MEng Energy Engineering
Course Overview
This integrated master's program prepares you for a leading career in the rapidly expanding energy sector, focusing on the sustainable future of energy production and supply. You will gain a strong foundation in engineering principles before specializing in energy, with the unique advantage of learning in a major UK energy hub. The course is designed in partnership with industry to ensure you graduate with the critical innovation and networking skills employers need.
Key Program Highlights
- Focus on sustainable energy solutions including wind, solar, nuclear, and biofuels
- Direct industry engagement through site visits to major installations like Sizewell nuclear plant
- Tailor your degree with optional modules from Environmental Sciences, Computing, and Mathematics
- Integrated master's structure providing a broad foundation before specialization
- Develop critical industry skills in innovation and professional networking
Course Overview
This integrated master's program prepares you for a leading career in the rapidly expanding energy sector, focusing on the sustainable future of energy production and supply. You will gain a strong foundation in engineering principles before specializing in energy, with the unique advantage of learning in a major UK energy hub. The course is designed in partnership with industry to ensure you graduate with the critical innovation and networking skills employers need.
Key Program Highlights
- Focus on sustainable energy solutions including wind, solar, nuclear, and biofuels
- Direct industry engagement through site visits to major installations like Sizewell nuclear plant
- Tailor your degree with optional modules from Environmental Sciences, Computing, and Mathematics
- Integrated master's structure providing a broad foundation before specialization
- Develop critical industry skills in innovation and professional networking
Requirements
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
