MEng Engineering
Course Overview
This integrated MEng Engineering program offers a unique multidisciplinary approach, providing a broad foundation in your first year before allowing you to specialize in areas like Mechanical or Electronic and Electrical engineering. The curriculum leverages resources across schools including Environmental and Computing Sciences to align your studies with your personal career ambitions. The final year is dedicated to a major industry-sponsored design project, where you will develop and present real-world solutions to professional engineers.
Key Program Highlights
- Flexible curriculum allowing for specialization or a broad multidisciplinary path
- Direct access to resources and expertise from Environmental Sciences and Computing
- Final-year multidisciplinary design project with a real industry brief
- Opportunity to present engineering proposals to professional engineers
- Focus on developing versatile, problem-solving graduates for modern challenges
Course Overview
This integrated MEng Engineering program offers a unique multidisciplinary approach, providing a broad foundation in your first year before allowing you to specialize in areas like Mechanical or Electronic and Electrical engineering. The curriculum leverages resources across schools including Environmental and Computing Sciences to align your studies with your personal career ambitions. The final year is dedicated to a major industry-sponsored design project, where you will develop and present real-world solutions to professional engineers.
Key Program Highlights
- Flexible curriculum allowing for specialization or a broad multidisciplinary path
- Direct access to resources and expertise from Environmental Sciences and Computing
- Final-year multidisciplinary design project with a real industry brief
- Opportunity to present engineering proposals to professional engineers
- Focus on developing versatile, problem-solving graduates for modern challenges
Requirements
Modules
- ENGINEERING DESIGN AND PRACTICE
- ENGINEERING PRINCIPLES AND ANALYSIS
- MATHEMATICAL METHODS FOR SCIENCE AND ENGINEERING
- ANALOGUE AND DIGITAL ELECTRONICS
- FURTHER MATHEMATICAL METHODS FOR SCIENCE AND ENGINEERING
- ENGINEERING DESIGN PROJECT
- STRUCTURES AND MATERIALS
- DYNAMICS AND VIBRATION
- THERMOFLUIDS ANALYSIS AND DESIGN
- RENEWABLE ENERGY
- ELECTRICAL MACHINES AND POWER ELECTRONICS
- CONTROL SYSTEMS
- ENGINEERING MAJOR PROJECT
- SOLAR ENERGY ENGINEERING
- MODELLING ENVIRONMENTAL PROCESSES
- MANUFACTURING TECHNOLOGY
- NUCLEAR ENGINEERING AND TECHNOLOGY
- UBIQUITOUS COMPUTING
- POWER SYSTEMS ENGINEERING
- STRESS ANALYSIS AND DESIGN
- ENGINEERING GROUP PROJECT
- ADVANCED MANUFACTURING
- ADVANCED COMPUTATIONAL METHODS
- POWER SYSTEMS ENGINEERING
- THE FOLLOW-ON PROJECT
- SOLAR ENERGY ENGINEERING WITH ADVANCED TOPICS
- ENERGY INFRASTRUCTURE ENGINEERING
- NUCLEAR ENGINEERING AND TECHNOLOGY WITH ADVANCED TOPICS
- THEORY OF ENVIRONMENTAL ASSESSMENT
- FLUIDS ENGINEERING FOR RENEWABLE ENERGY
