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Engineering Tripos, Part IIA, 2003-04: Notice

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 moduleSetAssessment
Group A: Energy, fluid mechanics, and turbomachinery
3A1Fluid mechanics I (double module) M7/L7 p
3A3Fluid mechanics II (double module) M1/L1 p
3A5Energy and power generation (double module) M4/L4 p
Group B: Electrical engineering
3B1Radio frequency electronics M3p
3B2Integrated digital electronicsL3p
3B3Switch-mode electronics M2p
3B4Electric drive systems L2p
3B5Semiconductor engineering M6p
3B6Photonic technology L6p
Group C: Mechanics, materials, and design
3C1Materials processing and design M5p
3C2Materials processing, modelling, and failure analysis L5p
3C3Machine design-tribology M3p
3C4Machine design- transmissions L3p
3C5Dynamics M6p
3C6Vibration L6p
3C7Mechanics of solids M4p
Group D: Civil, structural, and environmental engineering
3D1Soil mechanics M1p
3D2Geotechnical engineering L1p
3D3Structural materials and design M2p
3D4Structural analysis and stability L2p
3D5Environmental engineering I M3p
3D6Environmental engineering II L3p
3D7Finite element methods L4p
Group E: Management and manufacturing
3E1Business economics M8p
3E2Marketing L8p
3E3Modelling risk L9p
3E4Modelling choice M9p
3E5Human resource management M10p
3E6Organizational behaviour and change L10p
Group F: Information engineering
3F1Signals and systems M5p
3F2Systems and control L5p
3F3Signal and pattern processing L4p
3F4Data transmission M4p
3F5Computer and network systems M1p
3F6Software engineering and design L1p
Group I: Imported modules
3I1Data structures and algorithms (CST) M8p
Group M: Multidisciplinary modules
3M1Introduction to bioscience* M12p
3M2Physiological systems* L12p
Group S: Modules shared with Part IIB
4A1Nuclear power engineering L8p+c
4C4Design methods M7p+c
4C14Natural and micro-architectured materials L8p
4D1Petroleum engineering* M7p+c
4D13Architectural engineering L13p+c
4E6Accounting and finance M11p
4E13Macroeconomics L11p
4M12Partial differential equations and variational methodsL8p
4M13Complex analysis and optimization M7p

NOTES:

Sets: M = Michaelmas, L = Lent
Assessment: p = exam only; p+c = exam and course-work
Capacity: Modules marked * have a maximum capacity. If oversubscribed, attendance will be determined by ballot.

 

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, and may not offer three or more modules from Groups I, M, and S combined.

MICHAELMAS 2003LENT 2004
Set No. TitleSet No.Title
M13A3Fluid mechanics IIL1 3A3 Fluid mechanics II
 3D1Soil mechanics 3D2 Geotechnical engineering
 3F5Computer and network systems 3F6Software engineering and design
M23B3Switch-mode electronics L2 3B4 Electric drive systems
 3D3Structural materials and design  3D4 Structural analysis and stability
M33B1Radio frequency electronics L3 3B2 Integrated digital electronics
 3C3Machine design - tribology 3C4 Machine design - transmissions
 3D5Environmental engineering I  3D6 Environmental engineering II
M43A5Energy and power generation L4 3A5 Energy and power generation
 3C7Mechanics of solids  3D7 Finite element methods
 3F4Data transmission  3F3 Signal and pattern processing
M53C1Materials processing and design L5 3C2 Materials process modelling and failure analysis
 3F1Signals and systems   
M63B5Semiconductor engineering  3F2 Systems and control
 3C5Dynamics L6 3B6 Photonic technology
M73A1Fluid mechanics I   3C6 Vibration
 4C4Design methodsL73A1Fluid mechanics I
 4D1Petroleum engineering* L8 3E2 Marketing
 4M13Complex analysis and optimization 4A1Nuclear power engineering
M83E1Business economics 4C14 Natural and micro-architectured materials
 3I1Data structures and algorithms   
M93E4Modelling choice  4M12Partial differential equations and variational methods
M103E5Human resource management   
M114E6Accounting and finance L9 3E3 Modelling risk
M12 3M1Introduction to bioscience*L10 3E6Organizational behaviour and change
   L114E13Macroeconomics
   L123M2Physiological systems*
   L134D13Architectural engineering

NOTES: Sets: M = Michaelmas, L = Lent

Capacity: Modules marked * have a maximum capacity. If oversubscribed, attendance will be determined by ballot.

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Cambridge University Reporter, 18 June 2003
Copyright © 2003 The Chancellor, Masters and Scholars of the University of Cambridge.