Sustainable and Digital Aviation (MEng)

Program overview

This English-taught master's program, offered within the field of Mechanical Engineering, trains professionals to lead the aviation sector’s move toward sustainability and digitalisation. The curriculum covers technical and systems-level topics such as sustainable fuels, electric and hydrogen propulsion, aviation data analytics, artificial intelligence, cybersecurity, and the regulatory frameworks that govern aviation. The goal is to equip graduates with the knowledge needed to develop and implement technologies and policies that reduce aviation’s environmental impact while embracing digital transformation.

What you will gain

You will build a combination of engineering and digital skills—ranging from propulsion concepts and fuel alternatives to data-driven decision making and AI applications—framed by an understanding of safety, security, and regulation. Graduates are prepared to contribute to innovation in areas such as greener propulsion systems, data-enabled operations, and secure, compliant digital aviation services. This background is relevant to careers in aircraft and engine manufacturers, airlines, airports, certification bodies, policy-making organisations, technology providers and aviation-focused startups.

Entry requirements (guidance)

• Check the official program page for the precise, up-to-date admission criteria and application deadlines.
• Prepare common application documents such as a bachelor’s degree in engineering, science, or a closely related discipline (or equivalent), academic transcripts, and a CV.
• Non-native English speakers will usually need to demonstrate English proficiency—confirm accepted tests and score thresholds.
• Other typical materials may include a motivation letter, letters of recommendation, and any documentation of relevant professional experience; exact requirements and formats vary by intake.

Graduates are prepared for technical and managerial roles across the aviation value chain, including aircraft and propulsion manufacturers, airlines, airports, aerospace suppliers, energy firms (sustainable fuels, hydrogen, battery developers), and technology firms offering AI, data analytics and cybersecurity solutions for aviation. Typical roles include propulsion systems engineer, systems integration specialist, data scientist for aviation operations, sustainability/strategy consultant, and regulatory or compliance specialist.

Demand for these competencies is growing due to tightening environmental regulations, industry decarbonisation targets, and the increasing digitalisation of aviation operations. Graduates may also pursue research or doctoral studies in aerospace propulsion, energy systems, or aviation informatics, or work in policy and standards organisations shaping sustainable aviation frameworks.