physics and philosophy, bsc - king's college london · 2017-06-21 · principles of physics,...

Programme approval 2008/09

PAF Initially Approved: July 2009

PAF modified by ASQ re: exit awards: 29th

April 2010

PAF finalised for 2010/11: 18 October 2010

PAF modified by ASQ for 2011/12: 9th

February 2011

PAF modified re: condonement: 5 September 2011

PAF finalised for 2011/12: 5 September 2011

PAF modified by QAS for 2012/13: 9th

March 2012

PAF modified re exit award title: 29 March 2012

PAF modified re: programme table: 19 April 2012

PAF modified and finalised for 2012/13: 7 September 2012


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PROGRAMME APPROVAL FORM

SECTION 1 – THE PROGRAMME SPECIFICATION

1. Programme title and designation Physics and Philosophy

Single honours Joint Major/minor

2. Final award

Award Title Credit

Value

ECTS

equivalent

Any special criteria

BSc (Hons) Physics and

Philosophy

360 195 N/A

3. Nested awards

Award Title Credit

Value

ECTS

equivalent


N/A N/A N/A N/A N/A

4. Exit awards

Award Title Credit

Value

ECTS

equivalent


Ordinary

Degree (BSc)

Physics and

Philosophy

300 150 N/A

Undergraduate

Diploma

Natural and

Mathematical

Sciences

240 120 N/A

Undergraduate

Certificate

Natural and

Mathematical

Sciences

120 60 N/A

5. Level in the qualifications framework H

6. Attendance

Full-time Part-time Distance

learning

Mode of attendance

Yes No No

Minimum length of programme

3 years N/A N/A

Maximum length of programme

10 years N/A N/A

7. Awarding institution/body King’s College London

8. Teaching institution King’s College London

Yes




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9. Proposing department Physics

10. Programme organiser and contact

details

Professor Samjid Mannan

[email protected]

020 7848 1780

11. UCAS code (if appropriate) FV35

12. Relevant QAA subject benchmark/

Professional, statutory and regulatory

body guidelines

Physics, Astronomy & Astrophysics;

Philosophy

13. Date of production of specification January 2009

14. Date of programme review

2015/16 as part of the Department of Physics

rolling programme review cycle.

16. Educational aims of the programme i.e what is the purpose of the programme and general statements about the learning that takes place

over the duration of the programme

To educate graduates so that they have an understanding of most fundamental laws and

principles of physics, and an appreciation of the history of philosophy, of some of the

major contemporary debates in philosophy, and of the nature of philosophical problems.

To prepare students for a professional career either within or outside physics or

philosophy.

To ensure that students can manage their own learning with the aid of suitable resources.

To develop students’ ability to conduct experiments, analyse the results using various

quantitative methods and draw valid conclusions.

To provide a supportive environment, encouraging students to be critically receptive to

new ideas and to attain their full academic potential.

To develop habits of independent rigorous thought and skill at solving problems.

To train students to think logically, and to present reasoned arguments clearly.

To enable students to form their own views on philosophical problems, to argue for those

views and to defend or amend them in light of criticism.

To allow students to explore the philosophical aspects of the foundations of Physics.

Philosophy

• To provide students with education in philosophy, with emphasis on contemporary

analytic philosophy and the history of philosophy, suitable for a variety of levels and

circumstances, on the grounds that philosophy is a subject of central intellectual

importance;

• To enable students to study a range of central philosophical debates, set against their

historical background and in the context of key texts;

• To give students the intellectual skills and attitudes generated by the practice of

philosophy, and to develop and encourage independent and rigorous philosophical

thinking;

mailto:[email protected]




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• To enable students to think, reason and communicate more effectively in a wide range

of areas.

17. Educational objectives of the programme/programme outcomes (as relevant to the SEEC

Credit Level Descriptors)

The student should acquire:

A sound knowledge and understanding in physics, philosophy and related disciplines.

Experience in the applications of physical principles in various branches of physics.

The ability to analyse and solve problems in physics using a wide range of quantitative

methods and procedures.

The ability to carry out experiments/investigations, critically analyse results, draw valid

conclusions and communicate findings orally and in writing.

A wide range of transferable skills, including problem-solving, investigative, IT and

personal skills.

A thorough training in the ability to think logically, to cast practical problems into a

philosophical framework and to present reasoned arguments clearly.

The ability to work independently, pursuing meaningful independent study.

An understanding of the depth of the main areas of modern philosophy and (theoretical)

physics at a level comparable with that of major national philosophy and physics

departments and at a standard comparable with that of the bachelor degree in other

subjects. Those students who wish to progress to more advanced study will also possess a

firm foundation for doing so.

Philosophy

On completion of a programme students should be better able to:

• assimilate complex material;

• analyse complex thought and argument, both written and oral;

• articulate and evaluate the specific questions underlying a more general question;

• draw information together in both oral and written presentation

• construct cogent arguments in the course of discussion;

• recognise the strengths and weaknesses in opposing views, and be prepared to formulate the

best arguments for those views;

• accept the force of a conclusion warranted by a sound argument;

• organise their time efficiently.

The programme provides opportunities for students to develop and demonstrate knowledge

and understanding and skills in the following areas:

• the history of philosophy, in either Greek or Modern philosophy

• ethics or political philosophy

• contemporary metaphysics, epistemology, methodology or logic

• a range of optional modules, in history of philosophy, non-Western philosophy,




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contemporary analytic philosophy, logic, and continental philosophy.

Knowledge and understanding

The programme provides a knowledge

and understanding of the following:

Physics

1. General and fundamental concepts,

principles, theories and results of

physics.

2. The use of mathematical principles

and procedures in exploring and

describing the physical world.

3. The applications of fundamental

physical laws and principles within

major areas of physics

4. Ethical issues in physics, and

professional integrity.

Philosophy

1. Methodology of analytic philosophy

and its contemporary debates;

2. The Philosophical discussion of

values;

3. The historical context of philosophy;

4. Elementary logic;

5. Appropriate personal and professional

conduct in the context of the

discipline.

These are achieved through the

following teaching/learning methods

and strategies:

Physics

Various teaching/learning methods and

strategies, including lectures, tutorials,

projects and practical laboratory

sessions.

Assessment:

Students are mainly assessed by means

of formal examinations, as well as

coursework, essays, reports, class tests,

poster and oral presentations.

Philosophy

Skills 1-3 and 5 are acquired in group

lectures and small group teaching in all

years of the degree. Skill 4 is taught in

Year 1 in the Introductory Logic

module.

Assessment:

Learning outcomes are tested through

unseen examination or presubmitted

essays at the end of the academic year.

All modules also include non-assessed

coursework in the form of formative

essays or in exceptional cases other

types of coursework (e.g. homework

exercises in Logic).

Skills and other attributes

Intellectual skills:

Physics

1. Analyse and solve a variety of

problems in physics by means of



and strategies:

Physics

Intellectual skills are developed through




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appropriate applications of physical

principles and mathematical

techniques.

2. Formulate theoretical and practical

problems in physics.

3. Analyse and compare experimental

and investigation results, test the

strength and validity of numerical

results and hypotheses.

4. Illustrate a sound understanding of the

role of mathematical modelling,

uncertainty and approximation in

physics.

5. Understand the principles and ethics

of the scientific method.

Philosophy

1. Critical awareness to undertake

analysis of complex, incomplete or

contradictory areas of knowledge

communicating the outcome

effectively;

2. Critical awareness to synthesise

information in a manner that may be

innovative, utilising knowledge or

processes from the forefront of the

discipline/practice;

3. A level of conceptual understanding

that will allow her/him critically to

evaluate research, advanced

scholarship and methodologies and

argue alternative approaches;

4. Initiative and originality in problem

solving. Can act autonomously in

planning and implementing tasks at a

professional or equivalent level,

making decision in complex and

unpredictable situations.

formal lectures, tutorials, practical

sessions, directed self-learning, problem

classes and projects.

Assessment:

Students are mainly assessed by means

of formal examinations, as well as

coursework, reports, class tests, poster

and oral presentations.

Philosophy

Intellectual skills are developed through

the teaching and learning programme

outlined above. All courses, however

taught, involve discussion of key issues,

practice in applying concepts both

orally and in writing, analysis and

interpretation of materials, and

individual feedback sessions on

coursework and on general progress.

Skill 1 is especially developed in

modules on the history of philosophy,

but also in other modules which require

the careful reading of texts from

contemporary philosophy. Skills 2-9

are developed in all modules, with the

oral component of skill 5 developed

particularly through small group

teaching (tutorials in year one, seminars

in the second and third years).

Assessment:

The assessment methods outlined above

demand the development of skills 1-9.

9 will be demonstrated increasingly

throughout the degree, but will be most

evident in final year.

Practical skills:

Physics

1. Conduct experiments in physics

safely, using basic laboratory

apparatus and techniques effectively.



and strategies:

Physics

Laboratory courses and projects, in




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2. Produce clear and accurate scientific

reports and make technical

presentations.

3. Make appropriate and effective use of

scientific and philosophical literature,

including research articles.

4. To reason logically, and to present

arguments clearly.

5. To be self directed in solving

problems and understanding new

material.

6. To analyse critically arguments

related to science.

Philosophy

1. Can operate in complex and

unpredictable and/or specialised

contexts, and has an overview of the

issues governing good practice;

2. Is able to exercise initiative and

personal responsibility in professional

practice;

3. Be able to read in the original

language the appropriate literary or

documentary texts

which there is informal and formal help

and feedback on reports and

presentations.

Assessment:

Assessment of practical and scientific

reporting skills is through marking of

lab books, experimental write-ups,

project reports and oral examinations.

Philosophy

All modules include some component

of small group teaching (either tutorials

or seminars) which guides the

development of these skills. Formative

essays are required for most modules

and this allows the students to develop

these skills and respond to constructive

criticism.

Assessment:

Learning outcomes are tested through

presubmitted essays or unseen

examinations at the end of the academic

year, and by non-assessed coursework

associated with small group teaching.

Generic/transferable skills:

Physics

Demonstrate effective problem-

solving skills in both theoretical and

practical contexts.

Work independently and effectively,

managing self learning/teaching and

show self-reliance and personal

responsibility.

Participate effectively and

constructively as part of a team.

Demonstrate clear and effective oral

and written communication skills.

Manage time, prioritise workloads and

work to deadlines.

Evaluate and assess their own abilities,



and strategies:

Physics

Transferable skills are developed

through various activities.

Although they are not all explicitly

taught, these skills are learnt throughout

the programmes in a structured manner.

The first skill is developed primarily

through lectures, tutorials, laboratory

and project units. Other skills are

encouraged throughout the

programmes, and are nurtured

particularly within the context of small

group tutorials and project work.




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performance and understanding.

Apply mathematical skills to problems

Construct logical arguments and

present them clearly orally or in

writing.

Philosophy

1. Can work effectively with a group as

leader or member. Can clarify tasks

and make appropriate use of capacities

of group members. Is able to

negotiate and handle conflict with

confidence;

2. Is able to use full range of learning

resources;

3. Is reflective on own and others’

functioning in order to improve

practice;

4. Can competently undertake research

tasks with minimum guidance;

5. Is an independent and self critical

learner, guiding the learning of others

and managing own requirements for

continuing professional development;

6. Can engage confidently in academic

and professional communication with

others, reporting on action clearly,

autonomously and competently;

7. Has independent learning ability

required for continuing professional

study, making professional use of

others where appropriate.

Philosophy

Small group teaching in all courses

develops skills 1, 2, 3, 4, 6, 8, and 9.

Skills 1, 2, 3, 7 and 8 are developed

through written work and feedback on

same. The need to acquire skills 5, 6, 8

and 10 is inherent in producing assessed

coursework, and applies to all courses.

Skills 1, 6, 8 and 10 are relevant to

tutorials, seminars and discussions.

Assessment:

Skills 1-8 and 10 are assessed through

essays, class participation and oral

presentations in seminars. Skill 9 is not

formally assessed but is inherent in

exposure to the subject.

18. Statement of how the programme has been informed by the relevant subject

benchmark statement(s)/professional, statutory and regulatory body guidelines

Physics

The programme covers the content and transferable skills listed in the QAA benchmarks and

in the Institute of Physics criteria for accreditation.

Philosophy

The benchmark statement highlights the following as key components of a philosophy degree

under the heading “Knowledge and Understanding”:




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• Knowledge of the theories and arguments of some of the major philosophers, encountered

in their own writings, and some awareness of important areas of interpretative controversy

concerning the major philosophers.

• Familiarity with some of central theories and arguments in the fields of Logic, Metaphysics,

Epistemology or Philosophy of Mind, broadly understood.

• Familiarity with some central theories and arguments in the fields of Moral, Political, or

Social Philosophy, broadly understood.

• Some appreciation of the wide range of techniques of philosophical reasoning.

And under the heading “General philosophical skills”:

• An ability to identify underlying issues in various debates.

• Grasp of some philosophical problems, mentioning arguments for or against proposed

solutions.

• Understanding of the importance of careful interpretation of a variety of texts.

• Views on the success of standard arguments.

• Familiarity with the use of specialised philosophical terminology.

• Awareness of the nature of sound arguments and logical fallacies.

• Appreciation of how generalisations can be supported or weakened by detailed discussion.

• Recognition of arguments on both sides of a philosophical question.

These components are all central to the Philosophy element of this programme. The items

listed under the first heading correspond to the divisions of our “core” of required courses,

which provide the structure especially for our first and second year modules. The items listed

under the second heading are the skills acquired in all modules.

19. In cases of joint honours programmes please provide a rationale for the particular

subject combination, either educational or academic

Much of the interesting research in theoretical physics raises interesting and challenging

questions of a philosophical nature. This joint programme gives an excellent grounding in

the issues involved. It also teaches students to formulate and present sophisticated arguments

about the nature of science in a rigorous way. The transferable skills acquired in this

combination of subjects are unsurpassed.

Which is the lead department and/or School? Department of Physics, School of Natural

and Mathematical Sciences




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20. Programme structure

Please complete the following table and, if appropriate, to include joint, major/minor or other variations

Code = code of each module available for the programme

Title = title of each module available for the programme, plus its credit level and credit value

Status = please indicate whether the module is introductory (I), core (Cr), compulsory (Cp), one or more of however many modules must be passed to progress (CrCp), (P)

professional (i.e. module testing skills/competency that has no credit level or value but is a professional body requirement) or optional (O) for each type of programme. For

postgraduate programmes use the "single honours" column

Pre-requisite/Co-requisite = where appropriate please indicate whether the module is pre-requisite to another module or co-requisite by noting pre or co and the module

code that it is pre/co-requisite to.

Assessment = please indicate in broad terms the assessment for the module eg written examinations, coursework

(Note: the availability of optional modules may vary slightly from year to year; the following are the modules available at the commencement of the programme)

Code Title Credit

Level

Credit

Value

Status (I, Cr, Cp, CrCp, P,

O) for each type of module

Pre-requisite/ Co-requisite

(Please note the module code)

Assessment

Single Joint Major/

Minor

Single Joint Major/

Minor

Full-time Study

Year one

4CCP1350 Mathematics & Mechanics 4 30 Cp Exam & coursework

4CCP1500 Fields, waves and matter 4 30 Cp Examination

4CCP1471 Thermal Physics 4 15 Cp Examination

Varies Students must take either/or:

4AANA003 Elementary Logic 4 15 O Examination

4AANB008 Methodology 4 15 O Examination




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Students must take either/or:

4AANA004 Metaphysics I 4 15 O Examination

4AANB007 Epistemology I 4 15 O Examination

Students must take 15 additional credits from:

4AANA001 Greek Philosophy I 4 15 O Examination

4AANA002 Ethics I 4 15 O Examination

4AANB005 Modern Philosophy I 4 15 O Examination

4AANB006 Political Philosophy I 4 15 O Examination

Year two

5CCP2265 Mathematical Methods in

Physics (Joint Honours)

5 15 Cp Examination

5CCP2240 Modern Physics 5 30 Cp Examination

5CCP2380 Electromagnetism 5 15 Cp Examination

Students must take the following modules

TBC Philosophy of Physics I:

Philosophy of Space & Time

5 15 Cp Coursework

6AANA026 Philosophy of Science 6 15 Cp Coursework

Students must take 30 credits from two of the

following lists of modules:

List A

5AANA001 Greek Philosophy IIA 5 15 O Coursework

5AANB002 Greek Philosophy IIB 5 15 O Coursework

5AANA003 Modern Philosophy IIA: Locke 5 15 O Examination




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& Berkeley

5AANB004 Modern Philosophy IIB: Spinoza

& Leibniz

5 15 O Examination

List B O

5AANA005 Ethics II: history of ethical

philosophy

5 15 O 4AANA

002

Examination

5AANA006 Ethics II: Contemporary Ethical

Philosophy

5 15 O

5AANB007 Political Philosophy IIA:

theories of justice

5 15 O Coursework

5AANB007 Political Philosophy IIB: history

of political philosophy

5 15 O Coursework

List C O

5AANA009 Epistemology II 5 15 O 4AANB

007

Examination

5AANA010 Metaphysics II 5 15 O 4AANA

004

Coursework

5AANB011 Philosophy of Logic &

Language

5 15 O Examination

5AANB012 Philosophy of Mind 5 15 O Examination

Final year

6CCP3221 Spectroscopy and Quantum

Mechanics

6 15 Cp Examination




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6CCP3212 Statistical Mechanics 6 15 Cp Examination

Students must take 15 credits from the following

modules:

6CCP3131 Third Year Project in Physics 6 15 Cr / O Reports and presentations

6CCP3132 Third Year Literature Review 6 15 Cr / O Reports and presentations

6CCP3133 University Ambassadors'

Scheme for Physics

6 15 Cr / O Oral presentation &

coursework

Students can take up to 30 credits from the

following modules:

6CCP3241 Particle Physics 6 15 O Examination

6CCP3380 Optics 6 15 O Examination

6CCP3402 Solid State Physics 6 15 O Examination

6CCP3630 General Relativity & Cosmology 6 15 O Examination

6CCP3201 Mathematical Methods in

Physics (Year Three)

6 15 O Examination and

coursework

Students must take between 45 & 75 credits of

philosophy modules. If taking 45 credits, at least

30 must be taken from the following list of level

6 modules. If 60-75 credits, 45 must be from the

following level 6 modules listed below:

TBC Philosophy of Physics II:

Philosophy of Quantum

Mechanics

6 15 O Coursework




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6AANC000 Dissertation (BA Philosophy) 6 30 O Dissertation

6AANB027 Ethics of Science and

Technology 6 15

O

Coursework

6AANA028 First-Order Logic 6 15 O Examination

6AANB033 Formal Semantics 6 15 O Examination

6AANA036 Formal Syntax 6 15 O Examination

6AANB039 Gender & Philosophy 6 15 O Examination

6AANA040 Greek Philosophical Texts I:

Plato 6 15 O

Examination

6AANB041 Greek Philosophical Texts II:

Aristotle 6 15 O

Examination

6AANA014 Hellenistic Philosophy 6 15 O Coursework

6AANA014 Indian Philosophy: The

Orthodox Schools 6 15 O

Coursework

6AANB017 Indian Philosophy: The

Heterodox Schools 6 15 O

Coursework

6AANA018 Kant’s Epistemology and

Metaphysics 6 15 O

Coursework

6AANB021 Kant’s Moral Philosophy 6 15 O Coursework

6AANA029 Mathematical Logic 6 15 O Examination

6AANB023 Medieval Philosophy 6 15 O Coursework

6AANA097 Metaethics 6 15 O Coursework

6AANA031 Modal Logic 6 15 O Examination




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6AANA038 Moral Normativity 6 15 O Examination

6AANA032 19th

Century Continental

Philosophy 6 15

O

Coursework

6AANA020 Neoplatonism 6 15 O Coursework

6AANB019 Philosophy in the Islamic World 6 15 O Examination

6AANA050 Philosophy of Biology 6 15 O Coursework

6AANA052 Philosophy of Mind II 6 15 O Examination

6AANB035 Philosophy of Physics 6 15 O Coursework

6AANA024 Philosophy of Psychology 6 15 O Coursework

6AANB049 Philosophy of Psychology II 6 15 O Coursework

6AANB025 Philosophy of Religion 6 15 O Examination

6AANA026 Philosophy of Science 6 15 O Coursework

6AANA030 Set Theory 6 15 O Examination

6AANA098 Scepticism 6 15 O Written exam

6AANB045 Topics in Epistemology 6 15 O Coursework

6AANA042 Topics in Greek Philosophy 6 15 O

6AANA048 Topics in Philosophy of

Language 6 15 O

Examination

6AANA044 Topics in Modern Philosophy 6 15 O Coursework

6AANB037 Topics in Philosophy of Mind 6 15 O Written exam

6AANA046 Topics in Political Philosophy 6 15 O Coursework

6AANB047 Twentieth-Century Continental

Philosophy 6 15 O

Coursework




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6AANA099 Utilitarianism 6 15 O Written exam

Varies By approval, modules within the

University of London

5 or 6 15 to

30

O Varies according to

module taken

15-30 additional credits (number depends on

total philosophy credits as noted above) may be

taken from any of the following level 5 modules:

5AANA009 Epistemology II 5 15 O 4AANB

007

Examination

5AANA005 Ethics II: history of ethical

philosophy

5 15 O 4AANA

002

Coursework

5AANA001 Greek Philosophy IIA 5 15 O Coursework

5AANB002 Greek Philosophy IIB 5 15 O Coursework

5AANA010 Metaphysics II 5 15 O 4AANA

004

Coursework

5AANA003 Modern Philosophy IIA: Locke

& Berkeley

5 15 O Examination

5AANB004 Modern Philosophy IIB: Spinoza

& Leibniz

5 15 O Examination

5AANB011 Philosophy of Logic &

Language

5 15 O Examination

5AANB012 Philosophy of Mind 5 15 O Examination

5AANA013 Philosophy of Physics I: Space

& Time

5 15 O Coursework




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5AANB013 Political Philosophy II: Freedom 5 15 O Coursework

5AANB007 Political Philosophy IIA:

theories of justice

5 15 O Coursework

5AANB007 Political Philosophy IIB: history

of political philosophy

5 15 O Coursework

6SSG3028 Environmental Remote Sensing

II*** 6 15 O N Exam

7SSG5029 Environmental Remote

Sensing*** 7 20 O N Exam

If a Masters programme, are level 6 credit levels permitted within the programme?

N/A

Maximum number of credits permitted with a condoned fail (core modules excluded)

45 credits.

In all cases, the condoning of failed marks will be at the discretion of the programme examination board and in accordance with the College regulations.

Are students permitted to take any additional credits, as per regulation A3; 5.10?

No

Are students permitted to take a substitute module, as per regulation A3, 20.7?

No

Are there are any exceptions to the regulations regarding credits, progression or award requirements? (where relevant the information should also

differentiate the particular requirements of pathways within a programme or nested/exit awards)

Physics

Physics modules in addition to those required by the programme and with a credit value of up to half the maximum permitted by the credit framework

regulations may be taken during the degree programme, subject to the approval of the Programme Board.




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For the ordinary degree, the programme is identical, but only 165 credits in Physics (inc. 15 credits condoned fails) and three papers in Philosophy are required.

To progress from Year 1 to Year 2 a student must have no mark lower than 33% in level 4 Physics modules

Philosophy

With permission from the Programme Coordinator, students may take a maximum of 60 credits (30 credits year 2, 30 credits final year) outside the programme

from modules available in Departments of Philosophy in the University of London, or from modules available in the School of Arts & Humanities, School of

Law or the School of Social Science & Public Policy (note, students are permitted to only take 30 credits of modules from within the College outside the

Department).

Other relevant information to explain the programme structure

Please note that new students enrolling on the information provided on this section of the PAF will have these regulations stipulated throughout their

programme of study. The only exception to this will be if there are changes made by Professional, Regulatory or Statutory Bodies that are noted to this

programme.

(a) numbers of introductory, core, compulsory and optional modules to be taken in each year of the programme with related credit values

Year one: 120 credits earned through 75 credits of compulsory modules in the Department of Physics and 3 x 15 credit modules in the Department of

Philosophy (see module table). All modules at Level 4.

Year two: 120 credits earned through 60 credits of compulsory modules in the Department of Physics and 4 x 15 credit modules in the Department of

Philosophy (modules must include choices from at least two out of the three lists of level 5 modules; a maximum of 15 credits is permitted at level 6).

Final year: 120 credits earned through 1 x 15 credit core module, 2 x 15 credit compulsory modules and 15 credits of optional modules in the Department of

Physics and 60 credits of optional modules (at least 90 credits must be at level 6).




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(b) range of credit levels permitted within the programme

4, 5, 6

(c) maximum number of credits permitted at the lowest level

120 credits

(d) minimum number of credits required at the highest level

90 credits

* Students who transfer onto this programme from other Physics major/minor or Physics Joint honours degree programmes are normally permitted to have

omitted:

4CCP111: Laboratory Physics I (if transferring after the first year)

5CCP211: Laboratory Physics II (if transferring after the second year)

Modules taken in their minor or joint subject can substitute for optional modules (and 4CCP111A and 5CCP211A) in all years for these transfer students.

The modules 4CCM111 and 4CCM112 can substitute for 4CCP1350.

The Mathematics modules 5CCM211 and 5CCM231 can substitute for 5CCP2255.

*** Any student who takes 6SSG3028 cannot take 7SSG5029




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21. Marking criteria

Physics: The marking scheme for this programme follows the College generic criteria and

additionally those in the School of Natural and Mathematical Sciences.

Philosophy: All modules will be marked in accordance with the School of Arts &

Humanities marking criteria where such exists, or else in accordance with the College’s

generic marking criteria.

22. Particular features of the programme which help to reduce the barriers experienced

by disabled students and ensure that the programme is accessible to all students who

meet the entry requirements

Structure

We welcome part time applications.

Publicity and programme handbook

These clearly communicate the key skills that will be required during the programme, the

content of each module, the intended teaching methods to be used and the module’s status

(core/compulsory/optional).

Teaching methods

A wide range of teaching methods are utilised (as demonstrated by box 17), including:

handouts in alternative formats, electronic resources placed on the website, lecture notes in

advance in electronic formats and transcriptions available for outside speakers and films.

Assessment

Advice has been taken from the Equality and Diversity Department to ensure assessment

methods do not unfairly discriminate against students with disabilities. The College’s Special

Examination Arrangements Committee (SEAC) considers requests for adjustments to

assessment to take account of learning and/or physical disabilities. Module outlines specify

the assessment methods that will be used and explain that SEAC will need to be notified

about requests for alternative assessment methods. The form that the alternative assessment

will take has been specified for each module in advance.

Feedback

Feedback on the programme is regularly collected from students, including information from

students with disabilities about their learning experience. The information collected is used

towards the on-going development and improvement of the programme. In particular, it has

prompted closer working with ISS to ensure that subject resources are offered in a range of

alternative formats wherever possible.




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January 2013


PROGRAMME APPROVAL FORM

SECTION 2 – SUPPLEMENTARY INFORMATION

Not all of the information in this section will be relevant for all programmes and for some

programmes this section will not be relevant at all

1. Programme name

BSc (Hons) Physics and Philosophy

2. Is this programme involved in collaborative activity?

Yes No

If yes what type of Collaborative Provision is it (tick appropriate box)?

Does the programme have an access/feeder

Programme for entry into it?

Does the programme have an articulation/

progression agreement for entry into it?

Dual Award

Franchised Provision

Joint Award

Partnership Programme

Recognition of Study or Award of Credit through

off-campus study or placement

Staff and student exchange

Validated provision

X




April 2010



February 2011




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January 2013


Have the relevant stages and appropriate paperwork been approved and the paperwork

forwarded onto QA&AA Office?

Yes No Not applicable

3. If the programme is a joint award with an institution outwith the University of

London, validated provision or franchised provision, has the necessary approval been

sought from College Education Committee?

Not applicable

Please attach a copy of Part 1 of the Partner Profile and checklist submitted to the College

Education Committee

4. Partnership programme - in cases where parts or all of the programme are delivered

away from one of the College campuses by a body or bodies external to the College

please provide the following details

Physics

Name and address of the off-campus location and/or external body

The student ambassador scheme: London secondary schools

Percentage/amount of the programme delivered off-campus or by external body

Up to 2% (optional half of 3rd

year project course CP3131)

Nature of the involvement of external body

Students spend a few hours per week in a Physics Department of a London secondary School,

supervised by the staff of that school, assisting in the teaching of Physics.

Description of the learning resources available at the off-campus location

1. Normal secondary school resources

What mechanisms will be put in place to ensure the ongoing monitoring of the delivery

of the programme, to include monitoring of learning resources off-site or by the

external body?

N/A




April 2010



February 2011




March 2012





January 2013


All schools are visited by KCL Physics Department staff, and an individual teacher is

responsible for the student in the school. A member of KCL staff monitors the students while

they are in the student ambassador scheme.

Please attach the report of the visit to the off-campus location

Not applicable

Philosophy

Name and address of the off-campus location and/or external body

All Colleges of the University of London offering intercollegiate Philosophy

modules/courses, namely University College London, Birkbeck College, Heythrop College,

and the London School of Economics. These are the institutions who formerly collaborated

with us in the Federal Philosophy BA. The relevant modules are listed on the websites of the

Philosophy Departments at our partner colleges, which are updated annually; we will also

provide our own students with information about the level 5 and 6 optional modules available

at these colleges.

Percentage/amount of the programme delivered off-campus or by external body

0% to 18% depending on which modules/courses taken: we will allow students to take up to

30 credits in second and final year at our partner institution (thus up to 60 credits total over

both years). However, it is unlikely any of our students will take this many credits at the other

colleges, this is just a theoretical maximum. At level 6 it’s likely that both we and the other

Colleges will put some restrictions on students from other Colleges taking modules with a

capped enrolment (e.g. modules taught by seminar).

Nature of the involvement of external body

Teaching and assessment.

Description of the learning resources available at the off-campus location

Expert teachers; teaching space; source material; library facilities.

What mechanisms will be put in place to ensure the ongoing monitoring of the delivery of

the programme, to include monitoring of learning resources off-site or by the external

body?

Modules offered at other colleges in the University of London are subject to the Quality

Assurance procedures in place in the individual colleges (as administered by teaching

committees or equivalent).

Please attach the report of the visit to the off-campus location

N/A




April 2010



February 2011




March 2012





January 2013


5. Recognition of study or award of credit through off-campus study or placement -

please indicate how the time will be spent, the length of time out, the amount of credit

and whether it is a compulsory or optional part of the programme

Year abroad Year in employment Placement Other (please

specify)

Time spent …N/A…Credit amount..N/A……

6. Please provide a rationale for any such time outside the College, other than that

which is a requirement of a professional, statutory or regulatory body

N/A

5. Please give details if the programme requires validation or accreditation by a

professional, statutory or regulatory body

Name and address of PSB

Accreditation is voluntary

Institute of Physics

76 Portland Place

London W1B 1NT

Date validation/accreditation commenced: TBC

Date of last validation/accreditation: 2011 – due to changes in accreditation criteria, the

programme was awarded ‘recognised’ status rather than ‘accredited’ status.

Frequency of validation/ accreditation 5years Date of next validation/ accreditation: 2016

physics and philosophy, bsc - king's college london · 2017-06-21 · principles of physics,...

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