The Management Committee for the Centre for Research in the Arts, Social Sciences, and Humanities announce that with the agreement of the General Board, the following persons have been appointed to Humanitas Visiting Professorships for 2015–16:
Humanitas Visiting Professorship in Statecraft
and Diplomacy (Michelmas Term 2015):
President Martti Ahtisaari (Former
President of Finland)
Humanitas Visiting Professorship in Chamber Music
(Michelmas Term 2015):
Dame Mitsuko Uchida (Classical
pianist)
Humanitas Visiting Professorship in
Media (Lent Term 2016):
Emily Bell (Journalist, Professor of
Professional Practice and Director, Tow Center for Digital Journalism, Columbia
Journalism School)
Humanitas Visiting Professorship in
Sustainability Studies (Lent Term 2016):
Paul Ferraro (Professor of
Economics, Georgia State University)
Humanitas Visiting Professorship in History of
Art (Easter Term 2016):
Wim Pijbes (Director of the Rijksmuseum,
Amsterdam)
The Faculty Board of Engineering give notice that the modules prescribed for the examinations to be held in 2016, and the mode of examination for each module, will be as follows:
Sets: |
M = Michaelmas Term |
L = Lent Term |
Assessment: |
p = examination only |
p+c = examination and coursework |
Unit |
Title |
Set |
Mode |
Notes |
|
||||
3A1 |
Fluid mechanics I |
IIAM8 / L7 |
p |
Double module |
3A3 |
Fluid mechanics II |
IIAM1 / L1 |
p |
Double module |
3A5 |
Thermodynamics and power generation |
IIAM7 |
p |
|
3A6 |
Heat and mass transfer |
IIAL3 |
p |
|
|
||||
3B1 |
Radio frequency electronics |
IIAM3 |
p |
|
3B2 |
Integrated digital electronics |
IIAL3 |
p |
|
3B3 |
Switch-mode electronics |
IIAM2 |
p |
|
3B4 |
Electric drive systems |
IIAL2 |
p |
|
3B5 |
Semiconductor engineering |
IIAM6 |
p |
|
3B6 |
Photonic technology |
IIAL7 |
p |
|
|
||||
3C1 |
Materials processing and design (engineering) |
IIAM5 |
p |
Also runs as MET 3P1 |
3C5 |
Dynamics |
IIAM6 |
p |
|
3C6 |
Vibration |
IIAL6 |
p |
|
3C7 |
Mechanics of solids |
IIAM4 |
p |
|
3C8 |
Machine design |
IIAM3 |
p |
|
3C9 |
Fracture mechanics of materials and structures |
IIAL5 |
p |
|
|
||||
3D1 |
Geotechnical engineering I |
IIAM1 |
p |
|
3D2 |
Geotechnical engineering II |
IIAL1 |
p |
|
3D3 |
Structural materials and design |
IIAM2 |
p |
|
3D4 |
Structural analysis and stability |
IIAL2 |
p |
|
3D5 |
Water engineering |
IIAM11 |
p |
Moved to MT for 2015–16 |
3D7 |
Finite element methods |
IIAL4 |
p |
|
3D8 |
Building physics and environmental geotechnics |
IIAM3 |
p |
|
|
||||
3E1 |
Business economics |
IIAL9 |
p |
|
3E2 |
Marketing |
IIAM10 |
p |
|
3E3 |
Modelling risk |
IIAM9 |
p |
|
3E5 |
Human resource management |
IIAM10 |
p |
|
3E6 |
Organizational behaviour |
IIAL10 |
p |
|
3E10 |
Operations management for engineers |
IIAL9 |
p |
|
|
||||
3F1 |
Signals and systems |
IIAM5 |
p |
|
3F2 |
Systems and control |
IIAL5 |
p |
|
3F3 |
Signal and pattern processing |
IIAL6 |
p |
|
3F4 |
Data transmission |
IIAL4 |
p |
|
3F5 |
Computer and network systems |
IIAM4 |
p |
|
3F6 |
Software engineering and design |
IIAL1 |
p |
|
|
||||
3G1 |
Introduction to molecular bioengineering |
IIAM7 |
p |
|
3G2 |
Mathematical physiology |
IIAL3 |
p |
|
3G3 |
Introduction to neuroscience |
IIAL2 |
p |
|
3G4 |
Medical imaging and 3-D computer graphics |
IIAL11 |
p |
Moved to LT for 2015–16 |
3G5 |
Biomaterials |
IIAM11 |
p |
|
|
||||
3M1 |
Mathematical methods |
IIAL10 |
p |
|
|
||||
4C4 |
Design methods |
IIAM11 |
p |
Shared module |
4D8 |
Pre-stressed concrete |
IIAL11 |
p+c |
Shared module; alternated with 4D16 |
4M12 |
Partial differential equations and variational methods |
IIAL11 |
p |
Shared module |
4M16 |
Nuclear power engineering |
IIAL11 |
p |
Shared module |
Candidates must offer ten modules for examination. Candidates may offer only one module from any one of the sets, and can offer no more than two modules from Groups I and S combined. Students may not take more than two management modules.
Set |
Unit |
Title |
Mode |
Notes |
Michaelmas Term |
||||
IIAM1 |
3A3 |
Fluid mechanics II |
p |
Double module |
3D1 |
Geotechnical engineering I |
p |
||
IIAM2 |
3B3 |
Switch-mode electronics |
p |
|
3D3 |
Structural materials and design |
p |
||
IIAM3 |
3B1 |
Radio frequency electronics |
p |
|
3C8 |
Machine design |
p |
||
3D8 |
Building physics and environmental geotechnics |
p |
||
IIAM4 |
3C7 |
Mechanics of solids |
p |
|
3F5 |
Computer and network systems |
p |
||
IIAM5 |
3C1 |
Materials processing and design |
p |
|
3F1 |
Signals and systems |
p |
||
IIAM6 |
3B5 |
Semiconductor engineering |
p |
|
3C5 |
Dynamics |
p |
||
IIAM7 |
3A5 |
Thermodynamics and power generation |
p |
|
3G1 |
Introduction to molecular bioengineering |
p |
||
IIAM8 |
3A1 |
Fluid mechanics I |
p |
Double module |
IIAM9 |
3E3 |
Modelling risk |
p |
|
IIAM10 |
3E2 |
Marketing |
p |
|
3E5 |
Human resource management |
p |
||
IIAM11 |
4C4 |
Design methods |
p |
Shared module |
3G5 |
Biomaterials |
p |
||
3D5 |
Water engineering |
p |
Moved from LT to MT |
|
|
||||
IIAL1 |
3A3 |
Fluid mechanics II |
p |
Double module |
3D2 |
Geotechnical engineering II |
p |
||
3F6 |
Software engineering and design |
p |
||
IIAL2 |
3B4 |
Electric drive systems |
p |
|
3D4 |
Structural analysis and stability |
p |
||
3G3 |
Introduction to neuroscience |
p |
||
IIAL3 |
3A6 |
Heat and mass transfer |
p |
|
3B2 |
Integrated digital electronics |
p |
||
3G2 |
Mathematical physiology |
p |
||
IIAL4 |
3D7 |
Finite element methods |
p |
|
3F4 |
Data transmission |
p |
||
IIAL5 |
3C9 |
Fracture mechanics of materials and structures |
p |
|
3F2 |
Systems and control |
p |
||
IIAL6 |
3C6 |
Vibration |
p |
|
3F3 |
Signal and pattern processing |
p |
||
IIAL7 |
3A1 |
Fluid mechanics I |
p |
Double module |
3B6 |
Photonic technology |
p |
||
IIAL9 |
3E1 |
Business economics |
p |
|
3E10 |
Operations management for engineers |
p |
||
IIAL10 |
3E6 |
Organizational behaviour |
p |
|
3M1 |
Mathematical methods |
p |
||
IIAL11 |
4M12 |
Partial differential equations and variational methods |
p |
Shared module |
4M16 |
Nuclear power engineering |
p |
Shared module |
|
3G4 |
Medical imaging and 3-D computer graphics |
p |
Moved from MT to LT |
|
4D8 |
Pre-stressed concrete |
p+c |
Shared module |
The Faculty Board of Engineering give notice that the modules prescribed for the examinations to be held in 2016, and the mode of examination for each module, will be as follows:
c = coursework |
p = examination only |
p+c = examination and coursework |
Unit |
Name |
Set |
Mode |
Notes |
|
||||
4A2 |
Computational fluid dynamics |
IIBM1 |
c |
|
4A3 |
Turbomachinery I |
IIBM7 |
p+c |
|
4A4 |
Aircraft stability and control |
IIBM10 |
c |
Coursework in Christmas vacation, and further lecture in LT |
4A7 |
Aerodynamics |
IIBM3 |
c |
|
4A10 |
Flow instability |
IIBL6 |
p |
|
4A12 |
Turbulence and vortex dynamics |
IIBL3 |
p |
|
4A13 |
Combustion and IC engines |
IIBL5 |
p |
|
4A15 |
Aeroacoustics |
IIBM9 |
p |
|
|
||||
4B2 |
Power microelectronics |
IIBM8 |
p |
|
4B5 |
Nanotechnology |
IIBM10 |
p+c |
|
4B6 |
Solid state devices and chemical/biological sensors |
IIBL3 |
p |
|
4B7 |
VLSI design, technology, and CAD |
IIBL1 |
p+c |
|
4B11 |
Photonic systems |
IIBM9 |
p |
|
4B13 |
Electronic sensors and instrumentation |
IIBL2 |
p |
|
4B14 |
Solar-electronic power: generation and distribution |
IIBM4 |
p+c |
|
4B19 |
Renewable electrical power |
IIBM2 |
p |
|
4B20 |
Display technology |
IIBL6 |
p |
|
4B21 |
Analogue integrated circuits |
IIBM3 |
p |
|
|
||||
4C2 |
Designing with composites |
IIBM5 |
p+c |
|
4C3 |
Electrical and nano materials |
IIBM6 |
p |
|
4C4 |
Design methods |
IIBM2 |
p |
Shared with Part IIa |
4C5 |
Design case studies |
IIBL4 |
c |
|
4C6 |
Advanced linear vibrations |
IIBM4 |
p+c |
|
4C7 |
Random and non-linear vibrations |
IIBM8 |
p+c |
|
4C8 |
Applications of dynamics |
IIBL1 |
p+c |
|
4C9 |
Continuum mechanics |
IIBM7 |
p |
|
4C16 |
Advanced machine design |
IIBL9 |
p+c |
|
|
||||
4D4 |
Construction engineering |
IIBL8 |
c |
|
4D5 |
Foundation engineering |
IIBL5 |
p |
Coursework element removed |
4D6 |
Dynamics in civil engineering |
IIBL2 |
p+c |
|
4D7 |
Concrete structures |
IIBM4 |
p+c |
|
4D8 |
Pre-stressed concrete |
IIBL11 |
p+c |
Shared with IIa |
4D10 |
Structural steelwork |
IIBM5 |
p+c |
|
4D13 |
Architectural engineering |
IIBM12 |
c |
|
4D14 |
Contaminated land and waste containment |
IIBM1 |
p+c |
|
4D15 |
Sustainable water engineering |
IIBL4 |
c |
|
4D17 |
Plate and shell structures |
IIBM3 |
c |
|
|
||||
4E3 |
Information systems |
IIBM15 |
c |
|
4E4 |
Management of technology |
IIBM17 |
c |
|
4E5 |
International business economics |
IIBL12 |
c |
|
4E6 |
Accounting and finance |
IIBM16 |
c |
|
4E11 |
Strategic management |
IIBL13 |
c |
|
4E12 |
Project management |
IIBL14 |
c |
Part IIb Engineering students only |
|
||||
4F1 |
Control system design |
IIBM6 |
p+c |
|
4F2 |
Robust and nonlinear systems and control |
IIBL9 |
p |
|
4F3 |
Optimal and predictive control |
IIBL2 |
p |
|
4F5 |
Advanced communications and coding |
IIBM7 |
p |
|
4F7 |
Digital filters and spectrum estimation |
IIBM8 |
p |
|
4F8 |
Image processing and image coding |
IIBL3 |
p |
|
4F10 |
Statistical pattern processing |
IIBM9 |
p |
|
4F11 |
Speech and language processing |
IIBL1 |
p |
|
4F12 |
Computer vision and robotics |
IIBM2 |
p |
|
4F13 |
Machine learning |
IIBM11 |
c |
Moved from LT |
|
||||
4G1 |
Mathematical biology of the cell |
IIBL6 |
c |
|
4G3 |
Computational neuroscience |
IIBL4 |
c |
|
4G4 |
Biomimetics |
IIBL7 |
c |
|
4G5 |
Molecular modelling |
IIBM14 |
c |
|
4G6 |
Cellular and molecular biomechanics |
IIBM10 |
p |
|
|
||||
4M1 |
French |
IIBL15 |
c |
|
4M9 |
Surveying field course |
LV1 |
c |
Long vacation module; numbers will be capped |
4M12 |
Partial differential equations and variational methods |
IIBL11 |
p |
Shared with Part IIa |
4M14 |
Sustainable development |
IIBM13 |
c |
|
4M15 |
Sustainable energy |
IIBL8 |
p+c |
|
4M16 |
Nuclear power engineering |
IIBL11 |
p |
Shared with Part IIa |
4M17 |
Practical optimization |
IIBM14 |
c |
|
4M18 |
Present and future energy systems |
IIBM5 |
p |
|
4M19 |
Advanced building physics |
IIBM14 |
c |
|
4M20 |
Robotics |
IIBM12 |
c |
New in 2015–16 |
|
||||
4I1 |
Strategic valuation (TPE6) |
IIBM18 |
c |
Christmas vacation module; numbers will be capped; borrowed from M.Phil. in Technology Policy |
4I7 |
Electricity and environment (TPE7) |
IIBL7 |
c |
Borrowed from M.Phil. in Technology Policy |
4I8 |
Medical physics |
IIBL10 |
p |
Borrowed from Physics |
4I10 |
Nuclear reactor engineering |
IIBM13 |
p |
Borrowed from M.Phil. in Nuclear Energy |
4I11 |
Advanced fission and fusion systems |
IIBL10 |
p |
Borrowed from M.Phil. in Nuclear Energy |
Candidates must offer eight modules for examination. Candidates may offer only one module from any chosen set as listed below. In addition, students may take not more than three from the following: any of the 4E papers; 4I1 and 4I7; 4M1–4, and (when available) 4D16.
No candidate who offered any module for Part IIa may again offer the same module for Part IIb.
There will be no Group R (research) modules available to Part IIb students in 2015–16.
Set |
Unit |
Title |
Mode |
Notes |
|
||||
IIBM1 |
4A2 |
Computational fluid dynamics |
c |
|
4D14 |
Contaminated land and waste containment |
p+c |
||
IIBM2 |
4B19 |
Renewable electrical power |
p |
|
4C4 |
Design methods |
p |
Shared with Part IIa |
|
4F12 |
Computer vision and robotics |
p |
||
IIBM3 |
4A7 |
Aerodynamics |
c |
|
4B21 |
Analogue integrated circuits |
p |
||
4D17 |
Plate and shell structures |
c |
||
IIBM4 |
4B14 |
Solar-electronic power: generation and distribution |
p+c |
|
4C6 |
Advanced linear vibrations |
p+c |
||
4D7 |
Concrete structures |
p+c |
||
IIBM5 |
4C2 |
Designing with composites |
p+c |
|
4D10 |
Structural steelwork |
p+c |
||
4M18 |
Present and future energy systems |
p |
||
IIBM6 |
4C3 |
Electrical and nano materials |
p |
|
4F1 |
Control system design |
p+c |
||
IIBM7 |
4A3 |
Turbomachinery I |
p+c |
|
4C9 |
Continuum mechanics |
p |
||
4F5 |
Advanced communications and coding |
p |
||
IIBM8 |
4B2 |
Power microelectronics |
p |
|
4C7 |
Random and non-linear vibrations |
p+c |
||
4F7 |
Digital filters and spectrum estimation |
p |
||
IIBM9 |
4A15 |
Aeroacoustics |
p |
|
4B11 |
Photonic systems |
p |
||
4F10 |
Statistical pattern processing |
p |
||
IIBM10 |
4A4 |
Aircraft stability and control |
c |
|
4B5 |
Nanotechnology |
p+c |
||
4G6 |
Cellular and molecular biomechanics |
p |
||
IIBM11 |
4F13 |
Machine learning |
c |
|
IIBM12 |
4D13 |
Architectural engineering |
c |
|
4M20 |
Robotics |
c |
||
IIBM13 |
4I10 |
Nuclear reactor engineering |
p |
|
4M14 |
Sustainable development |
c |
||
IIBM14 |
4M17 |
Practical optimization |
c |
|
4M19 |
Advanced building physics |
c |
||
4G5 |
Molecular modelling |
c |
||
IIBM15 |
4E3 |
Information systems |
c |
|
IIBM16 |
4E6 |
Accounting and finance |
c |
|
IIBM17 |
4E4 |
Management of technology |
c |
|
IIBM18 |
4I1 |
Strategic valuation (TPE6) |
c |
Christmas vacation module; cap 10–14 |
|
||||
IIBL1 |
4B7 |
Vlsi design, technology, and CAD |
p+c |
|
4C8 |
Applications of dynamics |
p+c |
||
4F11 |
Speech and language processing |
p |
||
IIBL2 |
4B13 |
Electronic sensors and instrumentation |
p |
|
4D6 |
Dynamics in civil engineering |
p+c |
||
4F3 |
Optimal and predictive control |
p |
||
IIBL3 |
4A12 |
Turbulence and vortex dynamics |
p |
|
4B6 |
Solid state devices and chemical/biological sensors |
p |
||
4F8 |
Image processing and image coding |
p |
||
IIBL4 |
4C5 |
Design case studies |
c |
|
4D15 |
Sustainable water engineering |
c |
||
4G3 |
Computational neuroscience |
c |
||
IIBL5 |
4A13 |
Combustion and IC engines |
p |
|
4D5 |
Foundation engineering |
p |
Coursework element removed |
|
IIBL6 |
4A10 |
Flow instability |
p |
|
4B20 |
Display technology |
p |
||
4G1 |
Mathematical biology of the cell |
c |
||
IIBL7 |
4G4 |
Biomimetics |
c |
|
4I7 |
Electricity and environment |
c |
||
IIBL8 |
4D4 |
Construction engineering |
c |
|
4M15 |
Sustainable energy |
p+c |
||
IIBL9 |
4C16 |
Advanced machine design |
p+c |
|
4F2 |
Robust and nonlinear systems and control |
p |
||
IIBL10* |
4I8 |
Medical physics |
p |
|
4I11 |
Advanced fission and fusion systems |
p |
||
IIBL11 |
4M12 |
Partial differential equations and variational methods |
p |
Shared with Part IIa |
4M16 |
Nuclear power engineering |
p |
Shared with Part IIa |
|
4D8 |
Pre-stressed concrete |
p+c |
Shared with Part IIa |
|
IIBL12 |
4E5 |
International business economics |
c |
|
IIBL13 |
4E11 |
Strategic management |
c |
|
IIBL14 |
4E12 |
Project management |
c |
Part IIb Engineering students only |
IIBL15 |
4M1 |
French |
c |
|
|
||||
LV1 |
4M9 |
Surveying field course |
c |
Numbers will be capped at 16 |
* Please note that as the Faculty Board of Engineering do not have exclusive control over all sets they cannot guarantee that those marked with a star will not clash with any other set.
The Faculty Board of English give notice of the following supplementary regulations for Parts I and II of the English Tripos.
The paper, which shall be set for three and a half hours, shall consist of questions offering passages of English verse or prose from various periods for critical comment.
The period covered by this paper is 1066–c.1350. English, French, and Latin texts shall be prescribed for special study, and passages set from them for translation or explanation or both. Questions shall also be set on English, French, and Latin texts of the period. Candidates will be required to show knowledge of literature from two languages in the paper as a whole. Candidates are expected to show such knowledge of the life and thought of the period as is necessary for the understanding of its literature.
Medieval texts shall be prescribed for special study, and passages shall be set from them for translation or comment, or both. The Faculty Board may give notice from time to time of a list of topics on which optional questions will be set. Questions shall be set both on the literature and on the life and thought of the period.
There are no prescribed texts or topics for this paper. Questions will be set on the literature of the period and its contexts. Candidates will be required to answer three questions. In their scripts as a whole, they must demonstrate substantial knowledge of the literature of the British Isles (which may include Ireland). They must also show substantial knowledge of literature from both before and after 1603.
Questions shall be set requiring explanation and discussion of a specified work or works. Questions shall also be set on the whole range of Shakespeare’s work and matters of historical and critical interest.
There are no prescribed texts or topics for this paper. Questions will be set on the literature of the period and its contexts. Candidates will be required to answer three questions. In their scripts as a whole, they must demonstrate substantial knowledge of the literature of the British Isles (which may include Ireland). They must also show substantial knowledge of literature from both before and after 1784.
There are no prescribed texts or topics for this paper. Questions will be set on the literature of the period and its contexts. Candidates will be required to answer three questions. In their scripts as a whole, they must demonstrate substantial knowledge of the literature of the British Isles (which may include Ireland). They must also show substantial knowledge of literature from both before and after 1890.
There are no prescribed texts or topics for this paper. Questions will be set on the literature of the period and its contexts. Candidates will be required to answer three questions. In their scripts as a whole, they must demonstrate substantial knowledge of the literature of the British Isles (which may include Ireland). They must also show substantial knowledge of literature from both before and after 1945.
Passages of English prose and verse for critical comment.
Tragedy ancient and modern, in connection and comparison with English Tragedy.
Candidates will be expected to show a full and detailed knowledge of the works of Chaucer. Questions shall be set on those works and on Chaucer’s relationship to his contemporaries and to the life and thought of his age.
A specific literary subject shall be prescribed for special study. It shall be of a kind to require reading in early as well as in late medieval English literature and may involve the study of related texts from other languages.
The paper will be divided into two sections. Section A will consist of passages for comment and Section B will consist of essay questions. In the paper as a whole, candidates must show knowledge of work from a range of playwrights within the period 1588–1642.
The paper will be divided into two sections. Section A will consist of passages for comment and Section B will consist of essay questions.
The examination paper will be divided into two sections. Section A will consist of essay questions on lyric poetry composed in Britain between 1790 and 1830. Section B will consist of essay questions offering candidates the opportunity to explore many aspects of the nature and history of lyric in many different ways.
The paper will be divided into two sections. Section A will consist of passages for comment; Section B will consist of essay questions about authors, topics, genres, and writing in the period generally, and about the relationships between literature, life, and thought 1847–1872.
The paper will be divided into three sections. Section A will consist of passages for comment, which will be drawn either from short stories published between 1890–1945, or from commentary on the short story as a genre. Section B will consist of essay questions about the genre’s formal qualities, about the history of its development during the period, and about the variety of uses to which it was put. Section C will consist of essay questions about the ways in which individual writers made the genre their own.
The paper will be divided into two sections. Section A will consist of six passages, one from each of the following categories: poetry; drama including screenplays; fictional prose; non-fictional prose (including travel and life-writing); literary criticism; and trans-generic/hybrid modes. Section B will consist of between 15 and 20 essay questions.
The paper will be divided into two sections. Section A will consist of passages for comment; Section B will consist of essay questions, enabling comparison between texts from different regions. The scope of the paper is, subject to the following qualifications, literature in English outside the British Isles and the United States of America. It includes expatriate nationals publishing in those countries (e.g. Rushdie, d’Aguiar, Lessing). Comparative and incidental reference to British, Irish, American, and foreign language texts is welcome but should not form the greater part of any single answer. Answering on texts in translation is permitted but should not constitute the greater part of answers to the paper as a whole.
The paper will be divided into two sections. Section A will consist of passages for comment from or relating to the period 1835–1865. Section B will consist of essay topics covering American literature with particular emphasis on literature from 1820 to the present day. The subject covered by the paper is American literature, life, and thought, with special reference to the period from 1820 to the present day. All candidates will be expected to show such knowledge of the life, history, and thought of the period as is necessary for understanding its literature.
The paper will not be divided into sections. Questions will be set on the history and nature of moral thought, broadly interpreted. Candidates will be invited to show knowledge of a range of literary, philosophical, social, and political writings by authors from Plato to the present.
The paper shall comprise historical, critical, and comparative questions on works and problems in the history of literary criticism and also of literary theory from the fourth century bc to the present day. A sufficient number of questions will be set to enable candidates to choose questions on a limited chronological period (including the modern period).
The paper will be divided into two sections: Section A, Shakespeare’s plays in performance in the Shakespearean theatre; and Section B, Shakespeare’s plays in performance, 1894 to the present.
The paper will be divided into two sections: Section A, practices and methodologies, will address issues of theory and principle. Section B will concern classical Hollywood: genre and style, 1930–1950. Both sections will consist of essay questions, except that either section may in addition contain passages and/or images for comment.