Postgraduate Taught Programme Structures for 2002/03
|
Department of Mechanical Engineering |
Mode of attendance: Full time
| ME50155 | Mechanical vibrations & noise | 6 Credits |
| ME50190 | Systems modelling & simulation | 6 Credits |
| Optional Units: A total of 2 units to be selected: |
| Optional Units: Select between 1 and 2 Unit(s)
from the following list: |
| ME50152
| Structural mechanics |
6 Credits |
| ME50183
| Finite element analysis |
6 Credits |
| Optional Units: Select between 0 and 1 Unit(s) from
the following list: |
| ME50181
| Computational fluid dynamics |
6 Credits |
| ME50173
| Research methodology |
6 Credits |
| ME50194
| Practical instrumentation techniques |
6 Credits |
| ME50208
| Power transmission systems |
6 Credits |
Year 1, Dissertation Period
Mode of attendance: Full time
| ME50145
| Introduction to hydraulic circuits & components |
6 Credits |
| ME50147
| Component selection for hydraulic systems |
6 Credits |
| ME50148
| Hydraulic systems design |
6 Credits |
| ME50150
| Introduction to control for electrohydraulic
systems |
6 Credits |
| ME50173
| Research methodology |
6 Credits |
| ME50194
| Practical instrumentation techniques |
6 Credits |
| ME50208
| Power transmission systems |
6 Credits |
Year 1, Dissertation Period
Mode of attendance: Full time
| ME50207
| Aircraft performance & propulsion |
6 Credits |
| Optional Units: A total of 3 units to be selected: |
| Optional Units: Select between 0 and 1 Unit(s)
from the following list: |
| Optional Units: Select between 0 and 1 Unit(s) from
the following list: |
| ME50153
| Thermofluid systems |
6 Credits |
| ME50183
| Finite element analysis |
6 Credits |
| Optional Units: Select between 0 and 1 Unit(s) from
the following list: |
| ME50166
| Aircraft stability & control |
6 Credits |
| Optional Units: Select between 0 and 3 Unit(s) from
the following list: |
| EG30061
| Aerospace Materials |
6 Credits |
| ME50169
| Aerospace structures & aeroelasticity |
6 Credits |
| ME50181
| Computational fluid dynamics |
6 Credits |
| ME50173
| Research methodology |
6 Credits |
| ME50194
| Practical instrumentation techniques |
6 Credits |
| ME50208
| Power transmission systems |
6 Credits |
Year 1, Dissertation Period
Mode of attendance: Full time
| ME50161
| Internal combustion engine technology |
6 Credits |
| ME50162
| Power transmissions |
6 Credits |
| Optional Units: A total of 3 units to be selected: |
| Optional Units: Select between 0 and 1 Unit(s)
from the following list: |
| Optional Units: Select between 2 and 3 Unit(s) from
the following list: |
| ME50155
| Mechanical vibrations & noise |
6 Credits |
| ME50183
| Finite element analysis |
6 Credits |
| ME50190
| Systems modelling & simulation |
6 Credits |
| ME50206
| Energy & the environment |
6 Credits |
| ME50173
| Research methodology |
6 Credits |
| ME50194
| Practical instrumentation techniques |
6 Credits |
| ME50208
| Power transmission systems |
6 Credits |
Year 1, Dissertation Period
Mode of attendance: Full time
| ME50167
| Computer aids for design |
6 Credits |
| ME50186
| Geometric modelling |
6 Credits |
| Optional Units: A total of 3 units to be selected: |
| Optional Units: Select between 0 and 1 Unit(s)
from the following list: |
| ME50158
| Global product development |
6 Credits |
| ME50183
| Finite element analysis |
6 Credits |
| Optional Units: Select between 0 and 1 Unit(s) from
the following list: |
| ME50190
| Systems modelling & simulation |
6 Credits |
| ME50215
| Risk & decision in engineering design |
6 Credits |
| Optional Units: Select between 0 and 1 Unit(s) from
the following list: |
| ME50177
| Innovation & advanced design |
6 Credits |
| Optional Units: Select between 0 and 1 Unit(s) from
the following list: |
| ME50170
| Manufacturing automation, modelling &
simulation |
6 Credits |
| ME50173
| Research methodology |
6 Credits |
| Optional Units: Select 1 Unit(s) from the following
list |
| ME50194
| Practical instrumentation techniques |
6 Credits |
| ME50208
| Power transmission systems |
6 Credits |
Year 1, Dissertation Period
Mode of attendance: Full time
| ME50170
| Manufacturing automation, modelling & simulation |
6 Credits |
| Optional Units: A total of 4 units to be selected: |
| Optional Units: Select between 0 and 1 Unit(s)
from the following list: |
| ME50158 | Global product development | 6 Credits |
| ME50183 | Finite element analysis | 6 Credits |
| Optional Units: Select between 0 and 1 Unit(s) from the following list: |
| ME50159 | Manufacturing processes & analysis | 6 Credits |
| ME50167 | Computer aids for design | 6 Credits |
| Optional Units: Select between 2 and 3 Unit(s) from the following list: |
| EG30022 | Materials selection in engineering design | 6 Credits |
| ME50186 | Geometric modelling | 6 Credits |
| ME50215 | Risk & decision in engineering design | 6 Credits |
| ME50173 | Research methodology | 6 Credits |
| ME50194 | Practical instrumentation techniques | 6 Credits |
| ME50208 | Power transmission systems | 6 Credits |
Year 1, Dissertation Period
TEME-AFM08: MSc Power Transmission and Motion Control Systems |
Mode of attendance: Full time
| ME50145 | Introduction to hydraulic circuits & components | 6 Credits |
| ME50147 | Component selection for hydraulic systems | 6 Credits |
| ME50201 | Electromechanical energy conversion | 6 Credits |
| Optional Units: Select 2 Unit(s) from the following list |
| ME50148 | Hydraulic systems design | 6 Credits |
| ME50150 | Introduction to control for electrohydraulic systems | 6 Credits |
| MN50170 | Accounting & finance | 6 Credits |
| MN50173 | Strategic information systems | 6 Credits |
| ME50208 | Power transmission systems | 6 Credits |
| Optional Units: Select 2 Unit(s) from the following list |
| ME50173 | Research methodology | 6 Credits |
| ME50194 | Practical instrumentation techniques | 6 Credits |
| ME50202 | Servo-electric drive performance & control | 6 Credits |
Year 1, Dissertation Period
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