Undergraduate Teaching 2017-18

Part IIB syllabuses; links to on-line resources

Part IIB syllabuses; links to on-line resources

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Index

Note that all modules are assessed by 100% Coursework, or 100% Examination, or 75% Examination and 25% Coursework.  In all cases, the definitive form of assessment is given in the Faculty Board Notice.

Interactive booklists for Part IIB are available on Moodle.

Group A: Energy, Fluid Mechanics and Turbomachinery

Module Term (set) Form of assessment Prerequisites On-line resources Leader
Code Title (linked to syllabus) Assumed Useful
4A2 Computational fluid dynamics M(1) Coursework 3A1, 3A3   Moodle Prof. P.G. Tucker
4A3 Turbomachinery M(4) Exam and coursework 3A1, 3A3   Moodle Dr N.R. Atkins
4A4 Aircraft stability and control M(7) Coursework     Moodle Dr W.R. Graham
4A7 Aerodynamics M(8) Coursework 3A1, 3A3   Moodle Dr J. Jarrett
4A9 Molecular thermodynamics M(5) Exam   3A1, 3A5 Moodle Dr A. J. White
4A10 Flow instability L(11) Exam 3A1   Moodle Prof. G. Hunt
4A12 Turbulence and vortex dynamics L(3) Exam 3A1 3A3 Moodle Prof. P. Davidson
4A13 Combustion and IC engines L(5) Exam   3A5, 3A6 Moodle Prof. S. Hochgreb
4A15 Aeroacoustics M(6) Exam 3A1   Moodle Dr A Agarwal

 

Group B: Electrical Engineering





Module Term (set) Form of assessment Prerequisites On-line resources Leader
Code Title (linked to syllabus) Assumed Useful
4B2 Power microelectronics M(6) Exam   3B3, 3B5 Moodle Prof. F. Udrea
4B6 Solid state devices and chemical/biological sensors L(3) Exam   3B5, 3B6   Prof. D. Chu
4B11 Photonic systems M(5) Exam   3B6 Moodle Prof. T. Wilkinson
4B13 Electronic sensors and instrumentation L(1) Exam 3B1   Moodle Dr P A Robertson
4B19 Renewable electrical power M(2) Exam   3B3, 3B4, 3B6 Moodle Dr T. Flack
4B21 Analogue integrated circuits M(3) Exam 3B1, 3B2, 3B5 3B3, 3B6 Moodle Prof. A. Nathan
4B22 Flexible Electronics L(5) Exam   3B5 Moodle Dr F Torrisi
4B23 Optical Fibre Communication L(2) Exam and coursework   3B6, 3F4 Moodle Dr S J Savory
4B24 Radio frequency systems L(4) Exam and coursework 3B1   Moodle Dr M J Crisp
4B25 Embedded systems for the internet of things M(7) Coursework   3B2 Moodle Dr P Stanley-Marbell

 

Group C: Mechanics, Materials and Design

Module Term (set) Form of assessment Prerequisites On-line resources Leader
Code Title (linked to syllabus) Assumed Useful
4C2 Designing with composites M(3) Exam and Coursework     Moodle Dr A Markaki
4C3 Electrical and nano materials M(8) Exam     Moodle Dr J H Durrell
4C4 Design methods M(2) Exam     Moodle Dr J. Cullen
4C5 Design case studies L(4) Coursework   4C4 Moodle Dr P Kristensson
4C6 Advanced linear vibrations M(4) Exam and Coursework 3C6   Moodle Prof. J. Woodhouse
4C7 Random and non-linear vibrations M(5) Exam and Coursework   3C6 Moodle Prof. R. Langley
4C8 Vehicle Dynamics L(8) Exam and Coursework   3C5, 3C6 Moodle Prof D Cebon
4C9 Continuum mechanics L(7) Exam 3C7 3D7 Moodle Dr G McShane
4C15 MEMS: design L(2) Exam and Coursework     Moodle Prof A. Seshia

 

Group D: Civil, Structural and Environmental Engineering

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Module Term (set) Form of assessment Prerequisites On-line resources Leader
Code Title (linked to syllabus) Assumed Useful
4D4 Construction engineering L(4) Coursework   3D1, 3D2, 4D16 Moodle Dr I Brilakis
4D5 Foundation engineering L(5) Exam 3D2   Moodle Dr G. Biscontin
4D6 Dynamics in civil engineering L(2) Exam and Coursework 3D7 3D2, 3D4 Moodle Prof. G. Madabhushi
4D7 Concrete structures M(4) Exam and Coursework 3D3   Moodle Prof. C. Middleton
4D8

Pre-stressed Concrete

L(1) Exam   3D3, 3D4 Moodle
 
Prof T J Ibell
4D10 Structural steelwork M(3) Exam and Coursework 3D4 3D3 Moodle Mr F  A McRobie
4D13 Architectural engineering M(8) Coursework   3D3, 3D4 Moodle Dr R Choudhary
4D14 Contaminated land and waste containment L(3) Exam and Coursework   3D8 Moodle Prof S P G Madabhushi
4D15 Sustainable water engineering L(4) Coursework   3D5, 3D8 Moodle Prof R. Fenner

 

Group E: Management and Manufacturing

Module Term (set) Form of assessment Prerequisites On-line resources Leader
Code Title (linked to syllabus) Assumed Useful
4E1 Innovation and strategic management of intellectual property M(9) Coursework     Moodle Dr F Tietze
4E3 Business innovation in a digital age M(9) Coursework     Moodle Dr S Pachidi
4E4 Management of technology M(9) Coursework     Moodle Dr T. Minshall
4E5 International Business L(9) Coursework     Moodle Dr J.J. Kroezen
4E6 Accounting and finance M(9) Coursework     Moodle Dr O. Cole
4E11 Strategic management L(9) Coursework     Moodle Prof S  Ansari
4E12 Project management L(9) Coursework     Moodle Dr N. Oraiopoulos

 

Group F: Information Engineering



Module Term (set) Form of assessment Prerequisites On-line resources Leader
Code Title (linked to syllabus) Assumed Useful
4F1 Control system design M(7) Exam and Coursework   3F1, 3F2   Dr T Hughes
4F2 Robust and nonlinear systems and control L(7) Exam 3F2   Moodle Dr F F Forni
4F5 Advanced communications and coding L(6) Exam   3F1, 3F4,3F7 Moodle Dr J. Sayir
4F7 Statistical signal analysis M(4) Exam 3F3     Dr S. Singh
4F8 Image processing and image coding L(3) Exam 3F1 3F3, 3F7 Moodle Dr J Lasenby
4F10 Deep learning and structured data M(6) Exam   3F1, 3F3, 3F8 Moodle Prof. M.J. Gales
4F12 Computer vision M(2) Exam     Moodle Prof. R. Cipolla
4F13 Probablilistic Machine Learning M(1) Coursework   3F3 Machine learning lecture notes Prof C. Rasmussen
4F14 Computer Systems L(5) Exam and Coursework Part I Digital circuits and computing   Moodle Dr A H Gee

 

Group G: Bioengineering

Module Term (set) Form of assessment Prerequisites On-line resources Leader
Code Title (linked to syllabus) Assumed Useful
4G1 Mathematical biology of the cell M(11) Coursework     Moodle Dr T. Savin
4G2 Biosensors L(6) Coursework     Moodle Prof A. Seshia
4G3 Computational neuroscience L(4) Coursework   3G2, 3G3 Moodle Prof M Lengyel
4G4 Biomimetics L(11) Coursework     Moodle Dr M L Oyen

 

Group I: Imported Modules

Note that these modules are all imported from other courses, and hence might be timetabled at unusual times and in unusual places, and have a different course structure to other IIB modules. Also, many of them have a cap on numbers. However, they do provide a tremendous opportunity to learn about a wider range of technology than the Engineering Tripos would otherwise provide.



Module Term (set) Form of assessment Prerequisites On-line resources Leader
Code Title (linked to syllabus) Assumed Useful
4I1 Strategic valuation M(vac) Coursework     Moodle Dr H. Jiang
4I7 Electricity and environment L(6) Coursework     Moodle Dr M Pollitt
4I8 Medical physics L(8) Exam   3G4 Moodle Dr G Treece
4I10 Nuclear reactor engineering M(5) Exam 4M16   Moodle Dr E. Shwageraus
4I11

Advanced fission and fusion systems

L(8) Coursework 4M16   Moodle Dr E. Shwageraus

 

Group M: Multidisciplinary Modules



Module Term (set) Form of assessment Prerequisites On-line resources Leader
Code Title (linked to syllabus) Assumed Useful
4M1 French L(10) Coursework     Moodle Mr D. Tual
4M2 German L(10) Coursework     Moodle Mr A Bleistein
4M3 Spanish M(10) Coursework     Moodle Mr S. Bianchi
4M9 Surveying field course long vac Coursework       Mr A.L. Johnson
4M12 Partial differential equations and variational methods L(1) Exam     Moodle Prof. P. Davidson
4M14 Sustainable development M(17) Coursework     Moodle Dr K MacAskill
4M16 Nuclear power engineering L(1) Exam     Moodle Dr G.T. Parks
4M17 Practical optimization M(11) Coursework 3M1   Moodle Prof R. Sepulchre
4M18 Present and future energy systems M(3) Exam     Moodle Dr P. Palmer
4M19 Advanced building physics M(2) Coursework 3D8   Moodle Dr M. Overend
4M20 Robotics M(8) Coursework   3C5, 3C8, 3F2, 3F3 Moodle
 
Dr F Iida
4M21 Software engineering and design L(7) Exam       Dr E. Punskaya

 

Last updated on 18/09/2017 07:36