Physics with Space Science

Physics with Space Science is a degree for students whose curiosity about the physical world extends from fundamental principles to the vast scales of the cosmos. Space science encompasses the study of planets, stars, galaxies, and the universe itself, as well as the technologies that allow us to observe and explore it. From satellite design and orbital mechanics to space weather and the search for exoplanets, it is a field that combines rigorous physical theory with extraordinary engineering and observational challenges.

At the University of Southampton you will study across four years on an MPhys programme, the integrated masters level that reflects the depth and rigour of this route. You will build from the essentials of classical and modern physics, including mechanics, electromagnetism, quantum theory, and relativity, before specialising in astronomical and space science content. You will explore topics spanning astrophysics, planetary science, satellite design, remote sensing, and space weather, engaging with the latest research at an institution with active research groups in relevant areas.

Southampton's links to the UK space sector and major international research collaborations mean the curriculum reflects contemporary practice in the field. Laboratory work, computational modelling, and a substantial research project at masters level develop the technical and analytical skills that employers in research and industry look for.

Physics with Space Science graduates are in demand across the space industry, which is growing rapidly in the UK and internationally. Roles in satellite design and operations, space mission analysis, remote sensing, and atmospheric and space weather research are all common directions. The broad physical and mathematical training also opens doors to careers in finance, data science, software engineering, and defence.

Many graduates pursue postgraduate research in astrophysics, planetary science, space systems engineering, or atmospheric physics. The analytical and quantitative skills developed on this degree make graduates adaptable across a wide range of technically demanding fields.