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The examination will take place in the Examination Halls, New Museums Site, unless otherwise stated.
| Monday 19 April | 9-10.30 | 4B5. | Nanotechnology | |
| 4D12. | Coastal and off-shore engineering | |||
| 4F8. | Image processing and image coding | |||
| 2.30-4 | 4C15. | MEMS design | ||
| 4D6. | Dynamics in civil engineering | |||
| 4F6. | Signal detection and estimation | |||
| Tuesday 20 April | 9-10.30 | 4A8. | Environmental fluid mechanics | } |
| 4C6. | Advanced linear vibration | } | ||
| 4F11. | Speech processing | } | ||
| 2.30-4 | 4A6. | Flow induced sound and vibration | } | |
| 4C2. | Designing with composites | } | ||
| 4F10. | Statistical pattern processing | } Art School, | ||
| Wednesday 21 April | 9-10.30 | 4B2. | Power electronics and applications | } Bene't Street |
| 4C12. | Wave propagation | } | ||
| 4F9. | Medical imaging and 3-D computer graphics | } | ||
| 2.30-4 | 4A3. | Turbomachinery I | } | |
| 4C9. | Continuum mechanics | } | ||
| 4F1. | Control system design | } | ||
| Thursday 22 April | 9-10.30 | 4C4. | Design methods | |
| 4D1. | Petroleum engineering | |||
| 4M13. | Complex analysis and optimization | |||
| 9-12 | 3A1. | Fluid mechanics I (double module) | ||
| 2.30-4 | 3M2. | Physiological systems | ||
| 4B11. | Photonic systems | |||
| 4F12. | Computer vision and robotics | |||
| Friday 23 April | 9-10.30 | 4A11. | Turbomachinery II | |
| 4C1. | Design against failure | |||
| 4F5. | Digital communications | |||
| 4B18. | Advanced electronic devices | |||
| 9-12 | 3A3. | Fluid mechanics II (double module) | ||
| 2.30-4 | 3E3. | Modelling risk | ||
| 4B10. | Optoelectronic technologies | |||
| 4C8. | Applications of dynamics | |||
| Saturday 24 April | 9-12 | 3A5. | Energy and power generation (double module) | |
| Monday 26 April | 9-10.30 | 4B8. | Electronic system design | |
| 4C7. | Random and non-linear vibration | |||
| 4D10. | Structural steelwork | |||
| 4F7. | Digital filters and spectrum estimation | |||
| 2.30-4 | 3E1. | Business economics | ||
| 3I1. | Data structures and algorithms | |||
| 4B13. | Electronic sensors and instrumentation | |||
| 4C3. | Electrical and nano materials | |||
| Tuesday 27 April | 9-10.30 | 4E13. | Macroeconomics | |
| 2.30-4 | 3B1. | Radio frequency electronics | ||
| 3C3. | Machine design - tribology | |||
| 3D5. | Environmental engineering I | |||
| Wednesday 28 April | 9-10.30 | 3C1. | Materials processing and design | |
| 3F1. | Signals and systems | |||
| 2.30-4 | 3E4. | Modelling choice | ||
| 4A10. | Flow instability | |||
| 4F2. | Robust multivariable control | |||
| Thursday 29 April | 9-10.30 | 3C2. | Materials process modelling and failure analysis | |
| 3F2. | Systems and control | |||
| 2.30-4 | 3M1. | Introduction to bioscience | ||
| 4B17. | Photonics of molecular materials | |||
| 4D8. | Pre-stressed concrete | |||
| Friday 30 April | 9-10.30 | 3E5. | Human resource management | |
| 4A9. | Molecular thermodynamics | |||
| 4B6. | Solid state devices and chemical/biological sensors | |||
| 2.30-4 | 3E2. | Marketing | ||
| 4A1. | Nuclear power engineering | |||
| 4C14. | Natural and micro-architectured materials | |||
| 4M12. | Partial differential equations and variational methods | |||
| Saturday 1 May | 9-10.30 | 4D13. | Architectural engineering | |
| Monday 3 May | 9-10.30 | 4E6. | Accounting and finance | |
| 2.30-4 | 3E6. | Organizational behaviour and change | ||
| 4B7. | VLSI design, technology, and CAD | |||
| 4D7. | Concrete and masonry structures | |||
| Tuesday 4 May | 9-10.30 | 3B5. | Semiconductor engineering | |
| 3C5. | Dynamics | |||
| 4M6. | Materials and processes for microsystems (MEMS) | |||
| 2.30-4 | 3D1. | Soil mechanics | ||
| 3F5. | Computer and network systems | |||
| 4D5. | Foundation engineering | |||
| 4F3. | Non-linear and predictive control | |||
| Wednesday 5 May | 9-10.30 | 3B3. | Switch-mode electronics | |
| 3D3. | Structural materials and design | |||
| 4A5. | Internal combustion engines | |||
| 4B14. | Solar-electronic power: generation and distribution | |||
| 4D14. | Contaminated land and waste containment | |||
| 2.30-4 | 3B4. | Electric drive systems | ||
| 3D4. | Structural analysis and stability | |||
| 4B15. | Advanced telecomunication networks | |||
| Thursday 6 May | 9-10.30 | 3C7. | Mechanics of solids | |
| 3F4. | Data transmission | |||
| 2.30-4 | 3D2. | Geotechnical engineering | ||
| 3F6. | Software engineering and design | |||
| Friday 7 May | 9-10.30 | 3B6. | Photonic technology | |
| 3C6. | Vibration | |||
| 2.30-4 | 3B2. | Integrated digital electronics | ||
| 3C4. | Machine design - transmissions | |||
| 3D6. | Environmental engineering II | |||
| Saturday 8 May | 9-10.30 | 3D7. | Finite element methods | |
| 3F3. | Signal and pattern processing |
Candidates will be admitted to the examination room 15 minutes before the scheduled time of the examinations and will be given 10 minutes' reading time before being allowed to start writing.
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Cambridge University Reporter 3 March 2004
Copyright © 2003 The Chancellor, Masters and Scholars
of the University of Cambridge.