Engineering Tripos, Part IIA 2004-05: Notice

The Faculty Board of Engineering give notice that the modules prescribed for the examinations to be held in 2005, and the mode of examination for each module, will be as follows:

Number and title of module		Set	Assessment
Group A: Energy, fluid mechanics, and turbomachinery
3A1	Fluid mechanics I (double module)	M7/L7	p
3A3	Fluid mechanics II (double module)	M1/L1	p
3A5	Energy and power generation (double module)	M4/L4	p
Group B: Electrical engineering
3B1	Radio frequency electronics	M3	p
3B2	Integrated digital electronics	L3	p
3B3	Switch-mode electronics	M2	p
3B4	Electric drive systems	L2	p
3B5	Semiconductor engineering	M6	p
3B6	Photonic technology	L6	p
Group C: Mechanics, materials, and design
3C1	Materials processing and design	M5	p
3C2	Materials process modelling and failure analysis	L5	p
3C3	Machine design - tribology	M3	p
3C4	Machine design - transmissions	L3	p
3C5	Dynamics	M6	p
3C6	Vibration	L6	p
3C7	Mechanics of solids	M4	p
Group D: Civil, structural, and environmental engineering
3D1	Soil mechanics	M1	p
3D2	Geotechnical engineering	L1	p
3D3	Structural materials and design	M2	p
3D4	Structural analysis and stability	L2	p
3D5	Environmental engineering I	M3	p
3D6	Environmental engineering II	L3	p
3D7	Finite element methods	L4	p
Group E: Management and manufacturing
3E1	Business economics	M8	p
3E2	Marketing	L8	p
3E3	Modelling risk	M9	p
3E4	Modelling choice	L9	p
3E5	Human resource management	M10	p
3E6	Organizational behaviour and change	L10	p
Group F: Information engineering
3F1	Signals and systems	M5	p
3F2	Systems and control	L5	p
3F3	Signal and pattern processing	L4	p
3F4	Data transmission	M4	p
3F5	Computer and network systems	M1	p
3F6	Software engineering and design	L1	p
Group I: Imported modules
3I1	Data structures and algorithms (CST)	M8	p
Group M: Multidisciplinary modules
3M1	Introduction to bioscience*	M12	p
3M2	Physiological systems*	L12	p
Group S: Modules shared with Part IIB
4A1	Nuclear power engineering	L8	p+c
4C4	Design methods	M7	p+c
4C14	Mechanics of biological systems	L8	p
4D1	Petroleum engineering*	M7	p+c
4D11	Building physics	L13	p+c
4D16	Construction and management	M13	p+c
4E6	Accounting and finance	M11	p
4M12	Partial differential equations and variational methods	L8	p
4M13	Complex analysis and optimization	M7	p

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, 2004-05

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			LENT
Set	No.	Title	Set	No.	Title
M1	3A3	Fluid mechanics II	L1	3A3	Fluid mechanics II
	3D1	Soil mechanics		3D2	Geotechnical engineering
	3F5	Computer and network systems		3F6	Software engineering and design
M2	3B3	Switch-mode electronics	L2	3B4	Electric drive systems
	3D3	Structural materials and design		3D4	Structural analysis and stability
M3	3B1	Radio frequency electronics	L3	3B2	Integrated digital electronics
	3C3	Machine design - tribology		3C4	Machine design - transmissions
	3D5	Environmental engineering I		3D6	Environmental engineering II
M4	3A5	Energy and power generation	L4	3A5	Energy and power generation
	3C7	Mechanics of solids		3D7	Finite element methods
	3F4	Data transmission		3F3	Signal and pattern processing
M5	3C1	Materials processing and design	L5	3C2	Materials process modelling and failure analysis
	3F1	Signals and systems
M6	3B5	Semiconductor engineering		3F2	Systems and control
	3C5	Dynamics	L6	3B6	Photonic technology
M7	3A1	Fluid mechanics I		3C6	Vibration
	4C4	Design methods	L7	3A1	Fluid mechanics I
	4D1	Petroleum engineering *	L8	3E2	Marketing
	4M13	Complex analysis and optimization		4A1	Nuclear power engineering
M8	3E1	Business economics		4C14	Mechanics of biological systems
	3I1	Data structures and algorithms		4M12	Partial differential equations and variational methods
M9	3E3	Modelling risk
M10	3E5	Human resource management	L9	3E4	Modelling choice
M11	4E6	Accounting and finance	L10	3E6	Organizational behaviour and change
M12	3M1	Introduction to bioscience *	L11	4E13	Macroeconomics
M13	4D16	Construction and management	L12	3M2	Physiological systems *
			L13	4D11	Building physics