MPhys (Hons) Physics with Space Science

Students in Hertfordshire’s MPhys Physics with Space Science program gain hands-on experience through advanced lab work, simulation software, and real-world research projects — all supported by specialist facilities and industry partnerships.
From spacecraft modelling and rocket propulsion to planetary science and quantum computing, you’ll work with tools and environments that mirror professional practice. Here’s how experiential learning is built into the course:

• Bayfordbury Observatory offers access to optical and radio telescopes, CCD imaging systems, and spectrometry tools — used in modules like Extra-Solar Planets and Star Formation.
• Rocket Propulsion and Performance module includes practical modelling of launch systems and spacecraft dynamics using simulation platforms.
• Python and MATLAB are core tools for coding, data analysis, and simulation across modules such as Computational Physics, Machine Learning, and Climate Physics.
• Group projects and coding assignments feature in modules like Medical Physics, Orbit Analysis, and Quantum Field Theory, encouraging collaboration and technical problem-solving.
• Year 4 Research Project is supervised by academic staff and often linked to the Centre for Astrophysics Research, allowing students to contribute to active studies in galaxy formation, climate modelling, or quantum systems.
• SEPNet internships offer paid summer placements with research institutions and space-related companies across the South East Physics Network.
• Digital learning tools include remote access to observatory data, online coding environments, and physics journal databases via the university library.
• Specialist laboratories support experimental physics modules including Optics and Lasers, Thermodynamics, and Spectroscopy.

Graduates of Hertfordshire’s MPhys Physics with Space Science program are equipped for high-level careers in aerospace, satellite technology, scientific computing, and research — with many progressing into roles at organisations like Airbus, Goonhilly Earth Station, and the UK Space Agency.
Typical job titles include space systems engineer, astrophysics researcher, data scientist, and scientific software developer. Here’s how the university supports your future success:

• Careers and Employment Service provides tailored support through placement year options, career coaching, and employer networking events via the Handshake platform.
• Employment stats: 100% of physics and astronomy graduates from Hertfordshire are in work or further study within 15 months; average earnings are £21,000 at that point.
• Industry partnerships include collaborations with Airbus, Goonhilly Earth Station, UK Space Agency, and SEPNet, offering students real-world exposure and paid summer internships.
• Institute of Physics (IoP) accreditation supports long-term professional development and progression toward Chartered Physicist (CPhys) status.
• Graduation outcomes: Students leave with advanced skills in coding (Python, MATLAB), data analysis, instrumentation, and scientific communication — all highly valued across academic and commercial sectors.

Further Academic Progression:
Students can continue into PhD programs in Space Science, Astrophysics, Quantum Technologies, or Computational Physics, either at Hertfordshire or other leading institutions. The MPhys also provides a direct route into research-intensive doctoral training programs and interdisciplinary postgraduate study in aerospace engineering, planetary science, or climate modelling.