COURSE CURRICULUM

The MSc Aerospace Engineering course offers a focused curriculum designed to develop advanced knowledge and practical skills in the field of aerospace engineering. Core modules include Aerodynamics, which provides students with an understanding of the principles governing the behavior of air and its interaction with aircraft surfaces, enabling them to analyse and optimise aerodynamic performance. Engineering Computation equips students with computational methods and numerical techniques essential for solving complex aerospace problems, including simulation, modelling, and data analysis. Aerospace System Design focuses on the integration of aerospace components into coherent and efficient systems, addressing issues such as performance, safety, and reliability in modern aircraft and spacecraft. Aerospace Assembly explores the practical aspects of constructing and maintaining aerospace vehicles, providing hands-on experience in assembly techniques, materials, and quality assurance processes. The MSc Project and Dissertation, worth 60 credits, serves as a capstone experience, allowing students to undertake an independent research project in a specialised area of aerospace engineering. This project develops critical thinking, research methodology, and problem-solving skills while applying theoretical knowledge to real-world challenges. Collectively, these modules prepare graduates for professional careers in aerospace engineering, research, and development, equipping them with the technical expertise, analytical capabilities, and practical experience required to contribute effectively to the aerospace industry and related sectors.