The Faculty Board of Engineering give notice that the modules prescribed for the examinations to be held in 2004, and the mode of examination for each module, will be as follows:
Number and title of module | Set | Mode of examination | ||
Group A: Energy, fluid mechanics, and turbomachinery |
4A1 | Nuclear power engineering | L6 | Exam and course-work |
4A2 | Computational fluid dynamics | M2 | Course-work | |
4A3 | Turbomachinery I | M7 | Exam and course-work | |
4A4 | Aircraft stability and control | M9 | Course-work | |
4A5 | Internal Combustion engines | M5 | Course-work | |
4A6 | Flow induced sound and vibration | M3 | Exam | |
4A7 | Aerodynamics | L10 | Course-work | |
4A8 | Environmental fluid mechanics | M4 | Exam | |
4A10 | Flow instability | L4 | Exam | |
4A11 | Turbomachinery II | L8 | Exam and course-work | |
4A12 | Turbulence | L3 | Exam | |
Group B: Electrical engineering |
4B2 | Power electronics and applications | L9 | Exam |
4B5 | Nanotechnology | M10 | Exam and course-work | |
4B6 | Solid state devices and chemical/biological sensors | L3 | Exam | |
4B7 | VLSI design, technology, and CAD | M2 | Exam and course-work | |
4B8 | Electronic system design | M8 | Exam and course-work | |
4B10 | Optoelectronic technologies | L1 | Exam and course-work | |
4B11 | Photonic systems | M9 | Exam | |
4B13 | Electronic sensors and instrumentation | M6 | Exam | |
4B14 | Solar-electronic power: generation and distribution | M5 | Exam and course-work | |
4B15 | Advanced telecommunications networks (subject to staff availability) | L4 | Exam and course-work | |
4B17 | Photonics of molecular materials | L10 | Exam | |
4B18 | Advanced electronic devices | L8 | Exam | |
Group C: Mechanics, materials, and design |
4C1 | Design against failure | L8 | Exam |
4C2 | Designing with composites | M3 | Exam and course-work | |
4C3 | Electrical and nano materials | M6 | Exam | |
4C4 | Design methods | M1 | Exam and course-work | |
4C5 | Design case studies | L5 | Course-work | |
4C6 | Advanced linear vibration | M4 | Exam and course-work | |
4C7 | Random and non-linear vibration | M8 | Exam and course-work | |
4C8 | Applications of dynamics | L1 | Exam and course-work | |
4C9 | Continuum mechanics | M7 | Exam and course-work | |
4C14 | Mechanics of biological systems | L6 | Exam | |
4C15 | MEMS: design | L2 | Exam and course-work | |
Group D: Civil, structural, and environmental engineering |
4D1 | Petroleum engineering | M1 | Exam and course-work |
4D2 | Lightweight structures | M6 | Course-work | |
4D4 | Ground engineering | L3 | Course-work | |
4D5 | Foundation engineering | L5 | Exam and course-work | |
4D6 | Dynamics in civil engineering | L2 | Exam and course-work | |
4D7 | Concrete and masonry structures | M2 | Exam and course-work | |
4D8 | Pre-stressed concrete | L10 | Exam and course-work | |
4D10 | Structural steelwork | M8 | Exam and course-work | |
4D11 | Building physics | L- | Exam and course-work | |
4D14 | Contaminated land and waste containment | M5 | Exam and course-work | |
4D15 | Sustainable water engineering | L4 | Course-work | |
4D16 | Construction and management | M11 | Exam and course-work | |
Group E: Management and manufacturing |
4E1 | Technological innovation: research and and practice | M- | Course-work |
4E4 | Management of technology | M- | Course-work | |
4E5 | International business economics | L- | Course-work | |
4E6 | Accounting and finance | M- | Exam | |
4E7 | Enterprise and business development | L- | Course-work | |
4E8 | Design and management of manufacturing systems | M- | Course-work | |
4E9 | Quantitative developments in operations management | L- | Course-work | |
4E11 | Strategic management | L- | Course-work | |
Group F: Information engineering |
4F1 | Control system design | M7 | Exam and course-work |
4F2 | Robust multivariable control | L4 | Exam and course-work | |
4F3 | Non-linear and predictive control | L5 | Exam | |
4F5 | Digital communications | L8 | Exam | |
4F6 | Signal detection and estimation | L2 | Exam | |
4F7 | Digital filters and spectrum estimation | M8 | Exam | |
4F8 | Image processing and image coding | M10 | Exam | |
4F9 | Medical imaging and 3D computer graphics | L9 | Exam | |
4F10 | Statistical pattern processing | M3 | Exam | |
4F11 | Speech processing | M4 | Exam | |
4F12 | Computer vision and robotics | M9 | Exam | |
Group I: Imported Modules |
4I1 | Real options for engineering systems (TP6) | M- | Course-work |
4I3 | Distribution networks: economics, market structures, and strategies (TP5) | M- | Course-work | |
4I4 | The political economy of technology policy (TP7) | L- | Course-work | |
4I5 | Introduction to technology and policy (TP1) | M- | Course-work | |
4I7 | Key methods in technology policy (TP3) | L- | Course-work | |
Group M: Multidisciplinary modules |
4M9 | Surveying field course | LV | Course-work |
4M1 | French | L7 | Course-work | |
4M2 | German | L7 | Course-work | |
4M3 | Spanish | L7 | Course-work | |
4M6 | Materials and processes for microsystems (MEMS) | M- | Exam and course-work | |
4M12 | Partial differential equations and variational methods | L6 | Exam | |
4M13 | Complex analysis and optimization | M1 | Exam | |
4M14 | Sustainable development | M- | Course-work | |
Group R: Research modules available to certain undergraduates |
5R1 | Stochastic processes and optimization methods | L- | Course-work |
5R5 | Advanced experimental methods in geomechanics | M- | Course-work | |
5R11 | Applications in MEMS | L- | Course-work |
Sets for 2003-04
RESTRICTIONS ON THE COMBINATIONS OF MODULES CANDIDATES MAY CHOOSE TO OFFER
Candidates when choosing modules for examination may not offer two or more modules from any one of the following numbered sets.
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 or in the Electrical and Information Sciences Tripos Part I; candidates may not offer more than one module from this group.
Set. | No | Title |
M1 | 4C4 | Design methods |
Shared with IIA | 4D1 | Petroleum engineering |
4M13 | Complex analysis and optimization | |
M2 | 4A2 | Computational fluid dynamics |
4D7 | Concrete and masonry structures | |
4F3 | Non-linear and predictive control | |
M3 | 4A6 | Flow induced sound and vibration |
4C2 | Designing with composites | |
4F10 | Statistical pattern processing | |
M4 | 4A8 | Environmental fluid mechanics |
4B17 | Photonics of molecular materials | |
4C6 | Advanced linear vibration | |
4F11 | Speech processing | |
M5 | 4A5 | Internal combustion engines |
4B14 | Solar-electronic power generation and distribution | |
4D14 | Contaminated land and waste containment | |
M6 | 4C3 | Electrical and nano materials |
4D2 | Lightweight structures | |
M7 | 4A3 | Turbomachinery I |
4C9 | Continuum mechanics | |
4F1 | Control system design | |
M8 | 4B8 | Electronic system design |
4C7 | Random and non-linear vibration | |
4D10 | Structural steelwork | |
4F7 | Digital filters and spectrum estimation | |
M9 | 4A4 | Aircraft stability and control |
4B11 | Photonic systems | |
4F12 | Computer vision and robotics | |
M10 | 4B5 | Nanotechnology |
4D4 | Ground engineering | |
4F8 | Image processing and image coding | |
M11 Shared with IIA | 4D16 | Construction and management |
Lent Term | ||
L1 | 4B10 | Optoelectronic technologies |
4C8 | Applications of dynamics | |
L2 | 4C15 | MEMS: design |
4D6 | Dynamics in civil engineering | |
4F6 | Signal detection and estimation | |
L3 | 4A12 | Turbulence |
4B6 | Solid state devices and chemical/biological sensors | |
L4 | 4A10 | Flow instability |
4B15 | Advanced telecommunications networks | |
4D15 | Sustainable water engineering | |
4F2 | Robust multivariable control | |
L5 | 4C5 | Design case studies |
4D5 | Foundation engineering | |
4B7 | VLSI design, technology, and CAD | |
L6 shared with IIA | 4A1 | Nuclear power engineering |
4C14 | Mechanics of biological systems | |
4M12 | Partial differential equations and variational methods | |
L7 | 4M1 | French |
4M2 | German | |
4M3 | Spanish | |
L8 | 4A11 | Turbomachinery II |
4B18 | Advanced electronic devices | |
4C1 | Design against failure | |
4F5 | Digital communications | |
L9 | 4B2 | Power electronics and applications |
4C12 | Wave propagation | |
4F9 | Medical imaging and 3D computer graphics | |
L10 | 4A7 | Aerodynamics |
4B13 | Electronic sensors and instrumentation | |
4D8 | Pre-stressed concrete |
L | 4D11 | Building physics (shared with IIA) |
M | 4E1 | Technological innovation: research and practice |
M | 4E4 | Management of technology |
L | 4E5 | International business economics |
M | 4E6 | Accounting and finance (shared with IIA) |
L | 4E7 | Enterprise and business development |
M | 4E8 | Design and management of manufacturing systems |
L | 4E9 | Quantitative techniques in operations management |
L | 4E11 | Strategic management |
M | 4M6 | Materials and processes for microsystems (MEMS) |
L | 4M8 | Bioinformatics |
LV | 4M9 | Surveying field course |
M | 4M14 | Engineering for sustainable development |
L | 4I1 | Real options for engineering systems (TP6) |
M | 4I3 | Distribution networks: economics , market structures, and strategies (TP5) |
L | 5R1 | Stochastic processes and optimization methods |
M | 5R5 | Advanced experimental methods in geomechanics |
L | 5R11 | Applications in MEMS |
NOTES: M = Michaelmas, L = Lent, LV = Long Vacation