MEng Energy Engineering
Entry requirements
A level: AAB including A in Mathematics
About this course
MEng in Chemical Engineering. Core topics include Control Systems, Mathematical Modelling, and Engineering Design. The first year provides an integrated programme across engineering disciplines before specialising from the second year onward. A multidisciplinary design project in the final year is completed to a real-life brief, with site visits and presentations to industry professionals. An optional industry placement year is available between the second and third years.
Modules
- ENGINEERING DESIGN AND PRACTICE
- ENGINEERING PRINCIPLES AND ANALYSIS
- MATHEMATICAL METHODS FOR SCIENCE AND ENGINEERING
- RENEWABLE ENERGY
- ANALOGUE AND DIGITAL ELECTRONICS
- FURTHER MATHEMATICAL METHODS FOR SCIENCE AND ENGINEERING
- ENGINEERING DESIGN PROJECT
- STRUCTURES AND MATERIALS
- THERMOFLUIDS ANALYSIS AND DESIGN
- ELECTRICAL MACHINES AND POWER ELECTRONICS
- ENGINEERING MAJOR PROJECT
- NUCLEAR ENGINEERING AND TECHNOLOGY
- SOLAR ENERGY ENGINEERING
- THE CARBON CYCLE AND CLIMATE CHANGE
- POWER SYSTEMS ENGINEERING
- MODELLING ENVIRONMENTAL PROCESSES
- STRESS ANALYSIS AND DESIGN
- CONTROL SYSTEMS
- ENGINEERING GROUP PROJECT
- ADVANCED COMPUTATIONAL METHODS
- SOLAR ENERGY ENGINEERING WITH ADVANCED TOPICS
- ENERGY INFRASTRUCTURE ENGINEERING
- MODELLING ENVIRONMENTAL PROCESSES
- POWER SYSTEMS ENGINEERING
- CATCHMENT MANAGEMENT
- NUCLEAR ENGINEERING AND TECHNOLOGY WITH ADVANCED TOPICS
- FLUIDS ENGINEERING FOR RENEWABLE ENERGY
- THE FOLLOW-ON PROJECT