MSc Aerospace Engineering

At the University of Strathclyde, the MSc in Aerospace Engineering is designed to immerse students in practical, hands-on learning that complements theoretical knowledge. Throughout the program, students develop advanced technical skills in spacecraft design, propulsion systems, and space mission analysis while gaining experience with artificial intelligence and sustainability in aerospace. This experiential approach ensures graduates are well-prepared for the evolving demands of the aerospace industry. The program leverages state-of-the-art facilities and industry collaborations to provide a real-world learning environment:

Students benefit from experiential learning opportunities such as:

• Wind Tunnel & Flight Simulators: Access to large wind tunnels, Armfield wind tunnel, and fixed-base flight simulators in the James Weir Building for aerodynamic testing and pilot training simulations.

• Proxima Robotic Laboratory: Hands-on experience with two 6-DoF collaborative robotic arms and rail slides for in-orbit satellite operations, guidance, and control algorithm testing.

• MSc Research Project: Individual projects aligned with current aerospace research or industry themes, enabling practical application of technical knowledge.

• Strathclyde Aerospace Innovation Society (StrathAIS): Participation in society-led projects and the StrathAIS Rocketry Team, contributing to satellite technology, space sustainability, and competitive rocketry events like the Spaceport America Cup.

• Advanced Software & Digital Tools: Use of industry-standard aerospace engineering software for spacecraft design, propulsion modeling, and AI-driven analytics.

• Industry Collaborations & Internships: Opportunities to work with leading aerospace companies and space sector organizations through project placements and research initiatives.

• Specialized Laboratories & Facilities: Access to research labs for testing, experimentation, and validation of aerospace technologies.

• Libraries & Knowledge Resources: Comprehensive engineering and aerospace collections to support research, project work, and continuous learning.

This hands-on approach ensures that MSc students at Strathclyde are not only learning the theory but actively applying it in environments that mirror real-world aerospace challenges.

Graduates of the MSc Aerospace Engineering at the University of Strathclyde are exceptionally well-prepared to enter the rapidly evolving aerospace sector. Many find roles in spacecraft design, propulsion systems, or aerospace project management. With the programme’s strong technical and interdisciplinary focus, students are positioned to become leaders in both commercial and research-based aerospace environments. Career paths include: Aerospace Engineer, Space Systems Analyst, Propulsion Specialist, and Engineering Project Manager.

• University Career Services: The Strathclyde Careers Service offers tailored support including CV workshops, interview coaching, networking events, and access to industry mentors.

• Employment Stats & Salaries: Graduates benefit from recruitment by over 60 aerospace companies, with typical starting salaries ranging from £35,000 to £50,000, depending on role and experience.

• University–Industry Partnerships: Students gain hands-on experience through collaborations with leading aerospace companies and space sector organisations, including research projects aligned with initiatives like CAELUS and the AI for Space Sustainability Institute.

• Accreditation Value: The programme is fully accredited, ensuring long-term professional recognition and a competitive edge in global aerospace careers.

• Graduation Outcomes: Alumni move into senior engineering roles, space mission planning, and aerospace management positions, contributing to innovation in spacecraft, satellites, and propulsion systems.

Further Academic Progression:
Graduates can continue their studies through research degrees such as an MPhil or PhD in Aerospace Engineering, Space Systems, or related interdisciplinary areas, enabling careers in advanced research, academia, or leadership roles in aerospace innovation.