Open University · Distance learning
Space Science and Technology (F77)
This qualification explores space science and the underpinning technology. Developed with the UK Space Agency and leading space industry partners, it prepares you for a career or further research in the space sector. You will conduct scientific investigations…
Masters3 yearsDistance learning
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The Open University · Physical sciences
This qualification explores space science and the underpinning technology. Developed with the UK Space Agency and leading space industry partners, it prepares you for a career or further research in the space sector. You will conduct scientific investigations independently and collaboratively using space-based instrumentation and programming tools, gaining insight into scientific measurement in the space environment and the design of spacecraft systems and instrumentation. Option modules let you tailor your studies across applied mathematics, computing and IT, engineering, environmental management, project management, physical sciences and systems thinking. You will also complete a major research project in space science or technology. Key features of the course - Develop practical skills in conducting science experiments related to the space environment using remote and space-based data - Explore current debates in space and planetary sciences through the analysis of archived mission data - Develop technical and professional skills aligned to your individual interests and career goals - Undertake an in-depth individual research project in space science or space technology
Getting in
As the university states it
You should typically have a UK honours degree (or equivalent) in physics, astronomy, geosciences, chemistry, engineering or mathematics. We’ll ask you to prove you have this when you register for your first module, Space science (S818). We will, however, consider applications from non-graduates with other relevant qualifications or experience. We don’t require you to have previously studied space science or astronomy. Some option modules have additional entry requirements. We’ll ask you to prove you meet them when you register for any of these modules: Calculus of variations and advanced calculus (M820) Nonlinear ordinary differential equations (M821) Advanced mathematical methods (M833) Coding theory (M836) Quantum and statistical mechanics of matter (SM880) It’s important that you read the entry requirements (found in the individual module descriptions) for any option modules you’re considering before registering. We recommend you have minimum IELTS (International English Language Testing System) scores of Reading: 5.5 Writing: 5.5 Speaking: 5.5 Listening: 5.5 Overall: 6.0.
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Course details as published by the university. No graduate-outcome statistics are published for UK postgraduate courses, so none are shown.