MPhys Physics with Planetary and Space Physics

4 Years On Campus Bachelors Program

Aberystwyth University

Program Overview

Aberystwyth’s MPhys Physics with Planetary and Space Physics is a four-year integrated master’s program that blends core physics with advanced study of the solar system and astronomical science — ideal for students fascinated by space exploration, planetary environments, and astrophysical phenomena.

You’ll build a strong foundation in classical and quantum physics, then dive into specialist modules covering planetary atmospheres, space instrumentation, and cosmology.

Curriculum structure

Year 1: Core Foundations in Physics and Mathematics
Students begin with Mathematics for Physicists, Classical Dynamics, and Thermal and Quantum Physics, gaining essential knowledge of motion, energy, and atomic behaviour. Practical skills are developed through Laboratory Physics and Introduction to Programming, while Fundamentals of Engineering Mechanics introduces structural analysis and applied problem-solving.

Year 2: Expanding into Space and Planetary Science
This year includes Electromagnetism and Optoelectronics, Solid State Physics, and Mathematical Methods, deepening your understanding of physical systems. You’ll also study Stars and Galaxies and Space Instrumentation, exploring stellar structure, galactic dynamics, and the design of space-based experiments.

Year 3: Advanced Topics and Independent Research
You’ll take Quantum Mechanics, Statistical Physics, and complete a Major Project in a specialist area such as planetary atmospheres, space instrumentation, or astrophysical modelling. This year consolidates your academic development and introduces you to independent research.

Year 4: Integrated Master’s Year
In your final year, you’ll undertake a substantial Master’s Research Project, working closely with academic staff on cutting-edge topics in planetary and space physics. You’ll also take advanced modules in theoretical physics, data analysis, and computational methods tailored to your research focus.

Focus areas

Planetary atmospheres, space instrumentation, quantum mechanics, cosmology, stellar physics, programming

Learning outcomes

Scientific reasoning, data analysis, instrumentation design, programming, research skills, independent project work

Professional alignment (accreditation)

Accredited by the Institute of Physics (IOP), supporting progression toward Chartered Physicist (CPhys) status

Reputation (employability rankings)

Aberystwyth University ranks in the top 5 in the UK for student satisfaction in Physics and Astronomy (NSS 2022)

Experiential Learning (Research, Projects, Internships etc.)

Aberystwyth’s MPhys Physics with Planetary and Space Physics gives students hands-on experience in experimental physics, space instrumentation, and planetary science — supported by specialist labs, programming tools, and research-led teaching.

From your first year, you’ll work with real data, write code, and explore planetary systems using tools and facilities designed for advanced space physics. You’ll also engage in lab work, group projects, and independent research guided by experts involved in space missions. Here’s how experiential learning is built into the course:

Laboratory Techniques for Experimental Physicists and Engineers (30 credits) develops practical skills in optics, electronics, and instrumentation.
Space Instrumentation teaches how to design, build, and interpret data from space-based experiments.
Stars and Galaxies and Cosmology modules involve analysis of real astrophysical data and theoretical modelling.
Python programming is taught through Introduction to Programming, supporting data analysis and simulation.
Major Project in Year 3 and Master’s Research Project in Year 4 involve supervised research in areas like planetary atmospheres, space instrumentation, or general relativity.
Use of digital platforms such as Blackboard for simulations, assignments, and collaborative learning.
Access to Physics Laboratories for experimental modules and project work.
Aberystwyth researchers are involved in the European Space Agency’s ExoMars 2020 Project, offering insight into planetary exploration and instrumentation.
University Library and Physical Sciences collections provide access to journals, textbooks, and specialist databases.
Institute of Physics (IOP) accreditation ensures alignment with professional standards and supports long-term career progression.

Progression & Future Opportunities

Graduates of Aberystwyth’s MPhys Physics with Planetary and Space Physics are equipped for careers in space science, research, and advanced data-driven industries — combining deep theoretical knowledge with hands-on experience in instrumentation and planetary modelling.

Typical job roles include space instrumentation engineer, planetary scientist, research physicist, and data analyst. With a master’s-level research project and exposure to real astronomical and planetary data, students leave ready to contribute to cutting-edge science. Here’s how Aberystwyth supports your future success:

Aberystwyth Careers Service offers tailored support including CV workshops, employer networking events, and access to the AberForward internship scheme.
Institute of Physics (IOP) accreditation supports progression toward Chartered Physicist (CPhys) status — a mark of long-term professional recognition.
University researchers contribute to the European Space Agency’s ExoMars 2020 Project, offering students insight into planetary exploration and space instrumentation.
Graduates are in demand across sectors including aerospace, software, education, and research, with strong employer interest in physics graduates trained in data analysis and modelling.
Transferable skills in programming, data analysis, and research are built into the curriculum, aligning with employer needs in both public and private sectors.

Further Academic Progression:
After completing the MPhys, students can pursue a PhD in Planetary Science, Astrophysics, or Space Physics. Aberystwyth offers postgraduate research opportunities through its active physics and astronomy research groups.