Astronautics and Space Engineering

Astronautics and space engineering is a discipline at the frontier of human technical ambition, concerned with the design, construction, and operation of spacecraft, satellites, launch systems, and the associated ground infrastructure that makes space-based technology possible. It draws on aerodynamics, propulsion, orbital mechanics, structures, materials, avionics, and systems engineering to produce graduates who can work on some of the most technically demanding projects in existence. The commercial space sector is expanding rapidly, and space-based systems are now central to telecommunications, navigation, weather forecasting, Earth observation, and national security.

At the University of Surrey, this three-year full-time programme is taught within an institution that has been at the forefront of the small satellite industry for decades, operating the Surrey Space Centre, which designs and builds real satellites for launch into orbit. This is not merely a selling point but a genuine educational environment: students learn from academics who are actively advancing space engineering, and the culture of the department is shaped by real mission experience. You will study orbital mechanics, spacecraft design, attitude control, propulsion, space environment effects, and mission systems engineering, developing both theoretical understanding and practical skills relevant to real space engineering practice.

Graduates work in the commercial space industry, defence and intelligence, government space agencies, satellite operators, launch providers, and the growing ecosystem of space technology start-ups. Surrey graduates have a particular reputation in the small satellite sector that has developed since the university pioneered the field. Further study at master's or doctoral level in space engineering, astronautics, or related engineering disciplines is a well-established route for those who wish to pursue research or highly specialist technical roles.