Engineering Tripos, Part IIA, 2005-06: Notice

The Faculty Board of Engineering give notice that the modules prescribed for the examinations to be held in 2006, 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		Advanced thermodynamics and power generation		M4		p
3A6		Heat and mass transfer		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
3E5		Human resource management		M10		p
3E6		Organisational behaviour and change		L10		p
3E8		Modelling data and dynamics in management		L9		p
3E9		Accounting and finance		M9		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*		M11		p
3M2		Physiological systems*		L11		p
Group S: Modules shared with Part IIB
4A1		Nuclear power engineering		L8		p
4C4		Design methods		M7		p+c
4C14		Mechanics of biological systems		L8		p
4D8		Prestressed concrete		L8		p+c
4D13		Architectural engineering		L12		p+c
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.

Part IIA Sets 2005-06

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		Advanced thermodynamics and power generation		L4		3A6		Heat and mass transfer
		3C7		Mechanics of solids				3D7		Finite element methods
		3F4		Data transmission		L5		3F3		Signal and pattern processing
								3C2		Materials process modelling and failure analysis
M5		3C1		Materials processing and design
		3F1		Signals and systems				3F2		Systems and control
M6		3B5		Semiconductor engineering		L6		3B6		Photonic technology
		3C5		Dynamics				3C6		Vibration
M7		3A1		Fluid mechanics I		L7		3A1		Fluid mechanics I
		4C4		Design methods		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				4D8		Prestressed concrete
M9		3E9		Accounting and finance				4M12		Partial differential equations and variatinal methods
M10		3E5		Human resource management
M11		3M1		Introduction to bioscience *		L9		3E8		Modelling data and dynamics in management
						L10		3E6		Organisational behaviour and change
						L11		3M2		Physiological systems *
						L12		4D13		Architectural engineering