Cambridge University Reporter


Progress Examination in Engineering, 2008 - EGT6

The examination will take place in the Examination Halls, New Museums Site, unless otherwise stated
Monday 21 April 09.00-10.30 4A14. Silent aircraft initiative  
  4B5. Nanotechnology  
 4.30-16.00 4C15. MEMS: design  
  4D6. Dynamics in civil engineering  
  4F8. Image processing and image coding  
Tuesday 22 April 09.00-10.30 4B17. Photonics of molecular materials }
  4C6. Advanced linear vibrations }
 4.30-16.00 4C2. Designing with composites }
  4F10. Statistical pattern processing Arts School, Bene't Street 
Wednesday 23 April 09.00-10.30 4B19. Renewable electric power }
 4.30-16.00 4A3. Turbomachinery I }
  4C9. Continuum mechanics }
  4F1. Control system design }
Thursday 24 April 09.00-12.00 3A1. Fluid mechanics I (double module)  
 4.30-16.00 4B11. Photonic systems  
  4F12. Computer vision and robotics  
Friday 25 April 09.00-10.30 4F13. Machine learning  
 09.00-12.00 3A3. Fluid mechanics II (double module)  
Monday 28 April 09.00-10.30 4B8. Electronic system design  
  4C7. Random and non-linear vibrations  
  4F7. Digital filters and spectrum estimation  
Wednesday 30 April 14.30-16.00 4B15. Advanced telecommunications networks  
  4F2. Robust multivariable control  
Thursday 1 May 14.30-16.00 4A9. Molecular thermodynamics  
  4C3. Electrical and nano materials  
Friday 2 May 09.00-10.30 4A12. Turbulence  
  4B6. Solid state devices and chemical/biological sensors  
  4D9. Plates and shells: theory and computation  
 4.30-16.00 4D8. Pre-stressed concrete  
  4M12. Partial differential equations and variational methods  
Monday 5 May 14.30-16.00 4B13. Electronic sensors and instrumentation  
  4F3. Non-linear and predictive control  
Tuesday 6 May 14.30-16.00 4B7. VLSI design, technology, and CAD  
  4D5. Foundation engineering  
  4G2. Biosensors  
Wednesday 7 May 09.00-10.30 3G4. Medical imaging and 3-D computer graphics  
  4B14. Solar-electronic power: generation and distribution  
Friday 9 May 09.00-10.30 4C4. Design methods  
  4M13. Complex analysis and optimization  
 4.30-16.00 4M6. Materials and processes for microsystems (MEMS)  

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