Cranfield University

What you'll study

This MSc delivers a mix of core and optional modules that cover the fundamentals and advanced topics of spacecraft and space systems engineering. Teaching combines lectures, laboratory work, project-based learning and team design exercises. The programme typically includes a substantial individual research or design thesis undertaken with access to Cranfield's laboratory facilities and industry contacts.

• Core topics: orbital mechanics and trajectory design; spacecraft systems engineering; propulsion fundamentals and electric propulsion; space environment and space weather effects; guidance, navigation and control (GNC); space structures and mechanisms; thermal control and spacecraft environmental control.
• Systems and components: attitude determination and control systems; payload integration; avionics and embedded systems for space; power generation and energy storage for spacecraft; materials and testing for the space environment.
• Mission engineering and operations: mission analysis and design; satellite communications and telemetry; ground segment and mission operations; space policy and regulatory issues relevant to satellite missions and launch.
• Practical skills and laboratory work: hands-on lab sessions, testing and qualification methods, software tools for simulation and modelling (e.g. simulation of orbits and control systems), hardware-in-the-loop exercises and small-satellite work where available.
• Individual project or thesis: a major research or design project supervised by academic staff and often in collaboration with industry, enabling application of theoretical knowledge to real-world problems in spacecraft or mission design.

Entry requirements

Applicants are normally required to hold a good undergraduate degree (UK upper second class honours or equivalent) in engineering, physics, mathematics or a closely related technical discipline. Candidates with significant relevant industrial experience or demonstrable professional learning may be considered.

Essential background knowledge includes undergraduate-level mathematics (including calculus and linear algebra), dynamics, control theory and basic electronics or systems engineering. Applicants whose first language is not English will be expected to meet Cranfield's English language requirements as demonstrated by an approved test or equivalent evidence.

Career prospects

Graduates go on to technical and engineering roles across the space sector, defence, satellite communications, launch systems and space-related research. Typical job titles and pathways include spacecraft systems engineer, mission systems engineer, guidance, navigation & control engineer, propulsion systems engineer, payload engineer, systems integration and test engineer, and satellite operations specialist.

Alumni also progress to roles in systems consultancy, space project management, or further research at PhD level. Cranfield's industry links and project opportunities help students network with space agencies, satellite manufacturers, launch service providers and specialist engineering consultancies.

Why study at Cranfield University

Cranfield specialises in postgraduate technical education with a long-standing focus on aerospace and defence. The university offers practical, application-led teaching, strong laboratory and testing facilities, and close collaborations with industry partners active in the space sector. The relatively small cohort sizes foster close supervision and team-based projects, while the campus environment supports concentrated study and access to specialist facilities.

Students benefit from staff with professional experience in spacecraft design and mission engineering, opportunities for industry-sponsored projects, and a network of alumni working in national and international space organisations. This combination of taught content, practical exposure and industry engagement is designed to prepare graduates for the technical challenges of modern space systems.