

Engineering

ls

e, students atypes of impt and device s interactioneering and bsues of biom

ng, Critical T

materials whypes of testin

explains typeplant and revs. In addition o advanced

nt : 40% %


versity of Malok.

PRO FORM


re able to:plant testing.

failure is. . iomaterials.

materials.

Thinking, Com

ich includes ng and sterilis of implant views currenit raises awabiomaterials


aya Rules an

MA

approval. M

mmunication

their mechaisation methand device f

nt usage of bareness of th

s.


nd Regulatio

inor amendm

n, Presentatio

nical and ods also failures whiciomaterials inhe ethical


ons (First

ment

on

h n

ce nal

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski

LectureRoom Telepho


Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutorial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

Refer to Aca

KUEU 4324 Advanced B 2 English KUEU 3147

1..Park JB a CRC Pre2. Ratner, H Introduct3. Related J

Textbook, le

Lecture, As


CommunicaCritical ThinProfessiona(Refer to So

Dr. Belinda 3, Block A, 03-7967 44

Refer to Cla

Test : Examination

20

COURSE

ademic Plan

4

Biomaterials

7 Biomateria

and Bronzinoess : 2003 Hoffman, Schion to MateriJournals.

ecture note,

signment, Te


tudent Learn

ation Skills (Cnking and Proal Ethics andoft Skills mat

Murphy

Department

91 / bpinggu

ass Schedule

n :

00

INFORMASEMEST

nner

ls

o JD. Biomat

hoen and Leials in Medic

LCD projecto

est, Examina

48 hours

ing Time for

CS1,CS2,CSoblem Solvin Moral (EM1trix)

of Biomedic

[email protected]

e

ATION FORTER/TERM

terials: Princ

mons. Biomaine. Academ

or

ation

m)

S3), ng (CT1,CT2,EM2)

al Engineerin

u.my

R CURRENM

ciples and ap

aterials Sciemic Press 199

2,CT3),

ng, Faculty o

NT

plications.

nce: An 96.

of Engineerinng

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

Introduct

A Review

Testing o

Implant a

Cell- Mat

Current IsDrug Del

Current IsBiomedic

Current IsOrthoped

Current IsBiomater

Current IsNanotech

Current IsBiomater

Current Is

Current Is

Ethical Is

01-PK03-BR0

ULE

Lecture/T

ion to the co

w of Basic Bio

of Biomateria

and Device fa

terial Interact

ssues ivery System

ssues cal Sensor an

ssues dic Applicatio

ssues rials in Dentis

ssues hnologies

ssues rials and Ima

ssue from In

ssue from In

ssues

004(BI)-S03

C

Tutorial/Assi

urse

omaterials

als

ailure and St

tions and Tis

ms

nd Biosenso

ons

stry

aging

dustries

dustries

20

COURSE

ignment To

terilisation.

ssue Enginee

r

01

INFORMASEMEST

pic

ering

ATION FORTER/TERM

ReM

Refer to

Refer to

Refer to

Refer to

Refer to

Refer to

Refer to

Refer to

Refer to

Refer to

Refer to

Refer to

R CURRENM


o reference li

o reference li

o reference li

o reference li

o reference li

o reference li

o reference li

o reference li

o reference li

o reference li

o reference li

o reference li

NT

Teaching uipment

ists/ Handou

ists/ Handou

ists/ Handou

ists/ Handou

ists/ Handou

ists/ Handou

ists/ Handou

ists/ Handou

ists/ Handou

ists/ Handou

ists/ Handou

ists/ Handou

t

t

t

t

t

t

t

t

t

t

t

t

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

004(BI)-S03



Bachelor of

KUEU 4326 Computers

None

80 2

At the end o1. Explain s DICOM, 2. Explain t systems3. Explain t4. Apply the applicati5. Explain s6. Apply kn biomedic

Analysis an

This subjectopologies, (TCP/IP). Tbiomedical (DICOM, HL

Lecture


20

C


g

Engineering

f Biomedical

6

in Biomedica

of the coursestandards, OHL7, PACS

the common. the Internet ae use of micons. serial and panowledge of cal engineer

nd problem so

ct introduces network ope

The use of miengineering,L7, PACS) a




02

COURSE P


g

Engineering

al Engineerin

e, students aOSI RM and m. network top

and its relaterocomputers

arallel interfanetworking, ing-related c

olving

the characteerating systemicrocomputer, serial and p

are also inclu

nt : 40% %


niversity of ok.

PRO FORM


ng

re able to: medical-relat

pologies and

ed protocols, s in biomedic

cing. Internet, andomputing pro

eristics of OSms, the interrs and prograparallel interfded.


Malaya Rule

MA

approval. M

ted standard

network ope

including TCcal engineeri

d standards toblems.

SI RM, Commrnet and its pamming langface standard


es and Reg

inor amendm

ds including

erating

CP/IP. ng

to solve

mon network protocols guages in ds in medicin


gulations (Fir

ment

ne

ce nal

rst

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski

LectureRoom Telepho


Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutorial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

Refer to Aca

KUEU 4326 Computers 3 English None

1. Carr, J. J Technolo2. Cromwe and Mea3. William H DAQ and

Textbook, le

Refer to Stu



Refer to Cla

Test : Examination

20

COURSE

ademic Plan

6

in Biomedica

J. & Brown, Jogy’, Prentic

ell, L., Weibeasurements’,H. Righy, ‘Cod Control’.

ecture note,

udent Learni


tudent Learn

earning and oft Skills mat

ass Schedule

n :

03

INFORMASEMEST

nner

al Engineerin

J. M., ‘Introdce Hall. ll F. J., Pfeiff 2nd Edition, omputer Inte

LCD projecto

ng Time form

70 hours

ing Time for

Information trix)

e

ATION FORTER/TERM

ng

uction to Bio

fer, E. A., ‘BioPrentice Halrfacing and P

or

m

m)

Managemen

R CURRENM

omedical Equ

omedical Insll. 1980. Practical App

nt (LL1,LL2)

NT

uipment

strumentation

proach to

n

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

Introduct

Physical

Local are

Network

Internet a

Introduct

Basic mic

High leve

Serial an

Compute

DICOM

HL7 and

PACS

Case stu

01-PK03-BR0

ULE

Lecture/T

ion to standa

layers and d

ea network (L

operating sy

and TCP/IP

ion to microc

croprocessor

el programmi

d parallel co

ers in healthc

telemedicine

dy

004(BI)-S03

C

Tutorial/Assi

ards and OS

data link laye

LAN)

ystems and in

computers

r programmin

ing language

mmunication

care technolo

e

20

COURSE

ignment To

I RM

ers (DLL)

nterconnectio

ng

e

n

ogy

04

INFORMASEMEST

pic

ons

ATION FORTER/TERM

ReM

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

Referen

ReferenLecture

Referen

R CURRENM


nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books, L

nce Books [1e Notes

nce Books, L

NT

Teaching uipment

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

Lecture Notes

][2][3],

Lecture Notes

s

s

s

s

s

s

s

s

s

s

s

s

s

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

KUEU 4327 Artificial Inte

None

80 2

At the end o1. Explain t2. Determin3. Apply the

Problem so

This courseartificial inteEngineering

Lecture


20

C


g

Engineering

f Biomedical

7

elligence in B

of the coursethe concept ne the theorie AI techniqu

lving, critical

e is intendeelligence cog.




05

COURSE P


g

Engineering

Biomedical E

e, students aof artificial ines of Artificiaue in biomed

l thinking

ed to providoncepts and

nt : 60% %


niversity of ok.

PRO FORM


Engineering

re able to: ntelligence teal Intelligencdical enginee

de fundamenits basic a


Malaya Rule

MA

approval. M

echniques ce technique.ering applicat

ntal understapplications


es and Reg

inor amendm

tions.

anding of thin Biomedic


gulations (Fir

ment

he cal

ce nal

rst

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski

LectureRoom Telepho


Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutorial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

Refer to Aca

KUEU 4327 Artificial Inte English 2 None

1. Negnevi systems2. Exsys C3. Neural N

Reference B

Refer to Stu



Refer to Cla

Test : Examination

20

COURSE

ademic Plan

7

elligence in B

tsky, Michae. Addison-Worvid Manua

Network Tool

Books, Lectu

udent Learni

e: 28 hoursrning:0hoursnt learning:48

tudent Learn


ass Schedule

n : Refer to E

06

INFORMASEMEST

nner

Biomedical E

el. Artificial inWesley, 2004.al Version 1.3lbox for Use

ure Notes

ng Time form

8 hours

ing Time for

oblem Solvintrix)

e

Examination

ATION FORTER/TERM

Engineering

ntelligence: a

3 with MATLA

m

m)

ng (CT1, CT2

Schedule

R CURRENM

a guide to inte

AB

2, CT3)

NT

elligent

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

Introduct

Fundame

Fundame

Hand on

Hand on

Fundame

Fundame

Hand on Neural ne - Intr - Ma

Lab sess

Lab sess

Lab sess

Image pr

Image pr

Image pr

01-PK03-BR0

ULE

Lecture/T

ion to Artifici

entals of Exp

entals of Rule

Expert syste

Expert syste

entals of Artif

entals of Artif

Neural netwetwork(NN) troduction to Mtlab overview

sion on Matla

sion on Matla

sion

rocessing (1)

rocessing (2)

rocessing (3)

004(BI)-S03

C

Tutorial/Assi

al Intelligenc

pert System

e-Based Exp

em programm

em programm

ficial Neural

ficial Neural

work programtoolbox:SupeMatlab w

ab’s neural ne

ab’s neural ne

)

)

)

20

COURSE

ignment To

ce

pert System

ming (1)

ming (2)

Network (AN

Network (2)

mming ervised learn

etwork toolb

etwork toolb

07

INFORMASEMEST

pic

NN) (1)

ning

ox

ox

ATION FORTER/TERM

ReM

Negnev

Negnev

Negnev

Lecture

Lecture

Negnev

Negnev

NN Too

NN Too

NN Too

NN Too

NN Too

NN Too

NN Too

R CURRENM


vitsky, M,

vitsky, M,

vitsky, M,

er note

er note

vitsky, M,

vitsky, M,

olbox for use

olbox for use

olbox for use

olbox for use

olbox for use

olbox for use

olbox for use

NT

Teaching uipment

with MATLA

with MATLA

with MATLA

with MATLA

with MATLA

with MATLA

with MATLA

AB

AB

AB

AB

AB

AB

AB

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

KUEU 4328 Prosthetics

None

80 2

At the end o1. Apply bio prosthet2. Identify a3. Explain t4. Determin

stimulatio

Analysis an

Apply biomeprosthetics and biomecElectrical St

Lecture


20

C


g

Engineering

f Biomedical

8

and Orthotic

of the courseomechanics ics and orthoand distinguithe design ane the conceon parameter

nd problem so

echanics prinand orthotics

chanical constimulation inc




08

COURSE P


g

Engineering

cs

e, students aprinciples fo

otics applicatish the sockend biomecha

ept of Functiors.

olving

nciples for tras. Socket typsideration in cluding stimu

nt : 60% %


versity of Malok.

PRO FORM


re able to: or transitibial tion. et types and anical considonal Electrica

ansitibial propes and desigwheelchair. ulation param


aya Rules an

MA

approval. M

prosthetics,t

design philoderation in wal Stimulatio

osthetics, tragn philosophConcept of F

meters.


nd Regulatio

inor amendm

trans-femora

osophies. heelchair. n including

ns-femoral hies. Design Functional


ons (First

ment

al

ce nal

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski

LectureRoom Telepho


Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutorial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

Refer to Aca

KUEU 4328 Prosthetics 2 English None

Prosthetics Arnold (Pub

Textbook, le

Refer to Stu


Critical ThinProfessiona(Refer to So

Assoc. Prof Level 8, Blo 03-7967 68

Refer to Cla

Test : Examination

20

COURSE

ademic Plan

8

and Orthotic

and Orthoticblishers)Ltd.

ecture note,

udent Learni


tudent Learn

nking and Proal Ethics andoft Skills mat

f. Dr. Noor A

ock L, Engine

52 / azuan@

ass Schedule

n :

09

INFORMASEMEST

nner

cs

cs Practice. ELondon

LCD projecto

ng Time form

48 hours

ing Time for

oblem Solvin Moral (EM1trix)

zuan Abu Os

eering Tower

@um.edu.my

e

ATION FORTER/TERM

Edited by Ge

or

m

m)

ng (CT1,CT2,EM2)

sman

r, Faculty of

R CURRENM

eorge Murdo

2,CT3),

Engineering

NT

ch; Edward

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

Introduct

ProsthetiIndication

Transtibiadisadvandiagrams

TransfemBiomech

Prosthetimechanisanalysis.

Orthotics

Orthotics

Clinical cdevices. orthoses

Principlesangle.

Wheelchwheelcha

User/Cha

Propulsioperforma

IntroductStimulatio

StimulatoFES syst

01-PK03-BR0

ULE

Lecture/T

ion to Prosth

cs: Philosopns for amput

al prostheticsntages. Medios and biomec

moral prostheanics of tran

cs feet and asm. (swing a

s: Principles o

s: Principles o

conditions whSpasticity an.Upper limb o

s, functions a

air: Clasificaair

air interface.

on Efficiencyance.

ion and backon. Physiolo

or design. Hytems and Op

004(BI)-S03

C

Tutorial/Assi

hetics and Or

hies. Factorsations.

s. Socket typo-lateral, Antchanics of tra

etics. Alignmes-femoral pr

ankle. Typesand stance ph

of Bracing. M

of Bracing. M

hich may be nd Paralysis.orthoses.

and requirem

tion. Forces

Rolling resis

. Pitch axis c

kground of Fgical aspects

ybrid Orthoseptimisation of

21

COURSE

ignment To

rthotics.

s in level sel

pes. Advantaterior-posterians-tibial pro

ent parameterosthesis.

s. Prosthetic hase). Prosth

Materials use

Materials use

served by or. Lower limb

ments. Scolio

and Power a

stance.

control. Whe

unctional Eles. Technical

es. Control mf Stimulation

10

INFORMASEMEST

pic

ection.

age and ior force

osthesis.

ers.

knee hetic gait

ed in Orthotic

ed in Orthotic

rthotic

osis: Cobb

acting on the

elie

ectrical aspects.

mechanisms Parameters

ATION FORTER/TERM

ReM

Textboo

Textboo

Textboo

Textboo

Textboo

cs. Textboo

cs. Textboo

Textboo

Textboo

e Textboo

Textboo

Textboo

Textboo

in .

Textboo

R CURRENM


ok, lecture no

ok, lecture no

ok, lecture no

ok, lecture no

ok, lecture no

ok, lecture no

ok, lecture no

ok, lecture no

ok, lecture no

ok, lecture no

ok, lecture no

ok, lecture no

ok, lecture no

ok, lecture no

NT

Teaching uipment

otes

otes

otes

otes

otes

otes

otes

otes

otes

otes

otes

otes

otes

otes

IMPORTinvolving

Academ Departm

Program

Course Course

Course Minimum


Learning

Transfe

SynopsContent

Method tutorial,


UM-PT0


my/Faculty/C

ment

mme

Code*

Title*


t Learning T

Hours*

g Outcomes

rable Skills

is of Coursets


ment Metho


in Summatiment

01-PK03-BR0


Centre

te(s)/ ment(s)

Time

s*

e

(lecture, etc)

ods*

Feedback

ive

003(BI)-S03



Bachelor of

KUEU 4330 Tissue Eng

None

80 2

At the end o1. Define T2. Determin different 3. Explain s4. Describe5. Distingu

Analysis, pr

Covers the combinationcurrent stradisadvantagand ethical

Lecture

Continuous Final Exam Marks for Cboard beforexamination

21

C


g

Engineering

f Biomedical

0

ineering

of the courseTissue Enginene appropriasituations

some basic be the functionish different

roblem solvin

basic principn of cells, scategies and uges and succconsideratio

Assessmenination 60%


11

COURSE P


g

Engineering

e, students aeering as a s

ate sources fo

biological funn and requireTissue Engin

ng, critical th

ples of Tissueaffolds and a

usage of Tisscess rates. Rons in Tissue

nt : 40%


PRO FORM


re able to: strategy or cells & sca

nction ements of bioneering Strat

inking, comm

e Engineerinappropriate ssue EngineerRaises aware Engineering


MA

approval. M

affold materi

oreactor systtegies

munication, p

ng focused ustimulation. ring, their adeness of regg.


inor amendm

als for

tems

presentation

pon the Reviews vantages an

gulatory affair


ment

d rs

ce nal

Academ Semeste


Main Re

TeachinEquipm

Learning

Student

Soft Ski

LectureRoom Telepho


Importa

UM-PT0

mic Year

er/Term

Code

Title

Hours

m of Instructi


eference

ng Materials/ent

g Strategies

t Learning T

ills

r

one/e-mail

/Tutorial/Pran: me

nt Dates

01-PK03-BR0

ion

te(s)/ ment(s)

/

s

Time

actical

004(BI)-S03

C

Refer to Aca

KUEU 4330 Tissue Eng 2 English None

1. Freshne USA: Wi2. Atala A, Californi3. Lanza R Diego, C

Textbook, le

Lecture, As


CommunicaProfessiona(Refer to So

Dr. Belinda A1-3-3, BlocEngineering 03-7967 44

Refer to Cla

Test : Examination

21

COURSE

ademic Plan

0

ineering

y RI. Cultureiley-Liss, 200Lanza RP. Ma: Academic

RP, Langer RCalifornia: Ac

ecture note,

signment, Te


tudent Learn

ation Skills (Cal Ethics andoft Skills mat

Murphy

ck A, Departg

91 / bpinggu

ass Schedule

n :

12

INFORMASEMEST

nner

e of Animal C00. Methods of Tc Press, 2002

R, Vacanti J. Pcademic Pres

LCD projecto

est, Examina

48 hours

ing Time for

CS1, CS2, C Moral (EM1trix)

tment of Biom

[email protected]

e

ATION FORTER/TERM

Cells: A Manu

Tissue Engine2. Principles of ss, 2000.

or

ation

m)

CS3), ,EM2)

medical Engi

u.my

R CURRENM

ual of Basis T

eering. San

f Tissue Engi

ineering, Fac

NT

Techniques.

Diego,

ineering. San

culty of

n

TEACHI

Week

1

2

3

4

5

6

7

8

9

10

11

12

13

14

UM-PT0

ING SCHED

Introduct

Cells sou

Cell Biolo

Biomater

Biomater

Bioreacto

Cell Cultu

The Struc

Tissue E

Tissue E

Tissue E

Tissue E

Tissue E

Ethics an

01-PK03-BR0

ULE

Lecture/T

ion to Tissue

urce for Tissu

ogy

rial (Natural a

rial (Cell – M

ors

ure

ctural Tissue

ngineering S

ngineering S

ngineering S

ngineering S

ngineering S

nd Morality of

004(BI)-S03

C

Tutorial/Assi

e Engineering

ue Engineeri

and Syntheti

aterial Intera

es

Strategies

Strategies

Strategies

Strategies

Strategies

f Tissue Eng

21

COURSE

ignment To

g

ng

c)

actions)

gineering

13

INFORMASEMEST

pic

ATION FORTER/TERM

ReM

Journalsand Prin

Journalsand Prin

Journalsand Prin

Journalsand Prin

Journalsand Prin

Journalsand Prin

Printout

Journals

Journals

Journals

Journals

Journals

Discuss

R CURRENM


s, Recommentouts

s, Recommentouts

s, Recommentouts

s, Recommentouts

s, Recommentouts

s, Recommentouts

ts

s

s

s

s

s

sions

NT

Teaching uipment

ended Books

ended Books

ended Books

ended Books

ended Books

ended Books

s

s

s

s

s

s

bio medical

Documents