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BEng Aerospace Satellite Engineering
About this course
Aerospace satellite engineering sits at one of the most dynamic frontiers of modern technology. Satellites now underpin global communications, navigation, weather forecasting, climate monitoring, and a growing range of defence and commercial applications. The engineering disciplines required to design, build, launch, and operate satellites draw on aerospace engineering, electronics, orbital mechanics, and systems integration, making it a technically demanding but richly rewarding field of study. This three-year full-time programme at the University of Northumbria at Newcastle develops the engineering knowledge and analytical skills needed to work in the aerospace and space sectors. You will study the principles of aerodynamics, structures, propulsion, and flight systems alongside the specific challenges of satellite design: power management in orbit, thermal control, communications systems, and payload integration. The programme includes a sandwich year, a year abroad, and a work placement, giving you a remarkable combination of professional experience and international exposure embedded within the degree. With a typical tariff of 120 points, it attracts students with strong mathematical and scientific foundations who are genuinely excited by the space industry. The UK space sector has grown significantly in recent years, with a range of new launch sites, satellite manufacturers, and space technology companies establishing themselves across the country. Newcastle and the broader North East region have a growing engineering base, and the university's connections with industry support the placement and sandwich year elements of the programme. The year abroad gives you the opportunity to engage with the space sector internationally, whether through study at a partner institution or through industry-linked experience overseas. Graduates from aerospace satellite engineering programmes move into careers in the space industry, defence, aerospace manufacturing, communications, and engineering consultancy. Roles in satellite operations, systems engineering, spacecraft design, and mission analysis are all realistic outcomes. Further study at postgraduate level, including research degrees in specific areas of aerospace or space engineering, is another well-established path for graduates who want to develop deep specialist expertise.
Syllabus & Modules
Typical curriculumStudent Satisfaction
National Student Survey - 35 respondents (59% response rate)
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