university of novi sad faculty of technical...

UNIVERSITY OF NOVI SAD

FACULTY OF TECHNICAL SCIENCES

COURSES IN ENGLISH


FACULTY OF TECHNICAL SCIENCES

COURSES IN ENGLISH

STUDY CYCLE: UNDERGRADUATE ACADEMIC STUDIES

STUDY PROGRAMME:

ARCHITECTURE

COURSES OVERVIEW

STUDY PROGRAMME: ARCHITECTURE

Name of the course

Semester of the

course ECTS

1. Descriptive Geometry 1 Winter 4

2. Perspective Winter 4

3. Urban Design 1 Winter 5

4. Urban Design 2 Summer 5

5. Architectural

representation 2 Summer 5

6. Architectural Design 3 Winter 5

7. Architectural

representations 3 Winter 5

8. Geometry and visualisation

of freeform surfaces Summer 4


FACULTY OF TECHNICAL SCIENCES 21000 NOVI SAD, TRG DOSITEJA OBRADOVIĆA 6

UNDERGRADUATE ACADEMIC STUDIES Architecture

AD06 Descriptive Geometry 1Course:

Course id:

Number of ECTS: 4

Course status:

Number of active teaching classes (weekly)

Lectures: Other teaching types:Practical classes: Study research work:

Mandatory

Developing the ability of space visualization, space imagination and the ability to solve problems of various mutual relationships ofgeometric forms on the two-dimensional (2D) representation in parallel projection.

Ability to identify and interpret spatial relationships of examined space forms out of corresponding 2D views and mastering theirgeometric structures, as well as the ability of graphic representation of examined three-dimensional (3D) configurations in 2D media.

BASIC ELEMENTS OF THE SPATIAL VISUALIZATION. Projections, views and images' types of basic geometric forms (points, lines,planes). The criteria for obtaining characteristic views and position of the object (transformation and rotation) for the sake of directdetection of metric properties and spatial relationships of forms. Concepts of visibility. Application to the complex forms (plane figures,polyhedral, solids of revolution, etc.).VISUALIZATION OF GEOMETRIC STRUCTURE OF COMPLEX 3D FORMS. Criteria for plane sections' and mutual interections analysisof pencil-line generated surfaces (polyhedrals and parabolic quadrics) and surfaces of revolution; characteristic elements of this sections.Visibility concepts and visual realism.

1. Educational goal:

2. Educational outcomes (acquired knowledge):

3. Course content/structure:

4. Teaching methods:

Lectures. Graphic-auditory Practice. Tutorials.

Literature

Author Title PublisherOrd. Year1, Štulić, Radovan Nacrtna geometrija 1 - podloge za predavanja Novi Sad 20122, Dovniković, Lazar Nacrtna geometrija Univerzitet u Novom Sadu 20023, Anagnosti, P. Nacrtna geometrija Naučna knjiga Beograd 1996

Final exam PointsMandatoryWritten part of the exam - tasks and theory 40.00YesOral part of the exam 10.00Yes

Knowledge evaluation (maximum 100 points)Pre-examination obligations PointsMandatory

Exercise attendance 5.00YesGraphic paper 20.00YesLecture attendance 5.00YesTest 10.00YesTest 10.00Yes

Štulić B. RadovanTeacher:

Precondition courses None

Other classes:

2 2 0 0 0




A555 PerspectiveCourse:

Course id:

Number of ECTS: 4

Course status:



Elective

Developing the ability of spatial visualization (SV), spatial imagination and graphic representation of three-dimensional (3D) space on theperspective image (PI)

Ability of deduction and interpretation of spatial relationships and properties of the complex geometric shapes and their geometricstructures on the perspective image. 3D configuration design and graphic expression of PI.

SV of geometric object on PI. Central projection of basic geometric forms (point, line, surface). Oblique perspective. Image elements fordirect detection of metric properties. Criteria for direct recognition of spatial relationships of objects. Rotation and conditional realmeasures. Concepts of visibility. Application to the more complex forms (straight figures, poyhedra, the rotational body, flat surface andintersections, etc.)Visualization and geometric structures of complex 3D forms to the PI. Visible angle and set up of PI. Perspective from the angle andfrontal perspective. Analysis of applicable surfaces in architecture: production surfaces, arches, vaults, domes, roofs etc.Visual realism on the PI. Shadows. Mirrors. Central and parallel lighting. Typical elements of light rays for direct determination of theshadows on the PI. The images in horizontal, vertical and inclined mirrors.Restitution of PI. Analysis criteria of PI for the detection of metric properties and spatial relationships of objects displayed on the PI.





Lectures. Graphic-Auditory Practice. Consultations. The course examination consists of two tests. Examination: written and final. (Thewritten examination prerequisite is to have at least 35 points in examination prerequisites.)

Literature

Author Title PublisherOrd. Year1, R. Štulić PERSPEKTIVA FTN, Novi Sad 20062, R. Štulić PERSPEKTIVA - podloge za predavanja Novi Sad 20063, R. Štulić, V. Stojaković Praktikum za vežbe iz Perspektive Novi Sad 20074, P. Anagnosti PERSPEKTIVA Naučna knjiga, Beograd 19985, H. Anđelković PERSPEKTIVA Univerzitet u Nišu, Niš 19906, S. Živanović i dr. NACRTNA GEOMETRIJA 2 Naučna knjiga, Beograd 2000

Final exam PointsMandatoryOral part of the exam 10.00YesPractical part of the exam - tasks 20.00Yes


Exercise attendance 5.00YesGraphic paper 20.00YesGraphic paper 20.00YesLecture attendance 5.00YesTest 10.00YesTest 10.00Yes

Stojaković Z. VesnaTeacher:


Other classes:

1 2 0 0 0




A308 Urban Design 1Course:

Course id:

Number of ECTS: 5

Course status:



Mandatory

Enabling students to study and design urban units and fragments, as well as other elements of the built environment.It is necessary thatstudentso know and understand the complex influences and aspects of forming the shaping urban spaces.

Students will gain knowledge in lectures related to the design of urban spaces, as well as an understanding of the forces and influencesthat largely shape the spaces of the city. Exercises on the design of smaller urban units and fragments that are trained in the appropriateconsideration of all the forces and influences that affect the transformation of given urban complex, and to provide a logical waytransformation of indoor and outdoor spaces of the city. Once filled with all obligations proposed by the subjects will be able to continuetheir subjects dealing with urban design in later years of study.

Urban Design 1 is related to the selected programme in the course Architectural Design 1. The theme of urban context will be built on thetopics of architectural typology. Therefore, within the urban studies of the given urban surface, the areas of mainly peripheral parts ofsettlements, their reconstruction, reprogramming and revitalization with an objective to form smaller urban units with all necessaryfunctions and programmes will be worked on.





Lectures, Design Practice, Consultations and Colloquiums. The course grade is formed based on the lecture attendance and practice,success at the colloquium, written and oral part of the examination.

Literature

Author Title PublisherOrd. Year1, Radović, Ranko Nova antologija kuća Građevinska knjiga, Beograd 20012, Krier, Rob Gradski prostor Građevinska knjiga, Beograd 20003, Kasteks, Depol, Panere Urbane forme Građevinska knjiga, Beograd 19984, Rosi, Aldo Arhitektura grada Građevinska knjiga, Beograd 19995, Kristijan N. Šulc Egzistencija, prostor i arhitektura Građevinska knjiga, Beograd 19996, Reba Darko Ulica - element strukture i identiteta Orion art, Beograd 2010

Final exam PointsMandatoryOral part of the exam 30.00Yes


Complex exercises 64.00YesExercise attendance 3.00YesLecture attendance 3.00Yes

Reba N. DarkoTeacher:

Precondition courses

Other classes:

1 3 0 0 1




A362 Urban Design 2Course:

Course id:

Number of ECTS: 5

Course status:



Mandatory

Enabling students to study and design of urban fragments, as a continuation of the first subjects Urabnističko design In this course,students will learn how to form complete urban areas, which should function as a complete urban systems'' cities within cities'' in whichusers will be able to meet all necessary requirements.

Students who successfully fulfill all the obligations provided for the subject program will be able to adequately envisage projectedtransformation of small settlements and individual urban units, which should function as a complete urban community to a city within acity''''. Acquired knowledge will be used in further education in subjects dealing with the topic of urban design and urban transformations.

Urban design will be connected with the selected programme in the course Architectural design 2. The topic of urban design will be inclose relation with the design of the given program of architectural typology. The research is focused on the level of urban studies offragments of specific urban units, such as industrial areas and similar fragments requiring reprogramming of a higher scope. One projectis done during the whole semester, and classes are directly related to the Practice programme.





Lectures, Design Practice, Consultation and Colloquiums. The course grade is formed based on the lecture attendance and practice,success at the colloquium, written and oral part of the examination.

Literature

Author Title PublisherOrd. Year1, Radović, Ranko Nova antologija kuća Građevinska knjiga, Beograd 20012, Krier, Rob Gradski prostor Građevinska knjiga, Beograd 20003, Kasteks, Depol, Panere Urbane forme Građevinska knjiga, Beograd 19984, Rosi, Aldo Arhitektura grada Građevinska knjiga, Beograd 19995, Kristijan N. Šulc Egzistencija, prostor i arhitektura Građevinska knjiga, Beograd 1999

Final exam PointsMandatoryTheoretical part of the exam 30.00Yes


Complex exercises 64.00YesExercise attendance 3.00YesLecture attendance 3.00Yes

Reba N. Darko, Joubert -. MarcTeachers:


Other classes:

2 3 0 0 1




A365 Architectural representations 2Course:

Course id:

Number of ECTS: 5

Course status:



Elective

Students learn to use basic computer software Application for representation of urban architectural works.

To apply the knowledge gained in the process of further education as well as in their future professional work.

Introduction and definition of basic term - representation. Representation techniques: sketch, technical drawing, spatial modeling (2D, 3D,VR). Fundamentals of computer graphics: 2D design and 3D modeling. Fundamentals of CAD applications: functionality, structure,standards, programming. Review of basic software for sketching, designing, and spatial (3D) modeling, rendering and animation usingPCs. Basics of using the software package for sketching 3D - SketchUp. Basis of application for the complete development of technicaldocumentation with rendering - ArchiCAD.





Lectures and exercises in the computer lab. Consultation. Part of the material that makes up the logical units are placed in the two tests.Preliminary exams are done in the computer lab. The student can take the next test if he/she previously gained at least 30% of the points.For a student to pass the exam, in addition to other requirements, he/she must collect from each of the two tests at least 30% of thepoints. Grade is based on attendance at lectures and exercises, and the success rate of the tests.

Literature

Author Title PublisherOrd. Year1, grupa autora Skripta sa predavanja Novi Sad 2007

Final exam PointsMandatoryPractical part of the exam - tasks 70.00Yes


Computer exercise attendance 0.00YesLecture attendance 0.00YesProject task 15.00YesProject task 15.00Yes

Šiđanin S. Predrag, Tepavčević B. BojanTeachers:


Other classes:

1 0 3 0 0




A371 Architectural Design 3Course:

Course id:

Number of ECTS: 5

Course status:



Mandatory

The development of the ability to think, articulate and design space of different types of architectural structures of high level of complexity,with a special emphasis on the establishment of the architectural program and architectural structure of these structures.

Ability to work independently on the establishment of correlation between architectural programme and architectural structure for thestructures of high complexity, and for making the architectural design for those structures.

Context in architecture; Contextual elements, lines and impact; Internal and external ‘’forces’’ in architecture and their balance; Perceptionand reception of space; Architectural structure – functional, spatial and formal; Free-standing facility; Group form; Assembly; Spatialentity.





Lectures; Practice; Project Design; Written Exam.

Literature

Author Title PublisherOrd. Year1, Zumthor, Peter Thinking Architecture Princeton Architectural Press 20002, Zumthor, Peter Atmospheres Birkhäuser Architecture 20063, Bachelard, Gaston The poetics of space Beacon Press 1996

4, Sykes, Krista The Architecture Reader: Essential Writings fromVitruvius to the Present George Braziller 2007

5, Pallasmaa, Juhani The Eyes of the Skin: Architecture and the Senses Wiley 2012

6,Reba, D; Dinulović, R;Atanacković Jeličić, J;Kostreš, M

Now/Sada:Teaching by Design/Italy NowFakultet tehničkih nauka,Univerzitet u Novom Sadu,2011

2011

Final exam PointsMandatoryWritten part of the exam - tasks and theory 30.00Yes


Exercise attendance 5.00YesProject 50.00YesProject task 15.00Yes

Atanacković-Jeličić T. JelenaTeacher:


Other classes:

1 4 0 0 1




A377 Architectural representations 3Course:

Course id:

Number of ECTS: 5

Course status:



Elective

Students learn to use basic computer software Application for representation of urban architectural works.

To apply the knowledge gained in the process of further education as well as in their future professional work.

Basics of using CAD software package for the design of architectural and urban works - AutoCAD. Basics of a software package for 3Dmodeling, rendering and animation - 3Dstudio Max.





Lectures and exercises in the computer lab. Consultation. Part of the material that makes up the logical units are placed in the two tests.Exams are done in computer lab. A student can go to the next test if he/she previously gained _ at least 30% of the points. For a studentto pass the exam, in addition to other requirements, he/she must collect from each of the two tests at least 30% of the points. Grade isbased on attendance at lectures and exercises, and the success rate of the tests.

Literature

Author Title PublisherOrd. Year1, Šiđanin,P. Skripta sa predavanja Novi Sad 2006

Final exam PointsMandatoryPractical part of the exam - tasks 70.00Yes


Computer exercise attendance 0.00YesLecture attendance 0.00YesProject task 15.00YesProject task 15.00Yes

Stojaković Z. Vesna, Tepavčević B. BojanTeachers:


Other classes:

1 0 2 0 1




A183 Geometry and Visualization of Free FormsCourse:

Course id:

Number of ECTS: 4

Course status:



Elective

Development of the ability to visualize space, introduction of chosen geometric forms in two-dimensional (2D) view of parallel projection.

Ability to identify and interpret spatial relationships of the examined spatial shapes in the corresponding 2D views, as well as theknowledge of their geometric structures. Ability to define optimal approximations of general forms for their constructive realization.

Geometric structures and visualization of free 3D forms. Spatial and plane curves as directrices or generatrices in surfaces' generation.Bezier’s and B-spline curves and surfaces- Ruled and developable surfaces. Curvature and smoothness of surfaces. Toroidal surfaces:the torus and the toroid. Convolute surface. Partial developable surfaces with plane and spatial curves in general position as directrices.Generation surfaces of general form. Decomposition and approximation of general forms. Mesh–based methods.





Lectures. Computer-auditory Practice. Tutorials.

Literature

Author Title PublisherOrd. Year1, Dovniković, Lazar Nacrtna geometrija Univerzitet u Novom Sadu 1998

2, Farin G Curves and Surfaces for CAGD-A Practical Guide, 5thedition Morgan Kaufmann 2002

3, Pottmann, Asperl, Hofer,Kilian Architectural Geometry Bentley Institute Press 2007

Final exam PointsMandatoryFinal exam - part one 15.00YesFinal exam - part one 15.00Yes


Computer exercise attendance 5.00YesGraphic paper 20.00YesGraphic paper 20.00YesLecture attendance 5.00YesTest 10.00YesTest 10.00Yes

Štulić B. RadovanTeacher:


Other classes:

1 0 1 0 1

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