Department of Engineering MSc Module Guide Academic Year

Transcription

1 Department of Engineering MSc Module Guide Academic Year Introduction... 2 Summary of Modules... 4 MSc in Advanced Engineering... 6 MSc in Embedded Systems and Control... 7 MSc in Advanced Control and Dynamics... 8 MSc in Advanced Electrical and Electronic Engineering... 9 MSc in Information and Communications Engineering MSc in Advanced Mechanical Engineering MSc in Advanced Materials Engineering MSc in Advanced Engineering with Management MSc in Advanced Electrical and Electronic Engineering with Management MSc in Advanced Mechanical Engineering with Management MEM Master of Engineering Management MRes... 17

2 MSc & MRes Module Guide 2 Introduction MSc All MSc students must take 120 credits of taught modules in the academic year, followed by a project worth 60 credits (progression to the project is contingent on passing enough taught modules at the first attempt). All taught modules listed below are worth 15 credits. Most students take four taught modules in each semester. MSc with Management Students on the three with Management MSc degrees study the first semester module MN7260, Foundation and Professional Skills. This module is compulsory, but does not carry any credits towards the degree classification. All modules with codes starting MN are taught by the School of Management, codes starting EG by the Department of Engineering. Students on these degrees take six taught modules (including MN7260) in the first semester, and three taught modules in the second semester. MRes MRes students take 60 credits of taught modules in the first semester (ED7030 Professional Skills for the Researcher, taught by the Lifelong Learning Institute, and three Engineering modules). This is followed by a 120-credit project and dissertation in the second semester and summer. The Project Students Time EG7070 MRes Project MRes Semester 2 + summer MN7007 Individual Project with MSc with Management Summer Management EG7020 Individual Project All other MSc Summer* EG7031 Engineering Management Project MEM Summer *Students on with Industry degrees start the project after their placement, and finish ten weeks later. Options If you have options, you should be aware of the following prerequisites for second semester modules: EG7018 (Embedded Systems for Condition Monitoring and Control) requires you to have studied EG7014 (High Reliability Embedded Systems) in the first semester. EG7029 (Computational Fluid Dynamics) requires you to have studied EG7026 (Advanced Fluid Dynamics) in the first semester. EG7035 (Electronically Controlled Motor Drives) requires you to have studied EG7034 (Electrical Machines and Drives) in the first semester. () may only be chosen if you are also studying (Design of Discrete Systems) in the second semester. However, you may study without also studying. Students choosing optional modules should consult the University s module documents, at

3 and the Department s module documents, at MSc & MRes Module Guide 3

4 MSc & MRes Module Guide 4 Summary of Modules Code Name Semester EMB DYN ELE INF MEC MAT ADV ELE+MAN MEC+MAN ADV+MAN MEM EG7012 Matlab Programming and CAD 1 C C C C C C C C C C EG7013 EG7014 Modelling and Classification of Data High Reliability Embedded Systems 1 O O O C O O O O O O 1 C O O C O O O EG7015 Robust Control 1 C C O O O O O O EG7021 Radio Systems 1 O C O O O EG7026 Advanced Fluid Dynamics 1 O C O O O EG7028 Understanding Surfaces in Eng. 1 O O O O O EG7034 Advanced Electrical Machines 1 O O O O EG7037 Advanced Solid Mechanics 1 O C O O O EG7411 Current Trends in Aerospace 1 O O O EG7412 Systems Eng. and Spacecraft Systems 1 O O O O O O MN7260 Foundation and Professional Skills 1 C C C C MN7241 Financial Statements 1 C C C C MN7263 The Business Environment 1 C C C C 2 C C O C O O O O O 2 C C O C O O O O O EG7018 Embedded Sys. for CM&C 2 C O O EG7022 Digital Communications 2 O C O O O EG7023 Radio Communications 2 C O EG7029 Computational Fluid Dynamics 2 O C O O O EG7031 Advanced Materials Modelling 2 O O C O O O EG7035 Advanced Electronically Controlled Drives 2 O O O O EG7038 Aerospace Materials 2 O C O O O EG7040 Nonlinear Control 2 C C O O O O O O EG7060 Dynamics of Mechanical Systems 2 C O C O O O MN7264 Management in a Global Context 2 C C C C EG7311 Engineering Project Management 1 C EG7312 Systems Engineering 1 C EG7321 Engineering Business 2 C Management EG7322 Lean Engineering 2 C EG7323 Cost Engineering 2 C DYN ADV MEC ELE MSc in Advanced Control and Dynamics MSc in Advanced Engineering MSc in Advanced Mechanical Engineering MSc in Advanced Electrical and Electronic Engineering

5 MSc & MRes Module Guide 5 EMB INF MAT ELE+MAN MEC+MAN ADV+MAN MEM MSc in Embedded Systems and Control MSc in Information and Communications Engineering MSc in Advanced Materials Engineering MSc in Advanced Electrical and Electronic Engineering with Management MSc in Advanced Mechanical Engineering with Management MSc in Advanced Engineering with Management Master of Engineering Management Note that the MEC and MEC+MAN degrees have restrictions on combinations of first semester options, detailed in the course pages below.

6 MSc & MRes Module Guide 6 MSc in Advanced Engineering Semester 1 Options (choose any three) EG7014 EG7015 EG7021 EG7026 EG7028 EG7034 EG7037 EG7411 EG7412 High Reliability Embedded Systems Robust Control Radio Systems Advanced Fluid Dynamics Understanding Surfaces in Engineering Advanced Electrical Machines Advanced Solid Mechanics Current Trends in Aerospace Systems Engineering and Spacecraft Systems Semester 2 Options (choose any four) EG7018 EG7022 EG7023 EG7029 EG7031 EG7035 EG7038 EG7040 EG7060 Embedded Sys. for Condition Monitoring and Control Digital Communications Radio Communications Computational Fluid Dynamics Advanced Materials Modelling Advanced Electronically Controlled Drives Aerospace Materials Nonlinear Control EG7020 Individual Project Dynamics of Mechanical Systems

7 MSc & MRes Module Guide 7 MSc in Embedded Systems and Control EG7014 EG7015 High Reliability Embedded Systems Robust Control Semester 1 Options (choose one) EG7412 Semester 2 Core EG7018 EG7040 Systems Engineering and Spacecraft Systems Embedded Sys. for Condition Monitoring and Control Nonlinear Control EG7020 Individual Project

8 MSc & MRes Module Guide 8 MSc in Advanced Control and Dynamics EG7015 Robust Control Semester 1 Options (choose any two) EG7014 EG7412 Semester 2 Core EG7018 EG7060 High Reliability Embedded Systems Systems Engineering and Spacecraft Systems Nonlinear Control EG7020 Individual Project Dynamics of Mechanical Systems

9 MSc & MRes Module Guide 9 MSc in Advanced Electrical and Electronic Engineering Semester 1 Options (choose any three) EG7014 EG7015 EG7021 EG7034 EG7412 High Reliability Embedded Systems Robust Control Radio Systems Advanced Electrical Machines Systems Engineering and Spacecraft Systems Semester 2 Options (choose any four) EG7018 EG7022 EG7023 EG7035 EG7040 Embedded Systems for Condition Monitoring and Control Digital Communications Radio Communication Advanced Electronically Controlled Drives Nonlinear Control EG7020 Individual Project

10 MSc & MRes Module Guide 10 MSc in Information and Communications Engineering EG7014 EG7021 High Reliability Embedded Systems Radio Systems Semester 2 Core EG7022 EG7023 Digital Communications Radio Communications EG7020 Individual Project

11 MSc & MRes Module Guide 11 MSc in Advanced Mechanical Engineering Semester 1 Options Group A EG7026 Advanced Fluid Dynamics EG7028 EG7037 Understanding Surfaces in Engineering Advanced Solid Mechanics Semester 1 Options Group B EG7015 EG7411 EG7412 Robust Control Current Trends in Aerospace Systems Engineering and Spacecraft Systems Semester 1 options: choose three, with at least one from group A (so possible combinations are 3A, 2A+B, A+2B). Semester 2 Options (choose any four) EG7029 EG7031 EG7038 EG7040 EG7060 Computational Fluid Dynamics Advanced Materials Modelling Aerospace Materials Nonlinear Control Dynamics of Mechanical Systems EG7020 Individual Project

12 MSc & MRes Module Guide 12 MSc in Advanced Materials Engineering EG7026 Advanced Fluid Dynamics EG7037 Advanced Solid Mechanics Semester 1 Options (choose one) EG7028 EG7411 EG7412 Semester 2 Core EG7029 EG7031 EG7038 EG7060 Understanding Surfaces in Engineering Current Trends in Aerospace Systems Engineering and Spacecraft Systems Computational Fluid Dynamics Advanced Materials Modelling Aerospace Materials Dynamics of Mechanical Systems EG7020 Individual Project

13 MSc & MRes Module Guide 13 MSc in Advanced Engineering with Management MN7260 Foundation and Professional Skills MN7241 Financial Statements: theory, practice and culture MN7263 The Business Environment Semester 1 Options (choose any two) EG7014 EG7015 EG7021 EG7026 EG7028 EG7034 EG7037 High Reliability Embedded Systems Robust Control Radio Systems Advanced Fluid Dynamics Understanding Surfaces in Engineering Advanced Electrical Machines Advanced Solid Mechanics Semester 2 Core MN7264 Management in a Global Context Semester 2 Options (choose any two) EG7022 EG7029 EG7031 EG7035 EG7038 EG7040 EG7060 Digital Communications Computational Fluid Dynamics Advanced Materials Modelling Advanced Electronically Controlled Drives Aerospace Materials Nonlinear Control Dynamics of Mechanical Systems MN7007 Individual Project

14 MSc & MRes Module Guide 14 MSc in Advanced Electrical and Electronic Engineering with Management MN7260 Foundations of Knowledge and Professional Skills MN7241 Financial Statements: theory, practice and culture MN7263 The Business Environment Semester 1 Options (choose any two) EG7014 EG7015 EG7021 EG7034 High Reliability Embedded Systems Robust Control Radio Systems Advanced Electrical Machines Semester 2 Core MN7264 Management in a Global Context Semester 2 Options (choose any two) EG7022 EG7035 EG7040 Digital Communications Advanced Electronically Controlled Drives Nonlinear Control MN7007 Individual Project

15 MSc & MRes Module Guide 15 MSc in Advanced Mechanical Engineering with Management MN7260 Foundations of Knowledge and Professional Skills MN7241 Financial Statements: theory, practice and culture MN7263 The Business Environment Semester 1 Options Group A EG7026 Advanced Fluid Dynamics EG7028 EG7037 Understanding Surfaces in Engineering Advanced Solid Mechanics Semester 1 Options Group B EG7015 Robust Control Semester 1 options: choose two, at least one from group A (so either 2A, or A+B). Semester 2 Core MN7264 Management in a Global Context Semester 2 Options (choose any two) EG7029 EG7031 EG7038 EG7040 EG7060 Computational Fluid Dynamics Advanced Materials Modelling Aerospace Materials Nonlinear Control Dynamics of Mechanical Systems MN7007 Individual Project

16 MSc & MRes Module Guide 16 MEM Master of Engineering Management EG7311 Engineering Project Management EG7312 Systems Engineering MN7260 Foundations of Knowledge and Professional Skills MN7241 Financial Statements: theory, practice and culture MN7263 The Business Environment Semester 2 Core MN7264 Management in a Global Context EG7321 Engineering Business Management EG7322 Lean Engineering EG7323 Cost Engineering EG7301 Engineering Management Project

17 MSc & MRes Module Guide 17 MRes ED7030 Professional Skills for the Researcher Semester 1 Options (choose any two) EG7014 High Reliability Embedded Systems EG7015 Robust Control EG7021 Radio Systems EG7026 Advanced Fluid Dynamics EG7028 Understanding Surfaces in Engineering EG7034 Advanced Electrical Machines EG7037 Advanced Solid Mechanics EG7070 MRes Project