University Calendar : Section VII
Academic Regulations 2006-7
School of Engineering Sciences
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MAIN INDEX
PREFACE
SECTION I
SECTION II
SECTION III
SECTION IV
SECTION V
SECTION VI
SECTION VII
SECTION VIII
SECTION IX
SECTION X
ARCHIVE 2001/2
ARCHIVE 2002/3
ARCHIVE 2003/4
ARCHIVE 2004/5
ARCHIVE 2005/6
BEng/MEng Mechanical Engineering

PART I (modules at level C totalling 120 credits; all modules compulsory).

Banner Code Module Name
Credit Points
 
SESG 1001 Mechanics of Solids 10  
SESG 1002 Thermodynamics 10  
SESG 1003 Properties of Materials 10  
SESG 1004 Mechanics 10  
SESG 1005 Fluid Mechanics 10  
SESG 1006 Electrical Systems 10  
SESG 1009 Modelling and Computing 10  
MATH 1010 Mathematics A 10  
MATH 1015 Mathematics B 10  
SESM 1011 Engineering Design 20  
SESM 1003 Law and Management 10  


PART II (modules at level I totalling 120 credits; all modules compulsory).

Banner Code Module Name
Credit Points
 
SESG 2001 Materials 10  
MATH 2020 Mathematics for Mechanical Engineers 10  
SESM 2002 Electro-mechanical Machines 10  
SESM 2003 Linear Engineering Systems (Vibration) 10  
SESM 2004 Linear Engineering Systems (Control) 10  
SESM 2005 Electronics for Mechanical Systems 10  
SESM 2006 Engineering Computation 10  
SESM 2007 Fluid Mechanics* 10  
SESM 2008 Engineering Design 10  
SESM 2011 Thermodynamics 10  
MANG 3022 Management I 10  
SESM 2014 Mechanics of Solids and Machines 10  

* Students taking the Aerospace theme in Part III will need to take SESA 2002 instead of this module.


PART III/IV THEMES

Interdisciplinary Theme

Part III (modules at level H totalling 120 credits)
(C) Compulsory modules - 70 credit points
(O) Optional technical (and other) modules - 50 credit points from level H option list.

Banner Code Module Title Credit Points Choice Semester
SESM 3013 Individual Project 30 C 1,2
SESM 3001 Engineering Design 10 C 2
MANG 3023
ENTR 3004
Management II or
New Venture Planning
10
10
C
C
2
2
SESG 3001 Manufacturing with Metals 10 C 1
SESG 3002 Materials Service Performance 10 C 2

Part IV (modules at level M (min 120) and level H (max 30) totalling 150 credits).
(C) Compulsory modules - 110 (level M)
(O) Optional technical modules - 10 credit points from level M option list
(O) Optional technical modules - 30 credit points from either level H or level M option lists.

Banner Code Module Title Credit Points Choice Semester
SESG 6011 Group Design Project 50 C 1,2
SESM 6010 Multidisciplinary Project 25 C 1,2
MANG 6104 Engineering Management Studies 15 C 2
MATH 6115 Statistics for Engineering Systems 10 C 1
SESM 6003 Computer Aided Analysis 10 C 1

Level H Options - Interdisciplinary Theme

Banner Code Module Title Credit Points Choice Semester
SESA 3007 Aircraft Propulsion 20 O 1,2
ELEC 3012 Automation and Robotics 10 O 2
ISVR 3001 Human Factors for Engineering 20 O 1,2
ISVR 3004 Automobile Refinement 10 O 2
FREN 9044 French for Engineers 20 O 1,2
GERM 9035 German for Engineers 20 O 1,2
LAWS 3001 Industrial Law 1 10 O 1
LAWS 3002 Industrial Law 2 10 O 2
MATH 3024 Partial Differential Equations 10 O 1
MATH 3025 Complex Variables and Transforms 10 O 2
MATH 3027 Operational Research 10 O 1
MATH 3028 Optimisation 10 O 2
SESM 3002 Instrumentation 10 O 2
SESM 3003 Classical Control Design 10 O 1
SESM 3004 Fluid Mechanics 10 O 1
SESM 3005 Mechanics of Solids 10 O 1
SESM 3007 Automobile Systems 10 O 1
SESM 3008 Heat Transfer 10 O 1
SESM 3009 Numerical Techniques in Mechanics 10 O 2
SESM 3010 Acoustics and Noise Control 10 O 2
SESM 3011 Power Transmission and Vibration 10 O 2
SESM 3020 Orthopaedic Biomechanics 10 O 1
SESM 3012 Cryogenics and Superconductivity 10 O 2
SESM 3010 Finite Element Analysis 2 10 O 2

Level M Options - Interdisciplinary Theme

Banner Code Module Title Credit Points Choice Semester
MATH 6111 Numerical Methods 10 O 1
SESA 6030 Flow Control 10 O 1
SESA 6031 Biological Flows 10 O 2
SESG 6005 Advanced Digital Control 10 O 2
SESG 6017 Surface Engineering 10 O 1
SESG 6018 Design Search & Optimisation 1 - Principles, Methods & Parameterisations 10 O 1
SESG 6019 Design Search & Optimisation 2 - Case Studies 10 O 2
SESM 6005 Theory of Elasticity 10 O 2
SESG 6007 Materials for Transport 10 O 1
SESG 6009 Failure of Materials 10 O 2
SESM 6012 Numerical & Experimental Heat Transfer 10 O 2
SESM 6014 Advanced Signal Sensing & Processing 10 O 2
SESM 6015 Biomaterials 10 O 2
SESM 6013 Computer Methods in Orthopaedic Bioengineering 10 O 2
SESM 6017 Fuel Cells & Photovoltaic Systems I 10 O 1
SESM 6018 Automotive Propulsion 10 O 1
SESM 6019 Fuel Cells & Photovoltaic Systems II 10 O 2
SESM 6020 Energy Systems, Usage & Sustainability 10 O 1
SESS 6058 Renewable Energy from the Environment 10 O 1
SESM 6022 Uncertainty Quantification & Robust Design 10 O 2
SESM 6002 Advanced Electrical Systems 10 O 1

Engineering Management Theme

Part III (modules at level H totalling 120 credits)

Compulsory modules (C)
The following modules are compulsory for this theme and total 80 credit points.

Banner Code Module Title Credit Points Choice Semester
SESM 3013 Individual Project 30 C 1,2
SESM 3001 Engineering Design 10 C 2
MANG 3023
ENTR 3004
Management II or
New Venture Planning
10
10
C
C
2
2
MANG 3049 Accounting & Finance for Engineers 15 C 2
MANG 3048 Management Science for Engineers 15 C 1

Optional modules (O)
Please select 40 credit points from the list of level H optional modules. Please bear in mind the balance of modules between the semesters.

Part IV (modules at level M (min 120) and level H (max 30) totalling 150 credits).

Compulsory modules (C)
The following modules are compulsory for this theme. Part IV optional modules are selected at the end of Part III.

Banner Code Module Title Credit Points Choice Semester
LAWS 3001 Industrial Law 10 C 1
SESG 6011 Group Design Project 50 C 1,2

Optional modules (O, O*)
Please select a total of 90 credit points as follows:
30 credit points must come from Management option modules (O*);
40 credit points must come from the level M option list;
20 credit points can come from either the level H or the level M option lists.

Management Optional Modules
Please be aware that these modules are part of the School of Management MBA course and are currently undergoing revision. At the time of going to print, the following modules are likely to be available to Engineering students.

Module Code Module Name Credit Points Choice Semester
MANG 6049 Problem Structuring 7.5 O* 1
MANG 6121 Information Systems (Management and Development) 15 O* 1
MANG 6143 Project Risk Management 15 O* 2
MANG 6124 Corporate Risk Management 15 O* 1
MANG 6126 Managing Change 7.5 O* 2
MANG 6133 Managing Resources and Operations 15 O* 2

Level H Options - Engineering Management Theme

Banner Code Module Title Credit Points Choice Semester
ELEC 3012 Automation and Robotics 10 O 2
ISVR 3004 Automobile Refinement 10 O 2
SESA 3007 Aircraft Propulsion 20 O 1,2
SESG 3001 Manufacturing with Metals 10 O 1
SESG 3002 Materials Service Performance 10 O 2
SESM 3002 Instrumentation 10 O 2
SESM 3003 Classical Control design 10 O 1
SESM 3004 Fluid Mechanics 10 O 1
SESM 3005 Mechanics of Solids 10 O 1
SESM 3007 Automobile Systems 10 O 1
SESM 3008 Heat Transfer 10 O 1
SESM 3009 Numerical Techniques in Mechanics 10 O 2
SESM 3010 Acoustics and Noise Control 10 O 2
SESM 3011 Power Transmission and Vibration 10 O 2
SESM 3012 Cryogenics & Superconductivity 10 O 2
SESM 3020 Orthopaedic Biomechanics 10 O 1
SESM 3010 Finite Element Analysis 2 10 O 2

Level M Options - Engineering Management Theme

Banner Code Module Title Credit Points Choice Semester
SESA 6030 Flow Control 10 O 1
SESA 6031 Biological Flows 10 O 2
SESG 6005 Advanced Digital Control 10 O 2
SESG 6007 Materials for Transport 10 O 1
SESG 6009 Failure of Materials 10 O 2
SESM 6002 Advanced Electrical Systems 10 O 1
SESM 6003 Computer Aided Analysis 10 O 1
SESM 6005 Theory of Elasticity 10 O 2
SESM 6012 Computational & Experimental Heat Transfer 10 O 2
SESM 6013 Computer Methods in Orthopaedic Bioengineering 10 O 2
SESM 6014 Advanced Signal Sensing & Processing 10 O 2
SESM 6015 Biomaterials 10 O 2
SESG 6017 Surface Engineering 10 O 1
SESM 6017 Fuel Cells & Photovoltaic Systems I 10 O 1
SESM 6018 Automotive Propulsion 10 O 1
SESG 6018 Design Search & Optimisation 1 - Principles, Methods & Parameterisation 10 O 1
SESG 6019 Design Search & Optimisation 2 - Case Studies 10 O 2
SESG 6021 Microstructural Characterisation 10 O 1,2
SESG 6022 Composites Engineering 10 O 2
SESM 6019 Fuel Cells & Photovoltaic Systems II 10 O 2
SESM 6020 Energy Systems, Usage & Sustainability 10 O 1
SESS 6058 Renewable Energy from the Environment 10 O 1
SESM 6022 Uncertainty Quantification & Robust Design 10 O 2

Mechatronics Theme

Part III (modules at level H totalling 120 credits)
(C) Compulsory modules - 80 credit points
(O) Optional technical (and other) modules - 40 credit points from level H option list

Banner Code Module Title Credit Points Choice Semester
SESM 3013 Individual Project 30 C 1,2
SESM 3001 Engineering Design 10 C 2
MANG 3023
ENTR 3004
Management II or
New Venture Planning
10
10
C
C
2
2
ELEC 3012 Automation and Robotics 10 C 2
SESM 3002 Instrumentation 10 C 2
SESM 3003 Classical Control Design 10 C 1

Part IV (modules at level M (min 120) and level H (max 30) totalling 150 credits)
(C) Compulsory modules - 100 credit points (level M)
(O) Optional technical modules - 20 credit points from level M option list
(O) Optional technical modules - 30 credit points from level H or level M option lists

Banner Code Module Title Credit Points Choice Semester
SESG 6011 Group Design Project 50 C 1,2
SESG 6005 Advanced Digital Control 10 C 2
SESM 6014 Advanced Signal Sensing & Processing 10 C 2
SESM 6002 Advanced Electrical Systems 10 C 1
MANG 6103 Advanced Management 10 C 2
SESM 6003 Computer Aided Analysis 10 C 1

Level H Options for Mechatronics Theme

Banner Code Module Title Credit Points Choice Semester
SESA 3007 Aircraft Propulsion 20 O 1,2
ISVR 3001 Human Factors for Engineering 20 O 1,2
ISVR 3004 Automobile Refinement 10 O 2
FREN 9044 French for Engineers 20 O 1,2
GERM 9035 German for Engineers 20 O 1,2
LAWS 3001 Industrial Law 1 10 O 1
LAWS 3002 Industrial Law 2 10 O 2
MATH 3024 Partial Differential Equations 10 O 1
MATH 3025 Complex Variables and Transforms 10 O 2
MATH 3027 Operational Research 10 O 1
MATH 3028 Optimisation 10 O 2
SESG 3001 Manufacturing with Metals 10 O 1
SESG 3002 Materials Service Performance 10 O 1
SESM 3004 Fluid Mechanics 10 O 1
SESM 3005 Mechanics of Solids 10 O 1
SESM 3007 Automobile Systems 10 O 1
SESM 3008 Heat Transfer 10 O 1
SESM 3009 Numerical Techniques in Mechanics 10 O 2
SESM 3010 Acoustics and Noise Control 10 O 2
SESM 3011 Power Transmission and Vibration 10 O 2
SESM 3020 Orthopaedic Biomechanics 10 O 1
SESM 3012 Cryogenics and Superconductivity 10 O 2
SESM 3010 Finite Element Analysis 2 10 O 2


Level M Options for Mechatronics Theme

Banner Code Module Title Credit Points Choice Semester
MATH 6115 Statistics for Engineering Systems 10 O 1
SESA 6030 Flow Control 10 O 1
SESA 6031 Biological Flows 10 O 2
MATH 6111 Numerical Methods 10 O 1
SESM 6005 Theory of Elasticity 10 O 2
SESG 6007 Materials for Transport 10 O 1
SESG 6009 Materials Service Performance 10 O 2
SESG 6017 Surface Engineering 10 O 1
SESG 6018 Design Search & Optimisation 1 - Principles, Methods & Parameterisations 10 O 1
SESG 6019 Design Search & Optimisation 2 - Case Studies 10 O 2
SESM 6015 Biomaterials 10 O 2
SESM 6013 Computer Methods in Orthopaedic Bioengineering 10 O 2
SESM 6012 Computational & Experimental Heat Transfer 10 O 2
SESM 6017 Fuel Cells & Photovoltaic Systems I 10 O 1
SESM 6018 Automotive Propulsion 10 O 1
SESG 6021 Microstructural Characterisations 10 O 1,2
SESG 6022 Composites Engineering 10 O 2
SESM 6019 Fuel Cells & Photovoltaic Systems II 10 O 2
SESM 6020 Energy Systems, Usage & Sustainability 10 O 1
SESS 6058 Renewable Energy from the Environment 10 O 1
SESM 6022 Uncertainty Quantification & Robust Design 10 O 2

Advanced Materials Theme (Mechanics of Materials Theme for Part IV students in 2006/7)

Part III (modules at level H totalling 120 credits)
(C) Compulsory modules - 70 credit points
(O) Optional technical (and other) modules - 20 credit points from level H option list

Compulsory modules (C)
The following modules are compulsory for this module and total 110 credit points at level M.

Banner Code Module Title Credit Points Choice Semester
SESM 3013 Individual Project 30 C 1,2
SESM 3001 Engineering Design 10 C 2
MANG 3023
ENTR 3004
Management II or
New Venture Planning
10
10
C
C
2
2
SESG 3001 Manufacturing with Metals 10 C 1
SESG 3002 Materials Service Performance 10 C 2

Specialist modules (C*)
You must select at least 20 credits from the following list of specialist modules:

Banner Code Module Title Credit Points Choice Semester
SESM 3005 Mechanics of Solids 10 C* 1
SESM 3009 Numerical Techniques in Mechanics 10 C* 2
SESM 3020 Orthopaedic Biomechanics 10 C* 1
SESS 3010 Finite Element Analysis 2 10 C* 2

Optional modules (O)
Please select up to 30 credits (to make an overall total of 120) from the list of level H optional modules.

Part IV (modules at levels M (min 120) and level H (max 30) totalling 150 credits).
(C) Compulsory modules - 110 credit points (level M)
(O) Optional modules - total of 40 credit points, 10 credit points from level M option list and 30 credit points from either level H or level M option lists.

Compulsory modules (C)
The following modules are compulsory modules for this theme and total 100 credit points.

Banner Code Module Title Credit Points Choice Semester
MANG 6103 Advanced Management 10 C 1
SESG 6007 Materials for Transport 10 C 1
SESG 6009 Failure of Materials 10 C 2
SESG 6011 Group Design Project 50 C 1,2
SESM 6005 Theory of Elasticity 10 C 2
SESM 6013 Computer Methods in Orthopaedic Bioengineering 10 C 2
SESM 6015 Biomaterials 10 C 2

Level H Options for Advanced Materials Theme (Mechanics of Materials Theme for Part IV students in 2006/7)

Banner Code Module Title Credit Points Choice Semester
ELEC 3012 Automation and Robotics 10 O 2
ISVR 3001 Human Factors for Engineering 20 O 1,2
FREN 9044 French for Engineers 20 O+ 1,2
GERM 9035 German for Engineers 20 O+ 1,2
ISVR 3004 Automobile Refinement 10 O 2
LAWS 3001 Industrial Law 1 10 O 1
LAWS 3002 Industrial Law 2 10 O 2
MATH 3024 Partial Differential Equations 10 O 1
MATH 3025 Complex Variables and Transforms 10 O 2
MATH 3027 Operational Research 10 O 1
MATH 3028 Optimisation 10 O 2
SESA 3007 Aircraft Propulsion 20 O 1,2
SESM 3002 Instrumentation 10 O 2
SESM 3003 Classical Control Design 10 O 1
SESM 3004 Fluid Mechanics 10 O 1
SESM 3007 Automobile Systems 10 O 1
SESM 3008 Heat Transfer 10 O 1
SESM 3010 Acoustics and Noise Control 10 O 2
SESM 3011 Power Transmission and Vibration 10 O 2
SESM 3012 Cryogenics and Superconductivity 10 O 2

Level M Options for Advanced Materials Theme (Mechanics of Materials Theme for Part IV students in 2006/7)

Banner Code Module Title Credit Points Choice Semester
MATH 6111 Numerical Methods 10 O 1
MATH 6115 Statistics for Engineering Systems 10 O 1
SESA 6030 Flow Control 10 O 1
SESA 6031 Biological Flows 10 O 2
SESG 6005 Advanced Digital Control 10 O 2
SESG 6017 Surface Engineering 10 O 1
SESG 6018 Design Search & Optimisation 1 - Principles, Methods & Parameterisations 10 O 1
SESG 6019 Design Search & Optimisation 2 - Case Studies 10 O 2
SESM 6002 Advanced Electrical Systems 10 O 1
SESM 6003 Computer Aided Analysis 10 O 1
SESM 6012 Computational & Experimental Heat Transfer 10 O 2
SESM 6013 Computer Methods in Orthopaedic Bioengineering 10 O 2
SESM 6014 Advanced Signal Sensing & Processing 10 O 2
SESM 6017 Fuel Cells & Photovoltaic Systems I 10 O 1
SESM 6018 Automotive Propulsion 10 O 1
SESG 6021 Microstructural Characterisation 10 O 1,2
SESG 6022 Composites Engineering 10 O 2
SESM 6019 Fuel Cells & Photovoltaic Systems II 10 O 2
SESM 6020 Energy Systems, Usage & Sustainability 10 O 1
SESS 6058 Renewable Energy from the Environment 10 O 1
SESM 6022 Uncertainty Quantification & Robust Design 10 O 2

Bioengineering Theme

Part III (modules at level H totalling 120 credits)
(C) Compulsory modules - 120 credit points

Banner Code Module Title Credit Points Choice Semester
SESM 3013 Individual Project 30 C 1,2
ISVR 3001 Human Factors in Engineering 20 C 1,2
SESM 3001 Engineering Design 10 C 2
MANG 3023
ENTR 3004
Management II or
New Venture Planning
10
10
C
C
2
2
SESG 3001 Manufacturing with Metals 10 C 1
SESG 3002 Materials Service Performance 10 C 2
SESM 3020 Orthopaedic Biomechanics 10 C 1
SESM 3004 Fluid Mechanics 10 C 1
SESM 3009 Numerical Techniques in Mechanics 10 C 2

Part IV (modules at level M (min 120) and level H (max 30) totalling 150 credits
(C) Compulsory modules - 110 credit points (level M)
(O) Optional technical modules - 10 credit ppoints from level M option list
(O) Optional technical modules - 30 credit points from either level H or level M option lists.

Banner Code Module Title Credit Points Choice Semester
SESG 6011 Group Design Project 50 C 1,2
SESA 6031 Biological Flows 10 C 2
SESM 6003 Computer Aided Analysis 10 C 1
SESM 6015 Biomaterials 10 C 2
SESM 6013 Computer Methods in Orthopaedic Bioengineering 10 C 2
SESM 6014 Advanced Signal Sensing & Processing 10 C 2
MANG 6103 Advanced Management 10 C 2

Level H Options for Bioengineering Theme

Banner Code Module Title Credit Points Choice Semester
ELEC 3012 Automation and Robotics 10 O 2
FREN 9044 French for Engineers 20 O 1,2
GERM 9035 German for Engineers 20 O 1,2
ISVR 3004 Automobile Refinement 10 O 2
LAWS 3001 Industrial Law 1 10 O 1
LAWS 3002 Industrial Law 2 10 O 2
MATH 3024 Partial Differential Equations 10 O 1
MATH 3025 Complex Variables and Transforms 10 O 2
MATH 3027 Operational Research 10 O 1
MATH 3028 Optimisation 10 O 2
SESA 3007 Aircraft Propulsion 20 O 1,2
SESM 3002 Instrumentation 10 O 2
SESM 3003 Classical Control Design 10 O 1
SESM 3005 Mechanics of Solids 10 O 1
SESM 3007 Automobile Systems 10 O 1
SESM 3008 Heat Transfer 10 O 1
SESM 3010 Acoustics and Noise Control 10 O 2
SESM 3011 Power Transmission and Vibration 10 O 2
SESM 3012 Cryogenics and Superconductivity 10 O 2
SESS 3010 Finite Element Analysis 2 10 O 2

Level M Options for Bioengineering Theme

Banner Code Module Title Credit Points Choice Semester
MATH 6111 Numerical Methods 10 O 1
MATH 6115 Statistics for Engineering Systems 10 O 1
SESA 6030 Flow Control 10 O 1
SESG 6005 Advanced Digital Control 10 O 2
SESG 6007 Materials for Transport 10 O 1
SESG 6009 Failure of Materials 10 O 2
SESG 6017 Surface Engineering 10 O 1
SESG 6018 Design Search & Optimisation 1 - Principles, Methods & Parameterisations 10 O 1
SESG 6019 Design Search & Optimisation 2 - Case Studies 10 O 2
SESM 6002 Advanced Electrical Systems 10 O 1
SESM 6005 Theory of Elasticity 10 O 2
SESM 6012 Numerical & Experimental Heat Transfer 10 O 2
SESM 6017 Fuel Cells & Photovoltaic Systems I 10 O 1
SESM 6018 Automotive Propulsion 10 O 1
SESG 6021 Microstructural Characterisation 10 O 1,2
SESG 6022 Composites Engineering 10 O 2
SESM 6019 Fuel Cells & Photovoltaic Systems II 10 O 2
SESM 6020 Energy Systems, Usage & Sustainability 10 O 1
SESS 6058 Renewable Energy from the Environment 10 O 1
SESM 6022 Uncertainty Quantification & Robust Design 10 O 2

Sustainable Energy Theme (Thermo-fluids Theme for students in Part IV in 2006/7)

Part III (modules at level H totalling 120 credits)
(C) Compulsory modules - 80 credit points
(O) Optional technical (and other) modules - 40 credit points from level H option list

Banner Code Module Title Credit Points Choice Semester
SESM 3013 Individual Project 30 C 1,2
SESM 3001 Engineering Design 10 C 2
MANG 3023
ENTR 3004
Management II or
New Venture Planning
10
10
C
C
2
2
SESM 3004 Fluid Mechanics 10 C 1
SESM 3008 Heat Transfer 10 C 1
SESM 3012 Cryogenics and Superconductivity 10 C 2

Part IV (modules at level M (min 120) and level H max 30) totalling 150 credits)
(C) Compulsory modules - 100 credit points (level M)
(O) Optional technical modules - 20 credit points from level M option list
(O) Optional technical modules - 30 credit points from either level H or level M option lists

Banner Code Module Title Credit Points Choice Semester
SESG 6011 Group Design Project 50 C 1,2
SESA 6030 Flow Control 10 C 1
SESA 6031 Biological Flows 10 C 2
SESM 6012 Computational & Experimental Heat Transfer 10 C 2
MANG 6103 Advanced Management 10 C 2
MATH 6115 Statistics for Engineering Systems 10 C 1

Level H Options for Sustainable Energy/Thermo-fluids Theme

Banner Code Module Title Credit Points Choice Semester
ELEC 3012 Automation and Robotics 10 O 2
FREN 9044 French for Engineers 20 O+ 1,2
GERM 9035 German for Engineers 20 O+ 1,2
ISVR 3001 Human Factors in Engineering 20 O+ 1,2
ISVR 3004 Automobile Refinement 10 O 2
LAWS 3001 Industrial Law 1 10 O+ 1
LAWS 3002 Industrial Law 2 10 O+ 2
MATH 3024 Partial Differential Equations 10 O 1
MATH 3025 Complex Variables and Transforms 10 O 2
MATH 3027 Operational Research 10 O 1
MATH 3028 Optimisation 10 O 2
SESA 3007 Aircraft Propulsion 20 O 1,2
SESG 3001 Manufacturing with Metals 10 O 1
SESG 3002 Materials Service Performance 10 O 2
SESM 3002 Instrumentation 10 O 2
SESM 3003 Classical Control Design 10 O 1
SESM 3005 Mechanics of Solids 10 O 1
SESM 3007 Automobile Systems 10 O 1
SESM 3009 Numerical Techniques in Mechanics 10 O 2
SESM 3010 Acoustics and Noise Control 10 O 2
SESM 3011 Power Transmission and Vibration 10 O 2
SESM 3020 Orthopaedic Biomechanics 10 O 1
SESS 3010 Finite Element Analysis 2 10 O 2

Level M Options for Sustainable Energy/Thermo-fluids Theme

Banner Code Module Title Credit Points Choice Semester
SESG 6005 Advanced Digital Control 10 O 2
SESG 6007 Materials for Transport 10 O 1
SESG 6009 Failure of Materials 10 O 2
SESG 6017 Surface Engineering 10 O 1
SESG 6018 Design Search & Optimisation 1 - Principles, Methods & Parameterisations 10 O 1
SESG 6019 Design Search & Optimisation 2 - Case Studies 10 O 2
SESM 6002 Advanced Electrical Systems 10 O 1
SESM 6003 Computer Aided Analysis 10 O 1
SESM 6005 Theory of Elasticity 10 O 2
SESM 6013 Computer Methods in Orthopaedic Bioengineering 10 O 2
SESM 6014 Advanced Signal Sensing & Processing 10 O 2
SESM 6015 Biomaterials 10 O 2
SESM 6017 Fuel Cells & Photovoltaic Systems I 10 O 1
SESG 6021 Microstructural Characterisation 10 O 1,2
SESG 6022 Composites Engineering 10 O 2
SESM 6019 Fuel Cells & Photovoltaic Systems II 10 O 2
SESM 6020 Energy Systems, Usage & Sustainability 10 O 1
SESS 6058 Renewable Energy from the Environment 10 O 1
SESM 6022 Uncertainty Quantification & Robust Design 10 O 2

Study Abroad Scheme - International Semester

Part III (modules at level H totalling 100 credits and at level M totalling 20 credits)
(C) Compulsory modules - 70 credit points at level H and 20 at level M
(O) Optional technical (and other) modules - 30 credit points from level H option list

Module Code Module Name Credit Points Choice Semester
FREN 9050 French for Engineers 15 C 1
SESA 3011 Individual Project 30 C 1
SESG 3011 Semester Abroad Studies 1 ('dummy'module) 15 C 2
SESG 3012 Semester Abroad Studies 2 ('dummy'module) 20 C 2
SESG 6020 Semester Abroad Studies 3 ('dummy'module) 20 C 2

Part IV (modules at level M (min 100) and level H (max 50) totalling 150 credits)
(C) Compulsory modules - 50 credit points at level M and 20 credit points at level H
(O) Optional technical modules - 50 credit points from level M option list
(O) Optional technical modules - 30 credit points from either level H or level M option lists

Banner Code Module Title Credit Points Choice Semester
SESG 6011 Group Design Project 50 C 1,2
SESM 3001 Engineering Design 10 C 2
MANG 3023
ENTR 3004
Management II or
New Venture Planning
10
10
C
C
2
2

Level H Options - Study Abroad Theme

Banner Code Module Title Credit Points Choice Semester
ELEC 3012 Automation and Robotics 10 O 2
ISVR 3001 Human Factors in Engineering 20 O 1,2
ISVR 3004 Automobile Refinement 10 O 2
LAWS 3001 Industrial Law 1 10 O 1
LAWS 3002 Industrial Law 2 10 O 2
MATH 3024 Partial Differential Equations 10 O 1
MATH 3025 Complex Variables and Transforms 10 O 2
MATH 3027 Operational Research 10 O 1
MATH 3028 Optimisation 10 O 2
SESA 3007 Aircraft Propulsion 20 O 1,2
SESM 3002 Instrumentation 10 O 2
SESM 3003 Classical Control Design 10 O 1
SESM 3004 Fluid Mechanics 10 O 1
SESM 3005 Mechanics of Solids 10 O 1
SESM 3007 Automobile Systems 10 O 1
SESM 3008 Heat Transfer 10 O 1
SESM 3009 Numerical Techniques in Mechanics 10 O 2
SESM 3010 Acoustics and Noise Control 10 O 2
SESM 3011 Power Transmission and Vibration 10 O 2
SESM 3012 Cryogenics & Superconductivity 10 O 2
SESM 3020 Orthopaedic Biomechanics 10 O 1
SESS 3010 Finite Element Analysis 2 10 O 2

Level M Options - Study Abroad Theme

Banner Code Module Title Credit Points Choice Semester
MATH 6111 Numerical Methods 10 O 1
MATH 6115 Statistics for Engineering Systems 10 O 1
SESA 6030 Flow Control 10 O 1
SESA 6031 Biological Flows 10 O 2
SESG 6005 Advanced Digital Control 10 O 2
SESG 6007 Materials for Transport 10 O 1
SESG 6009 Failure of Materials 10 O 2
SESG 6017 Surface Engineering 10 O 1
SESG 6018 Design Search & Optimisation 1 - Principles, Methods & Parameterisations 10 O 1
SESG 6019 Design Search & Optimisation 2 - Case Studies 10 O 2
SESM 6002 Advanced Electrical Systems 10 O 1
SESM 6003 Computer Aided Analysis 10 O 2
SESM 6005 Theory of Elasticity 10 O 2
SESM 6012 Numerical & Experimental Heat Transfer 10 O 2
SESM 6013 Computer Methods in Orthopaedic Bioengineering 10 O 2
SESM 6014 Advanced Signal Sensing & Processing 10 O 2
SESM 6015 Biomaterials 10 O 2
SESM 6017 Fuel Cells & Photovoltaic Systems I 10 O 1
SESM 6018 Automotive Propulsion 10 O 1
SESG 6021 Microstructural Characterisation 10 O 1,2
SESG 6022 Composites Engineering 10 O 2
SESM 6019 Fuel Cells & Photovoltaic Systems II 10 O 2
SESM 6020 Energy Systems, Usage & Sustainability 10 O 1
SESS 6058 Renewable Energy from the Environment 10 O 1
SESM 6022 Uncertainty Quantification & Robust Design 10 O 2

Generic Theme

Part III (modules at level H totalling 120 credits)

Compulsory modules (C)
The following modules are compulsory for this theme and total 50 credit points:

Banner Code Module Title Credit Points Choice Semester
SESM 3013 Individual Project 30 C 1,2
SESM 3001 Engineering Design 10 C 2
MANG 3023
ENTR 3004
Management II or
New Venture Planning
10
10
C
C
2
2

Optional modules (O)
Please select a total of 70 credit points from the list of level H optional modules. No more than 30 credit points can be selected from the O+ options.

Part IV (modules at level M (min 120) and level H (max 30) totalling 150 credits)

Compulsory modules (C)
This theme is intended for students who plan to complete with a BEng at the end of Part III. If continued in Part IV, the following modules would be compulsory. Part IV optional modules are selected at the end of Part III.

Banner Code Module Title Credit Points Choice Semester
SESG 6011 Group Design Project 50 C 1,2
MANG 6103 Advanced Management 10 C 1

Level H Options - Generic Theme

Banner Code Module Title Credit Points Choice Semester
ELEC 3012 Automation and Robotics 10 O 2
FREN 9044 French for Engineers 20 O+ 1,2
GERM 9035 German for Engineers 20 O+ 1,2
ISVR 3001 Human Factors in Engineering 20 O+ 1,2
ISVR 3004 Automobile Refinement 10 O 2
LAWS 3001 Industrial Law 1 10 O+ 1
LAWS 3002 Industrial Law 2 10 O+ 2
MATH 3024 Partial Differential Equations 10 O 1
MATH 3025 Complex Variables and Transforms 10 O 2
MATH 3027 Operational Research 10 O 1
MATH 3028 Optimisation 10 O 2
SESA 3007 Aircraft Propulsion 20 O 1,2
SESG 3001 Manufacturing with Metals 10 O 1
SESG 3002 Materials Service Performance 10 O 2
SESM 3002 Instrumentation 10 O 2
SESM 3003 Classical Control Design 10 O 1
SESM 3004 Fluid Mechanics 10 O 1
SESM 3005 Mechanics of Solids 10 O 1
SESM 3007 Automobile Systems 10 O 1
SESM 3008 Heat Transfer 10 O 1
SESM 3009 Numerical Techniques in Mechanics 10 O 2
SESM 3010 Acoustics and Noise Control 10 O 2
SESM 3011 Power Transmission and Vibration 10 O 2
SESM 3012 Cryogenics & Superconductivity 10 O 2
SESM 3020 Orthopaedic Biomechanics 10 O 1
SESS 3010 Finite Element Analysis 2 10 O 2

Level M Options - Generic Theme

Banner Code Module Title Credit Points Choice Semester
MATH 6111 Numerical Methods 10 O 1
MATH 6115 Statistics for Engineering Systems 10 O 1
SESA 6030 Flow Control 10 O 1
SESA 6031 Biological Flows 10 O 2
SESG 6005 Advanced Digital Control 10 O 2
SESG 6007 Materials for Transport 10 O 1
SESG 6009 Failure of Materials 10 O 2
SESG 6017 Surface Engineering 10 O 1
SESG 6018 Design Search & Optimisation 1 - Principles, Methods & Parameterisations 10 O 1
SESG 6019 Design Search & Optimisation 2 - Case Studies 10 O 2
SESM 6002 Advanced Electrical Systems 10 O 1
SESM 6003 Computer Aided Analysis 10 O 2
SESM 6005 Theory of Elasticity 10 O 2
SESM 6012 Numerical & Experimental Heat Transfer 10 O 2
SESM 6013 Computer Methods in Orthopaedic Bioengineering 10 O 2
SESM 6014 Advanced Signal Sensing & Processing 10 O 2
SESM 6015 Biomaterials 10 O 2
SESM 6017 Fuel Cells & Photovoltaic Systems I 10 O 1
SESM 6018 Automotive Propulsion 10 O 1
SESG 6021 Microstructural Characterisation 10 O 1,2
SESG 6022 Composites Engineering 10 O 2
SESM 6019 Fuel Cells & Photovoltaic Systems II 10 O 2
SESM 6020 Energy Systems, Usage & Sustainability 10 O 1
SESS 6058 Renewable Energy from the Environment 10 O 1
SESM 6022 Uncertainty Quantification & Robust Design 10 O 2








Assessment Regulations : Faculty of Engineering, Science & Maths
School of Engineering Sciences Index
Institute of Sound and Vibration Research
School of Chemistry
School of Civil Engineering and the Environment
School of Electronics and Computer Science
School of Geography
School of Mathematics
School of Physics & Astronomy
School of Ocean and Earth Science


Submitted by the Editors
on behalf of the the Secretariat.
Last reviewed: 06/11/06
© University of Southampton