Aerospace Propulsion option - MSc in Thermal Power and Propulsion

At Cranfield University, the Aerospace Propulsion option of the MSc in Thermal Power and Propulsion immerses students in hands-on learning that goes far beyond textbooks. From the start, you’ll gain practical experience in designing, testing, and optimizing propulsion systems, working directly with industry-standard tools and technologies. The program combines classroom learning with real-world applications, giving you the confidence and skills to thrive in the aerospace sector.

Students benefit from dedicated laboratories, advanced simulation software, and close collaboration with leading aerospace companies, ensuring every project and assignment mirrors the challenges faced in professional engineering environments. The program also emphasizes individual research projects, allowing you to explore cutting-edge propulsion technologies under expert guidance.

Experiential learning at Cranfield includes:

• Industrially Informed Projects: Engage in individual research projects, many sponsored by industry partners such as Rolls-Royce, EasyJet, and EASA, often leading to publication in journals.

• Advanced Laboratories and Test Facilities: Access to test rigs for axial compressors, hybrid turbo-electric propulsion systems, and UAV propulsion assessments.

• Specialist Software Tools: Use industry-standard computational tools for aerodynamic analysis, combustion modeling, and propulsion system simulations.

• Group Work and Collaboration: Collaborate with peers on complex engineering challenges, mirroring professional team environments.

• Field-Relevant Modules: Eight compulsory and up to six optional modules covering air-breathing engines, gas turbines, and propulsion design methodologies.

• Industry Interaction: Guest lectures, industrial management courses, and networking opportunities with senior engineers from leading aerospace firms.

• Campus Facilities: Access to Cranfield’s specialist aerospace laboratories, libraries, and research institutes dedicated to propulsion and thermal power studies.

• Professional Exposure: Practical experience aligned with current aerospace industry needs, enhancing employability upon graduation.

This structured, hands-on approach ensures that Cranfield graduates are immediately ready to contribute to advanced propulsion projects worldwide.

Graduates of the Aerospace Propulsion option – MSc in Thermal Power and Propulsion at Cranfield University are highly sought after in the aerospace sector, with strong prospects for roles in propulsion system design, operation, and research. Typical career paths include Propulsion Engineer, Aerospace Systems Analyst, Turbomachinery Specialist, and Performance Engineer:

• University support for employment: The Cranfield Careers and Employability Service provides one-to-one guidance, industry networking events, and tailored career workshops to help students secure roles in leading aerospace companies.

• Employment stats and salary: Graduates typically secure relevant positions within six months, with competitive starting salaries reflecting their specialist skills.

• University–industry partnerships: The course benefits from close ties with major aerospace and engineering employers, including Rolls-Royce, EasyJet, EASA, RMC, and Uniper Technologies, who contribute to guest lectures, student prizes, and sponsored projects.

• Long-term accreditation value: The MSc programme is recognized for maintaining professional engineering standards, with an intensive industrial management module assisting in exemptions from certain Engineering Council requirements.

• Graduation outcomes: Alumni progress into roles influencing the design, operation, and maintenance of air-breathing engines, gas turbines, and emerging propulsion technologies worldwide.

Further Academic Progression:
After completing this MSc, students may continue their studies through doctoral research (PhD) in aerospace propulsion, thermal power systems, or related engineering disciplines. Opportunities exist to join research groups at Cranfield or other leading international institutions, focusing on innovative propulsion technologies, sustainable aerospace systems, or advanced gas turbine research.