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BEng Aerospace Engineering
About this course
Aerospace engineering is concerned with the design, analysis, and development of aircraft and spacecraft, and the systems that make them fly safely and efficiently. It combines core mechanical engineering principles with specific application to aerospace challenges: aerodynamics, aerostructures, propulsion systems, flight dynamics, avionics, and materials for high-performance applications. The discipline requires rigorous mathematical and physical thinking alongside the ability to integrate knowledge across multiple engineering domains, and it sits at the frontier of human technological ambition. At Heriot-Watt University, this four-year, full-time BEng (Hons) programme develops the core skills and specialist knowledge needed for a career in aerospace engineering. You will build a solid foundation in mechanical engineering principles before applying these to the specific technical challenges of aerospace design, including the aerodynamic analysis of flight vehicles, the structural demands of aircraft and spacecraft, and the propulsion systems that generate thrust in different flight regimes. The programme focuses on the current and emerging needs of the aeronautical industry, ensuring that what you study reflects the direction in which aerospace technology is developing, including the shift towards more electric aircraft, sustainable aviation fuels, and advanced composite materials. A typical entry tariff of 184 points reflects the high academic standard expected for a technically demanding engineering programme. Graduates from aerospace engineering programmes are sought by aircraft manufacturers, defence contractors, airlines, space agencies and commercial space companies, engineering consultancies, and regulatory authorities. Professional registration as a chartered engineer is the standard long-term career goal, and the programme provides a strong academic foundation for that pathway. Many graduates continue to master's-level study in aerospace, fluids, or structures, developing specialist expertise for research or advanced engineering roles.
Syllabus & Modules
Typical curriculumStudent Satisfaction
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