The Faculty Board of Engineering give notice that the modules prescribed for the examinations to be held in 2013, and the mode of examination for each module, will be as follows:
Part IIa: Modules
Unit |
Title |
Set |
Mode |
Notes |
Group A: Energy, fluid mechanics, and turbomachinery |
||||
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 |
IIAL8 |
p |
|
Group B: Electrical engineering |
||||
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 |
|
Group C: Mechanics, materials, and design |
||||
3C1 |
Materials processing and design (engineering) |
IIAM5 |
p |
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 |
|
Group D: Civil, structural, and environmental engineering |
||||
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 |
IIAL3 |
p |
|
3D7 |
Finite element methods |
IIAL4 |
p |
|
3D8 |
Building physics and environmental geotechnics |
IIAM3 |
p |
|
Group E: Management and manufacturing |
||||
3E1 |
Business economics |
IIAL9 |
p |
|
3E2 |
Marketing |
IIAM11 |
p |
|
3E3 |
Modelling risk |
IIAM9 |
p |
|
3E5 |
Human resource management |
IIAM10 |
p |
|
3E6 |
Organizational behaviour |
IIAL10 |
p |
|
3E10 |
Operations management for engineers |
IIAL11 |
p |
|
Group F: Information engineering |
||||
3F1 |
Signals and systems |
IIAM5 |
p |
|
3F2 |
Systems and control |
IIAL5 |
p |
|
3F3 |
Signal and pattern processing |
IIAL6 |
p |
|
3F5 |
Computer and network systems |
IIAM4 |
p |
|
3F4 |
Data transmission |
IIAL4 |
p |
|
3F6 |
Software engineering and design |
IIAL1 |
p |
|
Group G: Engineering for the life sciences |
||||
3G1 |
Introduction to molecular bioengineering |
IIAM7 |
p |
|
3G2 |
Mathematical physiology |
IIAL8 |
p |
|
3G3 |
Introduction to neuroscience |
IIAL2 |
p |
|
3G4 |
Medical imaging and 3D computer graphics |
IIAM1 |
p |
|
3G5 |
Biomaterials |
IIAM8 |
p |
|
Group M: Multidisciplinary modules |
||||
3M1 |
Mathematical methods |
IIAL10 |
p |
|
Group S: Modules shared with Part IIb |
||||
4C4 |
Design methods |
IIAM12 |
p |
Shared module |
4D16 |
Construction and management |
IIAM12 |
p+c |
Shared module |
4M12 |
Partial differential equations and variational methods |
IIAL12 |
p |
Shared module |
4M16 |
Nuclear power engineering |
IIAL12 |
p |
Shared module |
NOTES
Sets: |
M = Michaelmas |
L = Lent |
Assessment: |
p = exam only |
p+c = exam and course-work |
Candidates may not offer more than one module for examination from any one of the following numbered sets, and may not offer three or more modules from Groups I and S combined. Students may not take more than two management modules.
Set |
Unit |
Title |
Mode |
Notes |
IIAM1 |
3A3 |
Fluid mechanics II |
p |
Double module |
3D1 |
Geotechnical engineering I |
p |
|
|
3G4 |
Medical imaging and 3D computer graphics |
p |
|
|
|
|
|
|
|
IIAM2 |
3D3 |
Structural materials and design |
p |
|
3B3 |
Switch-mode electronics |
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 |
3G5 |
Biomaterials |
p |
||
|
|
|
|
|
IIAM9 |
3E3 |
Modelling risk |
p |
|
|
|
|
|
|
IIAM10 |
3E5 |
Human resource management |
p |
|
|
|
|
|
|
IIAM11 |
3E2 |
Marketing |
p |
|
|
|
|
|
|
IIAM12 |
4C4 |
Design methods |
p |
Shared module |
4D16 |
Construction and management |
p+c |
Shared module |
Set |
Unit |
Title |
Mode |
Notes |
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 |
3B2 |
Integrated digital electronics |
p |
|
3D5 |
Water engineering |
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 |
||
IIAL8 |
3A6 |
Heat and mass transfer |
p |
|
3G2 |
Mathematical physiology |
p |
||
IIAL9 |
3E1 |
Business economics |
p |
|
IIAL10 |
3E6 |
Organizational behaviour |
p |
|
3M1 |
Mathematical methods |
p |
||
IIAL11 |
3E10 |
Operations management for engineers |
p |
|
IIAL12 |
4M12 |
Partial differential equations and variational methods |
p |
Shared module |
4M16 |
Nuclear power engineering |
p |
Shared module |
The modules prescribed for the examinations to be held in 2013, and the mode of examination for each module, will be as follows:
Unit |
Title |
Set |
Mode |
Notes |
Group A: Energy, fluid mechanics, and turbomachinery |
||||
4A2 |
Computational fluid dynamics |
IIBM1 |
c |
|
4A3 |
Turbomachinery I |
IIBM7 |
p+c |
|
4A4 |
Aircraft stability and control |
IIBM2 |
c |
|
4A7 |
Aerodynamics |
IIBM3 |
c |
|
4A9 |
Molecular thermodynamics |
IIBM6 |
p |
|
4A10 |
Flow instability |
IIBL6 |
p |
|
4A11 |
Turbomachinery II |
IIBL9 |
p+c |
|
4A12 |
Turbulence and vortex dynamics |
IIBL3 |
p |
|
4A13 |
Combustion and IC engines |
IIBL5 |
p |
|
4A15 |
Aeroacoustics |
IIBM9 |
p |
|
Group B: Electrical engineering |
||||
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 |
IIBL5 |
p |
|
Group C: Mechanics, materials, and design |
||||
4C2 |
Designing with composites |
IIBM5 |
p+c |
|
4C3 |
Electrical and nano materials |
IIBM6 |
p |
|
4C4 |
Design methods |
IIBM14 |
p |
Shared module |
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 |
|
4C15 |
MEMS: design |
IIBL6 |
p+c |
|
4C16 |
Advanced machine design |
IIBL9 |
p+c |
|
Group D: Civil, structural, and environmental engineering |
||||
4D4 |
Ground engineering |
IIBL8 |
c |
|
4D5 |
Foundation engineering |
IIBL5 |
p+c |
|
4D6 |
Dynamics in civil engineering |
IIBL2 |
p+c |
|
4D7 |
Concrete structures |
IIBL10 |
p+c |
|
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 |
|
4D16 |
Construction and management |
IIBM14 |
p+c |
Shared module |
4D17 |
Plate and shell structures |
IIBM3 |
c |
|
Group E: Management and manufacturing |
||||
4E3 |
Information systems |
IIBM15 |
c |
|
4E4 |
Management of technology |
IIBL15 |
c |
|
4E5 |
International business economics |
IIBL12 |
c |
|
4E6 |
Accounting and finance |
IIBM16 |
c |
|
4E11 |
Strategic management |
IIBL13 |
c |
|
4E12 |
Project management |
IIBL14 |
c |
|
Group F: Information engineering |
||||
4F1 |
Control system design |
IIBM7 |
p+c |
|
4F2 |
Robust and non-linear control |
IIBL9 |
p |
|
4F3 |
Optimal and predictive control |
IIBL3 |
p |
|
4F6 |
Signal detection and estimation |
IIBM5 |
p |
|
4F7 |
Digital filters and spectrum estimation |
IIBM8 |
p |
|
4F8 |
Image processing and image coding |
IIBM6 |
p |
|
4F10 |
Statistical pattern processing |
IIBM9 |
p |
|
4F11 |
Speech and language processing |
IIBL1 |
p |
|
4F12 |
Computer vision and robotics |
IIBM2 |
p |
|
4F13 |
Machine learning |
IIBL8 |
c |
|
Group G: Engineering for the life sciences |
||||
4G2 |
Biosensors |
IIBL8 |
c |
|
4G3 |
Computational neuroscience |
IIBL4 |
c |
|
4G4 |
Biomimetics |
IIBL11 |
c |
|
4G5 |
Molecular modelling |
IIBM3 |
c |
|
4G6 |
Cellular and molecular biomechanics |
IIBM10 |
p |
|
Group I: Imported modules |
||||
4I1 |
Strategic valuation (TPE6) |
IIBM17 |
c |
|
4I5 |
Nuclear materials |
IIBM17 |
p |
|
4I7 |
Electricity and environment |
IIBM12 |
c |
|
4I8 |
Medical physics |
IIBL2 |
p |
|
4I9 |
Low power embedded systems programming |
IIBM17 |
c |
|
Group M: Multidisciplinary modules |
||||
4M1 |
French |
IIBL7 |
c |
|
4M2 |
German |
IIBL7 |
c |
|
4M3 |
Spanish |
IIBM11 |
c |
|
4M4 |
Japanese |
IIBM11 |
c |
|
4M6 |
Materials and processes for microsystems (MEMS) |
IIBM1 |
p+c |
|
4M9 |
Surveying field course |
IIBLV1 |
c |
|
4M12 |
Partial differential equations and variational methods |
IIBL11 |
p |
Shared module |
4M14 |
Sustainable development |
IIBM13 |
c |
|
4M15 |
Sustainable energy |
IIBL10 |
p+c |
|
4M16 |
Nuclear power engineering |
IIBL11 |
p |
Shared module |
4M17 |
Practical optimization |
IIBM12 |
c |
|
Group R: Research modules available to certain undergraduates |
||||
5R18 |
Environmental fluid mechanics |
IIBL8 |
c |
NOTES
c: |
Course-work |
p: |
Exam |
p+c: |
Exam and course-work |
Candidates, when choosing modules for examination, may not offer two or more modules from any one of the following numbered sets. 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.
Group R modules are restricted to candidates who have been classed with a First in Part IIa of the Engineering Tripos; candidates may not offer more than one module from this group.
Set |
Unit |
Title |
Mode |
Notes |
IIBM1 |
4A2 |
Computational fluid dynamics |
c |
|
4D14 |
Contaminated land and waste containment |
p+c |
||
4M6 |
Materials and processes for microsystems (MEMS) |
p+c |
||
IIBM2 |
4A4 |
Aircraft stability and control |
c |
|
4B19 |
Renewable electrical power |
p |
||
4F12 |
Computer vision and robotics |
p |
||
IIBM3 |
4A7 |
Aerodynamics |
c |
|
4D17 |
Plate and shell structures |
c |
||
4G5 |
Molecular modelling |
c |
||
IIBM4 |
4B14 |
Solar-electronic power: generation and distribution |
p+c |
|
4C6 |
Advanced linear vibrations |
p+c |
||
IIBM5 |
4C2 |
Designing with composites |
p+c |
|
4D10 |
Structural steelwork |
p+c |
||
4F6 |
Signal detection and estimation |
p |
||
IIBM6 |
4A9 |
Molecular thermodynamics |
p |
|
4C3 |
Electrical and nano materials |
p |
||
4F8 |
Image processing and image coding |
p |
||
IIBM7 |
4A3 |
Turbomachinery I |
p+c |
|
4C9 |
Continuum mechanics |
p |
||
4F1 |
Control system design |
p+c |
||
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 |
4B5 |
Nanotechnology |
p+c |
|
4G6 |
Cellular and molecular biomechanics |
p |
||
IIBM11 |
4M3 |
Spanish |
c |
|
4M4 |
Japanese |
c |
||
IIBM12 |
4D13 |
Architectural engineering |
c |
|
4I7 |
Electricity and environment |
c |
||
4M17 |
Practical optimization |
c |
||
IIBM13 |
4M14 |
Sustainable development |
c |
|
IIBM14 |
4C4 |
Design methods |
p |
Shared module |
4D16 |
Construction and management |
p+c |
Shared module |
|
IIBM15 |
4E3 |
Information systems |
c |
|
IIBM16 |
4E6 |
Accounting and finance |
c |
|
IIBM17* |
4I1 |
Strategic valuation (TPE6) |
c |
|
4I5 |
Nuclear materials |
p |
||
4I9 |
Low power embedded systems programming |
c |
|
Set |
Unit |
Title |
Mode |
Notes |
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 |
||
4I8 |
Medical physics |
p |
||
IIBL3 |
4A12 |
Turbulence and vortex dynamics |
p |
|
4B6 |
Solid state devices and chemical/biological sensors |
p |
||
4F3 |
Optimal and predictive control |
p |
||
IIBL4 |
4C5 |
Design case studies |
c |
|
4D15 |
Sustainable water engineering |
c |
||
4G3 |
Computational neuroscience |
c |
||
IIBL5 |
4A13 |
Combustion and IC engines |
p |
|
4B21 |
Analogue integrated circuits |
p |
||
4D5 |
Foundation engineering |
p+c |
||
IIBL6 |
4A10 |
Flow instability |
p |
|
4B20 |
Display technology |
p |
||
4C15 |
MEMS: design |
p+c |
||
IIBL7 |
4M1 |
French |
c |
|
4M2 |
German |
c |
||
IIBL8 |
4D4 |
Ground engineering |
c |
|
4F13 |
Machine learning |
c |
||
4G2 |
Biosensors |
c |
||
5R18 |
Environmental fluid mechanics |
c |
||
IIBL9 |
4A11 |
Turbomachinery II |
p+c |
|
4C16 |
Advanced machine design |
p+c |
||
4F2 |
Robust and non-linear control |
p |
||
IIBL10 |
4D7 |
Concrete structures |
p+c |
|
4M15 |
Sustainable energy |
p+c |
||
IIBL11 |
4G4 |
Biomimetics |
c |
|
4M12 |
Partial differential equations and variational methods |
p |
Shared module |
|
4M16 |
Nuclear power engineering |
p |
Shared module |
|
IIBL12 |
4E5 |
International business economics |
c |
|
IIBL13 |
4E11 |
Strategic management |
c |
|
IIBL14 |
4E12 |
Project management |
c |
|
IIBL15 |
4E4 |
Management of technology |
c |
LV1 |
4M9 |
Surveying field course |
The Faculty Board of Engineering give notice that the modules prescribed for the examinations to be held in 2013, will be as follows:
3P1. |
Materials into products |
3P2. |
Production machines and systems |
3P3. |
Product design |
3P4. |
Operations management |
3P5. |
Industrial engineering |
3P6. |
Organizational behaviour |
3P7. |
Managing business and people |
3P8. |
Financial and management accounting |
3P9. |
Industrial economics, strategy, and governance |
3P10. |
Contemporary issues in manufacturing |
All modules will be assessed by examination only, with the exception of module 3P3, which will be assessed by course-work only.
The Faculty Board gives Notice of the following variable subjects to be examined in Tripos 2013:
French
Fr. 7. Topics in Medieval Studies:Defining the human in medieval French literature and culture
Fr. 14. A Special Topic in French studies (A): This paper is not available in 2012–13.
Fr. 15. A Special Topic in French studies (B): Historical perspectives: ethics and the erotic in Occitan thought, 1120–1320
Fr.16. A Special Topic in French studies (C):Colonization, empire, and globalization: technologies of space in French culture since 1700
Ge. 12. A special period or subject in German literature, thought, or history (i):History and identity in Germany, 1750 to the present
Ge. 13. A special period or subject in German literature, thought, or history (ii):Aspects of German-speaking Europe since 1945
It. 9. A special subject in Italian culture:This paper is not available in 2012–13.
NL. 2. A special subject in Neo-Latin literature: Sannazaro, Poliziano, Bèze, Buchanan
CS. 4. A special subject in comparative literature (i):This paper is suspended until further notice.
CS. 5. A special subject in comparative literature (ii):The Body
The Faculty Board of Modern and Medieval Languages give notice that, with effect from October 2012, the Faculty will no longer publish a Notice of prescribed texts and topics for papers offered in the Modern and Medieval Languages Tripos in the Reporter.
Information on texts and topics will be made available on the Faculty’s website by the division of Easter Term the year preceding the examination.