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Core Modules and Module details

The course is designed to take 11 months, from October to August each academic year, with students taking the equivalent of ten standard (16 lectures each) taught modules plus a long research project and dissertation.

Nuclear Energy Modules

NE1*

Reactor Physics
Dr G Parks

Core physics and shielding – steady state power and shapes, depletion control elements and use of poisons, core kinetics and system control.

16 lectures NE MPhil
NE2*

Reactor Engineering & Thermal-hydraulics
Dr A White, T Roulstone

Coolant types, thermal cycles, heat transfer, thermal limits and Reactor systems, their optimisation and operating characteristics including normal operation and how to address main types of fault condition.

24 lectures NE MPhil
NE3

Materials
Professor A L Greer, other Materials staff

Fuel and reactor materials – including selection, safety and life issues – radiation behaviour and damage, structural integrity and fracture mechanics, EAC

16 lectures NE MPhil
NE4

Fuel Cycle, Waste & Decommissioning
Dr I Farnan, R Skelton

Whole fuel cycle: mining to waste and how waste is managed, decommissioning principles.

16 lectures NE MPhil
NE5

System & Safety
Dr K Dolan, Professor S Cowley and course staff

Safety philosophies, impact on design, justification approaches, control and reliability, advanced systems including Gen IV, Thorium & Fusion.

24 lectures NE MPhil
NE6

Nuclear Technology Policy
Dr W Nuttall

Energy studies and climate change, economics of energy, nuclear politics, proliferation and physical security.

16 lectures NE MPhil
NE7*

Nuclear Practice
Various

The module consists of a series of lectures by senior external members of the UK nuclear industry and related government bodies, giving their viewpoint and experience of important past events on the current prospects and issues that affect the sector.

8 lectures NE MPhil

All these modules are developed specifically for the Nuclear Energy course.  They draw on existing teaching in Nuclear Power Engineering from Part IIB of the Engineering Tripos and Nuclear Materials from Part III of the Natural Sciences Tripos.  Also, Nuclear Technology Policy makes use of some material from the Technology Policy MPhil in the Judge Business School.

Students are required to take a majority (equivalent of at least five standard modules) of the core nuclear energy material, including those marked with asterisks, which are compulsory.

Course Requirements

Students are required to take a majority of the core nuclear energy subjects, including three compulsory taught nuclear modules:

Michaelmas & Lent Terms Either (standard stream)
Two to four electives from a defined range of existing technical or management modules
Or (research stream) Two to four electives from a defined range of existing technical modules
Easter Term Long research project/dissertation May-August

 

Teaching is through lectures, seminars (which all students are expected to attend), supervisions, distinguished lectures and dissertation supervision. Assessment is through written exam papers taken early in the Easter Term with a 15,000 word marked dissertation on a research topic which is to be completed by the end of August.


Elective Modules

Students chose between three and five modules; October to March.

Either (standard stream): Three to five electives from a defined range of existing technical or management modules
Or (research stream): Three to five electives from a defined range of existing technical modules (as agreed by the research supervisor)

The following list indicates the elective modules planned to be offered in the 2012/13 session. Modules are drawn from existing courses offered within the Engineering Tripos, Natural Sciences Tripos and as part of MPhils taught by the Judge Business School.

Management

Globalisation and Big Business

MM10

JBS MPhil

Introduction to Technology Policy

TP1

JBS MPhil

Strategic valuation: uncertainty and real options in system design TPE6/4I1 JBS MPhil

Political Economy of Technology Policy

TPE7

JBS MPhil

System Dynamics for Policy and Management TPE8 JBS MPhil
Government Policy & Tech Development TPE10 JBS Mphil
Management of Technology 4E4 Eng Tripos

International Business Economics

4E5

Eng Tripos

Accounting and Finance

4E6

Eng Tripos

Strategic Management

4E11

Eng Tripos

Project Management 4E12 Eng Tripos

Technical

Particle & Nuclear Physics/Comp Physics

PNP

Nat Sci Tripos

Extraction & re-cycling M3 Nat Sci Tripos
Steels M21 Nat Sci Tripos
Corrosion & Protection M15 Nat Sci Tripos

Atomistic Materials Modelling

M16

Nat Sci Tripos

Electrochemical Engineering

B3

Chem Eng Tripos

Fluid Mechanics & Environment

B4

Chem Eng Tripos

Computational Fluid Dynamics

4A2

Eng Tripos

Turbomachinery I & II 4A3/11 Eng Tripos
Environmental Fluid Mechanics 4A8 Eng Tripos, or B4 Chem Eng Tripos
Electronic Sensors & Instrument 4B13 Eng Tripos
Solar Electronic Power: generation and distribution 4B14 Eng Tripos
Renewable Electrical Power 4B19 Eng Tripos
Design Methods 4C4 Eng Tripos
Design Case Studies 4C5 Eng Tripos
Random and Non-linear Vibrations 4C7 Eng Tripos
Concrete and Masonry Structures 4D7 Eng Tripos
Pre-stressed Concrete 4D8 Eng Tripos
Structural Steelwork 4D10 Eng Tripos
Plate & Shell Structures 4D17 Eng Tripos

Control System Design

4F1

Eng Tripos

Robust & Non-Linear Systems and Control

4F2

Eng Tripos

Computer Vision & Robotics

4F12

Eng Tripos

PDE & Variational Methods

4M12

Eng Tripos

Sustainable Energy 4M15 Eng Tripos
Practical Optimisation 4M17 Eng Tripos
Sustainable Design & Implementation ESD 500 ESD MPhil

Please note, occasionally modules may be unavailable.

More information about these modules can be found at:

Engineering Tripos for access to the module syllabuses (modules are grouped, for example 4D7 would be found under Group D Civil, Structural and Environmental Engineering).  Clicking on the title of the module will bring up a syllabus.
JBS MPhil
Natural Sciences Tripos:
Materials
Physics
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