MEng Aerospace Engineering
Course Overview
This four-year Aerospace Engineering MEng is an integrated Master's degree designed to fast-track graduates to Chartered Engineer status. The curriculum provides a deep and broad exploration of core aerospace subjects through advanced modules and a significant year-long capstone project. Students graduate with the specialist knowledge and key skills highly sought after by employers in the global aerospace industry.
Key Program Highlights
- Fast-track path to becoming a Chartered Engineer (CEng)
- Advanced specialist modules in aerodynamics, aerostructures, and guidance systems
- Extensive, industry-focused Capstone Design Project in the final year
- Develops key enterprise and systems engineering skills valued by employers
- Offers greater depth and breadth than a standard three-year BEng degree
Course Overview
This four-year Aerospace Engineering MEng is an integrated Master's degree designed to fast-track graduates to Chartered Engineer status. The curriculum provides a deep and broad exploration of core aerospace subjects through advanced modules and a significant year-long capstone project. Students graduate with the specialist knowledge and key skills highly sought after by employers in the global aerospace industry.
Key Program Highlights
- Fast-track path to becoming a Chartered Engineer (CEng)
- Advanced specialist modules in aerodynamics, aerostructures, and guidance systems
- Extensive, industry-focused Capstone Design Project in the final year
- Develops key enterprise and systems engineering skills valued by employers
- Offers greater depth and breadth than a standard three-year BEng degree
Requirements
Modules
- Introduction to Aerospace Engineering
- Solids and Structures 1
- Professional Engineering: A Skills Toolkit
- Energy Science
- Engineering Mathematics
- Digital Engineering
- Introduction to Engineering Materials
- Aeroengines
- Aerospace Engineering Design 2
- Dynamic Systems
- Experimental Methods
- Project Management
- Solids & Structures 2
- Engineering Mathematics and Computing
- Flight Mechanics
- Engineering Materials Processing & Selection
- Advanced Modern Management
- Aerospace Engineering Design 3
- Aerostructures
- Flight Dynamics and Control
- Individual Project
- Aerodynamics
- Computational Methods in Engineering
- Spaceflight
- Aeroelasticity
- Aerospace Capstone Group Design Project
- Enterprise Studies
- Advanced Fluid Mechanics and Aerodynamics
- Flight Handling Qualities
- Aerostructural Analysis and Optimisation
- Advanced 4th Year Research Project
- Advanced Guidance Systems
- Energy and the Environment
- Musculoskeletal Biomechanics
- Nuclear Technologies
- Space Mission Design
- Additive Manufacturing
- Advanced Engineering Materials
