Notices by Faculty Boards, etc.

Law Tripos, 2017–18: Half-papers for Paper 49

The Faculty Board of Law gives notice that, in accordance with Regulation 15, the following subjects have been prescribed as half-papers for Paper 49 of the Law Tripos in 2017–18 (Statutes and Ordinances, p. 360):

Banking law

Civil procedure

European environmental and sustainable development law

Landlord and tenant law

Law of succession

Personal information law

Topics in European legal history

Topics in legal and political philosophy

Law Tripos, Part II, 2017–18: Seminar courses for Paper 50

The Faculty Board of Law gives notice that, in accordance with Regulation 15, the following subjects have been prescribed for seminar courses in Part II of the Law Tripos in 2017–18 (Statutes and Ordinances, p. 360):

Crime and criminal justice

Ethics and the criminal law

Family in society

The legal process: justice and human rights

Private law

Public law

Select issues in international law

Tax law and policy

Women and the law

M.C.L., 2017–18: Designated papers and form of examination

The Faculty Board of Law gives notice that the following designated papers have been prescribed for the Master of Corporate Law examination, 2017–18 (Regulation 6, Statutes and Ordinances, p. 453):

No.	Paper title		Form of examination
8	International financial law		3
9	Corporate finance law		3
10	Corporate governance		3
14	Competition law		3
M1	The legal and economic structure of corporate transactions		c
M2b	Shareholder litigation	(Module)	2
M2e	International merger control	(Module)	2
M2f	US corporate law	(Module)	2
M2g	The law firm as a business	(Module)	2
M2h	Aspects of financial regulation	(Module)	2

Explanation of forms of examination

‘3’indicates a subject in which a three-hour final examination is required; a candidate has no option of substituting a thesis or a two-hour examination and an essay.

‘2’indicates a subject in which a two-hour final examination is required; a candidate has no option of substituting a thesis.

‘c’indicates a subject in which candidates will be evaluated by coursework prescribed by the Faculty Board from time to time.

LL.M., 2017–18: Designated papers, prescribed subjects, and forms of examination

The Faculty Board of Law gives notice that it has prescribed the following papers and forms of examination for the Master of Law examination, 2017–18 (Regulations 1 and 2, Statutes and Ordinances, p. 454).

No.	Paper title	Form of examination	Designation
1	Law, medicine, and life sciences	t
3	International commercial litigation	3	c, e, i
4	Law of restitution	t	c
5	Economics of law and regulation	t	c, e
6	Law and information	3	c, e, ip
7	Corporate insolvency law	3	c
8	International financial law	3	c
9	Corporate finance law	t	c
10	Corporate governance	t	c
11	Criminal justice – players and processes	es, t	c
12	Intellectual property	es, t	c, e, ip
14	Competition law	3	c, e, ip*
16	Constitutional law of the European Union	t	e
17	E.U. trade law	t	e
20	Law of armed conflict, use of force, and peacekeeping	3	i
23	The law of the World Trade Organization	t	i, ip*
24	International criminal law	t	i
25	International human rights law	t	i
26	Civil liberties and human rights	es
27	The birth, development, and afterlife of states	3	i
29	International investment law	t	i
30	Jurisprudence	3
31	Topics in legal and political philosophy	3
33	Comparative family law and policy	t	i
34	International law of global governance	t	i
35	History of English civil and criminal law	t
36	International intellectual property law	es, t	c, e, i, ip
38	Seminar paper
39	Legislation	3
41	Advanced private law	t	c

* A candidate applying for an IP designation may offer Paper 14 and Paper 23, but only one of these two papers can be counted for the purpose of qualifying for the IP designation.

Explanation of forms of examination

•A candidate may take a written paper of three hours’ duration in all the subjects listed above, other than Paper 38.

•Paper 38: Seminar paper. Paper 38 shall be examined by the submission of a thesis which shall not exceed 18,000 words including footnotes and appendices, but excluding bibliography, on a topic approved by the Faculty Board which falls within the scope of the following seminar courses prescribed for 2017–18:

(a) Public law

(b) The judiciary in comparative perspective

‘es’indicates a subject in which a candidate has a free choice between:

(a) a written paper of three hours’ duration; and

(b) a written paper of two hours’ duration together with the submission of an essay of not more than 7,000 words, including footnotes and appendices but excluding bibliography, on a topic approved by the Faculty Board which falls within the field of the subject.

‘t’indicates a subject in which a candidate may submit a thesis in lieu of a final examination. The thesis shall not exceed 18,000 words including footnotes and appendices, but excluding bibliography. It shall be on a topic approved by the Faculty Board falling within the field of the subject.

‘3’indicates a subject in which a three-hour final examination is required, the candidate having no option of substituting a thesis or a two-hour examination and an essay.

•In 2017–18 there are no subjects which may be examined only in the form of a written paper of two hours’ duration together with the submission of an essay of not more than 7,000 words, including footnotes and appendices but excluding bibliography, on a topic approved by the Faculty Board which falls within the field of the subject.

Examination in Bioscience Enterprise for the M.Phil. Degree, 2017–18

The Degree Committee for the Faculty of Engineering gives notice that the modules available to candidates studying the one-year course in Bioscience Enterprise for the degree of Master of Philosophy (Statutes and Ordinances, p. 497) in the academical year 2017–18, and the form of examination of each module, will be as follows:

Science and Technology (ST) modules

Reference	Name	Mode of assessment
ST1	Treating disease	Coursework
ST2	Drug discovery I	Coursework
ST3	Drug discovery II	Coursework
ST4	Diagnostics and devices	Coursework
ST5	Agbiotech	Coursework

Business (B) modules

Reference	Name	Mode of assessment
B1, B2, and B3	Management of technology and innovation	Coursework
B4	Healthcare economics	Coursework
B5	Law and intellectual property	Coursework

Transitionary (T) modules

Reference	Name	Mode of assessment
T1	Company analysis I: partnerships and alliances	Coursework
T2	Company analysis II: finance and valuation	Coursework
T3	Building a bioscience enterprise I	Coursework
T4	Building a bioscience enterprise II	Coursework

Joint assessments

Several principal individual assessments cover material from multiple modules, and include written papers on selected topics in science and technology in business (each of 4,000 words maximum) and a business plan submission. These assessments are:

STB1	Science and technology in business, paper I
STB2	Science and technology in business, paper II
T5	Business plan

Coursework includes individual and/or group activities, to address one or a selected combination of report, critical appraisal, extended paper, or audio-visual presentation, and may include engagement in approved extracurricular activities.

All candidates are required to complete a dissertation of up to 10,000 words (Reference: E1) on a topic approved by the Degree Committee, and will give a presentation on the project work at a symposium (Reference: E2). A mark will also be given for ‘Extramural participation and entrepreneurship’ (Reference: T6), based on continuous assessment of factors such as students’ displayed leadership qualities, publications, participation in business plan competitions, etc.

The Degree Committee for the Faculty of Engineering may issue amendments to the above lists during the Michaelmas Term 2017, provided that no candidate’s preparation for the examination will be affected by the change.

Examination in Energy Technologies for the M.Phil. Degree, 2017–18

The Degree Committee for the Faculty of Engineering gives notice that the modules available to candidates studying the one-year course in Energy Technologies for the degree of Master of Philosophy (Statutes and Ordinances, p. 505) in the academical year 2017–18, and the form of examination of each module, will be as follows:

Core courses (compulsory)

Reference	Name	Mode of assessment
ETA1	Energy topics	Coursework
ETA2	Revision of fundamentals	Coursework
ETB1	Clean fossil fuels	Coursework
ETB2	Renewables 1: wind, wave, tidal, and hydro	Coursework
ETB3	Renewables 2: solar and biofuels	Coursework

Electives (students must choose either five or seven depending on dissertation length)

Reference	Name	Mode of assessment
ETB4	Energy systems and efficiency	Coursework
4A2	Computational fluid dynamics	Coursework
4A3	Turbomachinery I	Coursework and examination
4A7	Aerodynamics	Coursework
4A9	Molecular thermodynamics	Examination
4A10	Flow instability	Examination
4A12	Turbulence and vortex dynamics	Examination
4A13	Combustion and IC engines	Examination
4B19	Renewable electrical power	Examination
4D13	Architectural engineering	Coursework
4E4	Management of technology	Coursework
4E11	Strategic management	Coursework
4I10	Nuclear reactor engineering	Examination
4I11	Advanced fission and fusion systems	Examination
4M16	Nuclear power engineering	Examination
4M18	Present and future energy systems	Examination
4M19	Advanced building physics	Coursework
4M20	Robotics	Coursework
5R10	Turbulent reacting flows	Coursework
5R18	Environmental fluid mechanics and air pollution	Coursework
B2	Catalysis	Examination
B3	Electrochemical engineering	Examination
B7	Particle technology	Examination

Research requirements

Each candidate who takes five electives must submit a thesis of up to 20,000 words on a subject approved by the Degree Committee; each candidate who takes seven electives must write a thesis of up to 10,000 words on a subject approved by the Degree Committee.

The Degree Committee for the Faculty of Engineering may issue amendments to the above lists during the Michaelmas Term 2017, provided that no candidate’s preparation for the examination will be affected by the change.

Examination in Engineering for Sustainable Development for the M.Phil. Degree, 2017–18

The Degree Committee for the Faculty of Engineering gives notice that the modules available to candidates studying the one-year course in Engineering for Sustainable Development for the degree of Master of Philosophy (Statutes and Ordinances, p. 506) in the academical year 2017–18, and the form of examination of each module, will be as follows:

Inner core modules (mandatory)

Teaching to take place in Michaelmas Term 2017

Reference	Name	Mode of assessment
ESD150	Driving change towards sustainability	Coursework
ESD200	Sustainability methods and metrics	Coursework

Teaching to take place in Michaelmas Term 2017 and Lent Term 2018

Reference	Name	Mode of assessment
MOT&I	Management of technology and innovation	Coursework

Outer core modules (candidates must take at least two)1

Teaching to take place in Lent Term 2018

Reference	Name	Mode of assessment2
ESD360	Resilience and hazard mitigation in future cities	Coursework
ESD450	Policy, legislation, and government	Coursework
ESD560	Innovations in sustainable manufacturing	Coursework
ESD650	International development	Coursework

Elective modules

Teaching to take place in Michaelmas Term 2017

Reference	Name	Mode of assessment
4B19	Renewable electrical power	Examination 2
4D13	Architectural engineering	Coursework
4D16	Construction engineering	Examination 2
4E4	Management of technology	Coursework
4E6	Accounting and finance	Coursework
4M18	Present and future energy systems	Examination 2
4M19	Advanced building physics	Coursework
TP1	Technology policy: concepts and frameworks	Coursework
TPE23	Negotiation skills	Coursework
TPE254	Strategic valuation uncertainty and real options in system design	Coursework
EP024	Fundamentals of environmental economics	Coursework
ESD-A2	Sustainable architecture and urban design	Coursework

Teaching to take place in Lent Term 2018

ESD7003,5	Infrastructure design of poor settlements in developing countries	Coursework
ESD9003	Management of resilient water systems	Coursework
4D14	Contaminated land and waste containment	Coursework and examination
4E5	International business economics	Coursework
4E11	Strategic management	Coursework
4G4	Biomimetics	Coursework
4I7/TEP22	Electricity and environment	Coursework
5R19	Earthquake engineering	Coursework
ETB25	Renewable energy: wind, wave, tidal, and hydro	Coursework
ETB35,6	Renewable energy: solar and biomass	Coursework
ETB45	Energy systems and efficiency	Coursework
TPE47	Business, government, and technology in emerging markets	Coursework
TPE5	Policy, design, and evaluation	Examination (two hours)
TPE20	Management of the innovation process	Coursework
EP104	Climate change policy and land development	Examination2

Research requirements

All candidates are required to submit a dissertation of up to 15,000 words on a topic approved by the Degree Committee.

The Degree Committee for the Faculty of Engineering may issue amendments to the above lists during the Michaelmas Term 2017, provided that no candidate’s preparation for the examination will be affected by the change.

Footnotes

1Two modules can be selected from the outer core as elective modules. 
2All written examinations are of one and a half hours’ duration unless otherwise specified. 
3Subject to numbers. 
4A cap will be placed of approximately five ESD students per module. 
5Provisional, and to be confirmed. 
6Lectures in both Michaelmas and Lent Terms (classed as Lent module). 
7Limited places available.

Examination in Industrial Systems, Manufacturing, and Management for the M.Phil. Degree, 2017–18

The Degree Committee for the Faculty of Engineering gives notice that the modules available to candidates studying the one-year course in Industrial Systems, Manufacturing, and Management for the degree of Master of Philosophy (Statutes and Ordinances, p. 513) in the academical year 2017–18, and the form of examination of each module, will be as follows:

Taught modules (all compulsory)

Reference	Name	Mode of assessment
MT1	Manufacturing processes	Coursework
MT2	Manufacturing systems	Coursework
MT3	Organisational systems	Coursework
MT4	Business ecosystems	Coursework

Projects (all compulsory)

Reference	Name	Mode of assessment
PR1	Induction project	Coursework
PR2	Industrial systems and manufacturing processes project	Coursework
PR3	Entrepreneurship project	Coursework
PR4	Innovation and strategy project	Coursework

Research requirement

All candidates must submit a thesis of not more than 15,000 words on a subject approved by the Degree Committee.

The Degree Committee for the Faculty of Engineering may issue amendments to the above lists during the Michaelmas Term 2017, provided that no candidate’s preparation for the examination will be affected by the change.

Examination in Machine Learning, Speech, and Language Technology for the M.Phil. Degree, 2017–18

The Degree Committee for the Faculty of Engineering gives notice that the modules available to candidates studying the one-year course in Machine Learning, Speech, and Language Technology for the degree of Master of Philosophy (Statutes and Ordinances, p. 515) in the academical year 2017–18, and the form of examination of each module, will be as follows:

Core modules

Reference	Name	Mode of assessment
MLSALT1	Introduction to machine learning and spoken language processing	Coursework and examination
MLSALT2	Speech recognition	Coursework
MLSALT4	Advanced machine learning	Coursework
MLSALT5	Speech and language processing applications (half)	Coursework
MLSALT7	Reinforcement learning and decision making (half)	Coursework
MLSALT8	Statistical machine translation (half)	Coursework
MLSALT9	Statistical spoken dialogue systems (half)	Coursework
MLSALT10	Statistical speech synthesis (half)	Coursework
MLSALT12	Computer vision (optional)	Coursework
MLSALT13	Natural language processing (optional)	Coursework
4F10	Deep learning and structured data	Examination
4F13	Probabilistic machine learning (two)	Coursework

Elective modules (candidates must take one)

Reference	Name	Mode of assessment
4F1	Control system design	Coursework and examination
4F2	Robust and nonlinear systems and control	Examination
4F5	Advanced communications and coding	Examination
4F7	Digital filters and spectrum estimation	Examination
4F8	Image processing and image coding	Examination
4F14	Computer systems	Coursework and examination
4G3	Computational neuroscience	Coursework
4M17	Practical optimization	Coursework
4M20	Robotics	Coursework
L18	Automated reasoning	Coursework
L95	Introduction to natural language syntax and parsing	Coursework
R222	Advanced topics in natural language processing	Coursework

Note that some options are half modules, and that one is weighted as two modules. This is indicated above in the module names.

Research

All candidates are required to submit a dissertation of up to 15,000 words on a topic approved by the Degree Committee.

The Degree Committee for the Faculty of Engineering may issue amendments to the above lists during the Michaelmas Term 2017, provided that no candidate’s preparation for the examination will be affected by the change.

Examination in Nuclear Energy for the M.Phil. Degree, 2017–18

The Degree Committee for the Faculty of Engineering gives notice that the modules available to candidates studying the one-year course in Nuclear Energy for the degree of Master of Philosophy (Statutes and Ordinances, p. 520) in the academical year 2017–18, and the form of examination of each module, will be as follows:

Compulsory core modules

Reference	Name	Mode of assessment
NE1	Reactor physics	Examination
NE2	Reactor engineering and thermal-hydraulics (double)	Coursework and examination
NE5	Nuclear safety principles and practice (half)	Coursework and examination
NE6	Nuclear policy	Coursework
NE7	Nuclear practice (half)	Coursework

Other core modules (candidates must take at least one)

Reference	Name	Mode of assessment
NE3	Materials for nuclear energy	Examination
NE4	Fuel cycle, waste, and decommissioning	Examination
NE8	Computational reactor modelling	Coursework
NE9	Advanced fission and fusion reactor systems	Examination

Elective modules

Reference	Name	Mode of assessment
4A2	Computational fluid dynamics	Coursework
4A3	Turbomachinery I	Coursework and examination
4B13	Electronic sensors and instrumentation	Examination
4B19	Renewable electrical power	Examination
4C4	Design methods	Examination
4C5	Design case studies	Coursework
4C7	Random and non-linear vibrations	Coursework and examination
4D7	Concrete structures	Coursework and examination
4D10	Structural steelwork	Coursework and examination
4E4	Management of technology	Coursework
4E5	International business economics	Coursework
4E6	Accounting and finance	Coursework
4E11	Strategic management	Coursework
4F1	Control system design	Coursework and examination
4F2	Robust and nonlinear systems and control	Examination
4F12	Computer vision	Examination
4I8	Medical physics	Examination
4M12	Partial differential equations and variational methods	Examination
4M15	Sustainable energy	Coursework and examination
4M17	Practical optimization	Coursework
ESD560	Innovations in sustainable manufacturing	Coursework
B3	Electrochemical engineering	Examination
B4	Fluid mechanics and environment	Examination
TP1	Introduction to technology policy	Coursework
TP2	Economic foundations of technology policy	Coursework
TP4	Policy, design, and evaluation	Coursework
TPE6	Strategic valuation uncertainty and real options in system design	Coursework
TPE7	Political economy of technology policy	Coursework
TPE10	Management of the innovation process	Coursework
M3	Extraction and recycling	Examination
M15	Corrosion and protection	Examination
M16	Atomistic materials modelling	Examination
M21	Steels	Examination
PNP	Particle and nuclear physics/comp physics	Examination

Note that some options are half modules, and one is a double module. This is indicated above in the module names.

Research

All candidates are required to submit a dissertation of up to 15,000 words on a topic approved by the Degree Committee.

The Degree Committee for the Faculty of Engineering may issue amendments to the above lists during the Michaelmas Term 2017, provided that no candidate’s preparation for the examination will be affected by the change.

Examination in Future Infrastructure and Built Environment for the M.Res. Degree, 2017–18

The Degree Committee for the Faculty of Engineering gives notice that the modules available to candidates studying the one-year course in Future Infrastructure and Built Environment for the degree of Master of Research (Statutes and Ordinances, p. 532) in the academical year 2017–18, and the form of examination of each module, will be as follows:

Core modules (all compulsory)

Reference	Name	Mode of assessment
CM1	Civil engineering theory	Coursework
CM2	Civil engineering research methods	Coursework
CM3	Multi-disciplinarity in civil engineering	Coursework
ETech	Introduction to entrepeneurship	Coursework

Elective modules (two to be chosen in consultation with the Course Director)

Reference	Name	Mode of assessment
4C6	Advanced linear vibrations	Coursework and examination
4C7	Random and non-linear vibrations	Coursework and examination
4C9	Continuum mechanics	Examination
4D4	Construction engineering	Coursework
4D5	Foundation engineering	Coursework and examination
4D7	Concrete structures	Coursework and examination
4D8	Pre-stressed concrete	Examination
4D10	Structural steelwork	Coursework and examination
4D13	Architectural engineering	Coursework
4D15	Sustainable water engineering	Coursework
4F8	Image processing and image coding	Examination
4F12	Computer vision	Examination
4G4	Biomimetics	Coursework
4M12	Partial differential equations and variational methods	Examination
4M14	Sustainable development	Coursework
4M16	Nuclear power engineering	Examination
4M17	Practical optimization	Coursework
4M18	Present and future energy systems	Examination
4M19	Advanced building physics	Coursework
5R5	Advanced experimental methods in geomechanics	Coursework
5R13	Experimental methods in mechanics	Coursework
5R14	Nonlinear solid mechanics	Coursework
5R19	Earthquake engineering	Coursework
EP10	Climate change policy and land development	Examination

Research

All candidates are required to complete a desktop study (DS), a mini-project (MP), a group project (GP), and an M.Res. dissertation of up to 12,000 words on a topic approved by the Degree Committee.

The Degree Committee for the Faculty of Engineering may issue amendments to the above lists during the Michaelmas Term 2017, provided that no candidate’s preparation for the examination will be affected by the change.

Examination in Gas Turbine Aerodynamics for the M.Res. Degree, 2017–18

The Degree Committee for the Faculty of Engineering gives notice that the modules available to candidates studying the one-year course in Gas Turbine Aerodynamics for the degree of Master of Research (Statutes and Ordinances, p. 533) in the academical year 2017–18, and the form of examination of each module, will be as follows:

Core modules

Reference	Name	Mode of assessment
GTA1	Advanced gas turbine aerodynamics	Examination
GTA2	Turbomachinery aerodynamic design process	Coursework
GTA3	Experimental methods	Coursework
GTA4	Researcher skills	Coursework

Elective modules

Reference	Name	Mode of assessment
4A2	Computational fluid dynamics	Coursework
4A3	Turbomachinery I	Coursework and examination
4A7	Aerodynamics	Coursework
4A9	Molecular thermodynamics	Examination
4A15	Aeroacoustics	Examination
4B19	Renewable electrical power	Examination
4E4	Management of technology	Coursework
4E6	Accounting and finance	Coursework
4F1	Control system design	Coursework and examination
4M17	Practical optimization	Coursework
4M18	Present and future energy systems	Examination
4I7	Electricity and environment	Coursework

Research

All candidates are required to complete three mini-projects:

MP1	Combustion system aerodynamics
MP2	Compressor performance
MP3	Internal flows and combustor turbine interaction

All candidates are furthermore required to complete two industry courses:

IC1	Holistic gas turbine design
IC2	Hands-on gas turbine training

Finally, all candidates are required to complete a Ph.D. proposal dissertation of up to 15,000 words on a topic approved by the Degree Committee.

The Degree Committee for the Faculty of Engineering may issue amendments to the above lists during the Michaelmas Term 2017, provided that no candidate’s preparation for the examination will be affected by the change.

Examination in Graphene Technology for the M.Res. Degree, 2017–18

The Degree Committee for the Faculty of Engineering gives notice that the modules available to candidates studying the one-year course in Graphene Technology for the degree of Master of Research (Statutes and Ordinances, p. 533) in the academical year 2017–18, and the form of examination of each module, will be as follows:

Core modules (all compulsory)

Reference	Name	Mode of assessment
GRM1	Technology of graphene, related layered materials, and hybrid systems	Examination
GRM2	Science of graphene, related layered materials, and hybrid systems	Examination
GRM3	Flexible electronics	Examination
NT01	Characterization techniques	Examination
NT04	Nanofabrication techniques	Examination
NT07	Physics at the nanometre-scale	Examination

Research

All candidates are required to complete thirty research skills sessions (reference: RSS) and two mini-projects (reference: MP1 and MP2).

The Degree Committee for the Faculty of Engineering may issue amendments to the above lists during the Michaelmas Term 2017, provided that no candidate’s preparation for the examination will be affected by the change.

Examination in Integrated Photonic and Electronic Systems for the M.Res. Degree, 2017–18

The Degree Committee for the Faculty of Engineering gives notice that the modules available to candidates studying the one-year course in Integrated Photonic and Electronic Systems for the degree of Master of Research (Statutes and Ordinances, p. 533) in the academical year 2017–18, and the form of examination of each module, will be as follows:

Biophysics

Reference	Name	Mode of assessment
4B5	Nanotechnology	Coursework and examination
4G2	Biosensors	Coursework
UCLAPD	Advanced photonic devices	Examination
UCLPON	Physics and optics of nano-structure	Coursework and examination

Photonic systems

Reference	Name	Mode of assessment
4B11	Photonic systems	Examination
UCLPSS	Photonic sub-systems	Examination
UCLBTC	Broadband technologies and components	Examination

Business

Reference	Name	Mode of assessment
4E4	Management of technology	Coursework
4E11	Strategic management	Coursework
UCLTBE	Telecommunication business environment	Coursework

Electives

Reference	Name	Mode of assessment
4B6	Solid state devices and chemical/biological sensors	Examination
4B13	Electronic sensors and instrumentation	Examination
4B21	Analogue integrated circuits	Examination
4B22	Flexible electronics	Examination
4B23	Optical fibre communication	Coursework and examination
4B24	Radio frequency systems	Coursework and examination
4B25	Embedded systems for the Internet of Things	Coursework
4F2	Robust and nonlinear systems and control	Examination
4F5	Advanced communications and coding	Examination
4F7	Digital filters and spectrum estimation	Examination
4F8	Image processing and image coding	Examination
4F12	Computer vision	Examination
P33	Building an internet router	Coursework
R02	Network architecture	Coursework
UCLSNS	Software for network devices	Coursework
UCLOTN	Optical transmission and networks	Examination
UCLNH	Nanotechnology and healthcare	Examination
UCLRCS	RF circuits and sub-systems	Coursework and examination
UCLPON	Physics and optics of nano-structure	Coursework and examination
UCLBCL	Broadband communications lab	Coursework
UCLEEM010	Analogue CMOS IC design and applications	Coursework

Research

All candidates are required to complete two project reports (reference: MP1 and MP2).

The Degree Committee for the Faculty of Engineering may issue amendments to the above lists during the Michaelmas Term 2017, provided that no candidate’s preparation for the examination will be affected by the change. All modules beginning 'UCL' are provided and examined by University College, London.

Examination in Sensor Technologies and Applications for the M.Res. Degree, 2017–18

The Degree Committee for the Faculty of Engineering gives notice that the modules available to candidates studying the one-year course in Sensor Technologies and Applications for the degree of Master of Research (Statutes and Ordinances, p. 535) in the academical year 2017–18, and the form of examination of each module, will be as follows:

Core modules (all compulsory)

Reference	Name	Mode of assessment
STA1	Principles of sensing	Coursework
STA2	Guided sensor design project	Coursework
ETech	Introduction to entrepreneurship	Coursework

Elective modules (three to be chosen in consultation with the Course Director)

Reference	Name	Mode of assessment
2/BP	Biological physics	Examination
4B5	Nanotechnology	Coursework and examination
4B6	Solid state devices and chemical/biological sensors	Examination
4B11	Photonic systems	Examination
4B13	Electronic sensors and instrumentation	Examination
4B22	Flexible electronics	Examination
4C3	Electrical and nano materials	Examination
4C15	MEMS design	Coursework and examination
4E12	Project management	Coursework
4F8	Image processing and image coding	Examination
4G2	Biosensors	Coursework
4M20	Robotics	Coursework
B5	Optical imaging and microscopy	Examination
IDP1	Atmospheric chemistry and global change	Examination
MLSALT4	Advanced machine learning	Coursework
NT01	Nanotechnology characterization techniques	Examination
NT08	Bionanotechnology	Examination
R214	Biomedical information processing	Coursework

Research

All candidates are required to complete an individual mini-project report (reference: MP1) and a ‘Sensor Team Challenge’ project report (reference: GP1).

The Degree Committee for the Faculty of Engineering may issue amendments to the above lists during the Michaelmas Term 2017, provided that no candidate’s preparation for the examination will be affected by the change.

Examination in Ultra Precision Engineering for the M.Res. Degree, 2017–18

The Degree Committee for the Faculty of Engineering gives notice that the modules available to candidates studying the one-year course in Ultra Precision Engineering for the degree of Master of Research (Statutes and Ordinances, p. 536) in the academical year 2017–18, and the form of examination of each module, will be as follows:

Compulsory modules

Reference	Name	Mode of assessment
CRA1	Precision engineering	Coursework
CRA2	Metrology and optical testing	Coursework
P3	Energy beam micro processing	Coursework
4E4	Management of technology	Coursework
FOM	Fundamentals of metrology	Coursework

Laboratory classes (all compulsory)

Reference	Name	Mode of assessment
LAB1	Roll to roll fabrication laboratory class	Coursework
LAB2	Laser machining laboratory class	Coursework
LAB3	Practical metrology laboratory class	Coursework
LAB4	FIB/SEM laboratory class	Coursework
CRA3	Reactive atom plasma laboratory class	Coursework
CRA4	Modal analysis laboratory class	Coursework
CRA5	Test and measurement laboratory class	Coursework
CRA6	Single point diamond turning laboratory class	Coursework

Research

All candidates are required to complete two project reports (reference: RP1 and RP2), and must participate in the Advanced Manufacturing Technologies Reading Club (reference: RC13).

The Degree Committee for the Faculty of Engineering may issue amendments to the above lists during the Michaelmas Term 2017, provided that no candidate’s preparation for the examination will be affected by the change.

Chancellor’s Medal for English Law, 2018: Eligible papers

The Faculty Board of Law gives notice that the following papers prescribed for the LL.M. Examination, 2018, are deemed to be papers in English Law and Legal History for the purpose of the award of the Chancellor’s Medal for English Law (Statutes and Ordinances, p. 780):

3.	International commercial litigation
4.	Law of restitution
6.	Law and information
9.	Corporate finance law
10.	Corporate governance law
12.	Intellectual property
26.	Civil liberties and human rights
30.	Jurisprudence
33.	Comparative family law and policy
35.	History of English civil and criminal law
39.	Legislation

Contents

Law Tripos, 2017–18: Half-papers for Paper 49

Law Tripos, Part II, 2017–18: Seminar courses for Paper 50

M.C.L., 2017–18: Designated papers and form of examination

Explanation of forms of examination

LL.M., 2017–18: Designated papers, prescribed subjects, and forms of examination

Explanation of forms of examination

Examination in Bioscience Enterprise for the M.Phil. Degree, 2017–18

Science and Technology (ST) modules

Business (B) modules

Transitionary (T) modules

Joint assessments

Examination in Energy Technologies for the M.Phil. Degree, 2017–18

Core courses (compulsory)

Electives (students must choose either five or seven depending on dissertation length)

Research requirements

Examination in Engineering for Sustainable Development for the M.Phil. Degree, 2017–18

Inner core modules (mandatory)

Outer core modules (candidates must take at least two)1

Elective modules

Footnotes

Examination in Industrial Systems, Manufacturing, and Management for the M.Phil. Degree, 2017–18

Taught modules (all compulsory)

Projects (all compulsory)

Research requirement

Examination in Machine Learning, Speech, and Language Technology for the M.Phil. Degree, 2017–18

Core modules

Elective modules (candidates must take one)

Research

Examination in Nuclear Energy for the M.Phil. Degree, 2017–18

Compulsory core modules

Other core modules (candidates must take at least one)

Elective modules

Research

Examination in Future Infrastructure and Built Environment for the M.Res. Degree, 2017–18

Core modules (all compulsory)

Elective modules (two to be chosen in consultation with the Course Director)

Research

Examination in Gas Turbine Aerodynamics for the M.Res. Degree, 2017–18

Core modules

Elective modules

Research

Examination in Graphene Technology for the M.Res. Degree, 2017–18

Core modules (all compulsory)

Research

Examination in Integrated Photonic and Electronic Systems for the M.Res. Degree, 2017–18

Biophysics

Photonic systems

Business

Electives

Research

Examination in Sensor Technologies and Applications for the M.Res. Degree, 2017–18

Core modules (all compulsory)

Elective modules (three to be chosen in consultation with the Course Director)

Research

Examination in Ultra Precision Engineering for the M.Res. Degree, 2017–18

Compulsory modules

Laboratory classes (all compulsory)

Research

Chancellor’s Medal for English Law, 2018: Eligible papers