Mphys Physics with Astrophysics

4 Years On Campus Bachelors Program

University of Leicester

Program Overview

This four-year integrated MPhys gives you a deep dive into both core physics and cutting-edge astrophysics, from particles to black holes, alongside strong mathematical and computational training. It’s tailored for students fascinated by the workings of the universe who aim for research-level roles or advanced industry work.

Curriculum structure
Year 1: You’ll begin by grounding yourself in the fundamentals. You’ll study modules such as Mechanics, Electricity and Magnetism, Mathematical Physics 1.1, Light and Matter, Waves and Quanta, Mathematical Physics 1.2, Experimental Physics 1, and a choice of Introductory Astrophysics (or Climate/Data/Space Science). This gives you a broad base in both physics and astrophysics, while building experimental and mathematical confidence.

Year 2: In this year you dive deeper into advanced topics: core modules include Mathematical Physics 2, Relativity, Quantum Physics and Particles, Electromagnetic Fields, Thermal and Statistical Physics, Condensed Matter Physics, Experimental Physics 2, plus one option like Intermediate Astrophysics and Data Science or Intermediate Astrophysics and Space Science. You’ll strengthen your understanding of quantum, statistical, field and condensed matter physics while aligning it with astrophysical applications.

Years 3 & 4: The third and fourth years push into specialist and research terrain. In Year 3 you’ll tackle modules like Quantum Mechanics, Radiation and Matter, Physics Challenge, Research Project, and choose options such as Astrodynamics, Numerical Programming in C++, Stellar Astrophysics/Planetary Physics. In Year 4 you’ll undertake Advanced Research Project, Physics Special Topics, Physics Skills and Professional Development 4, and options such as Radiative Processes in Astrophysics, Supermassive Black Holes and Exoplanets, Data Mining and Neural Networks. These years are all about specialising, doing genuine research work and preparing for that next step.

Focus areas: matter and energy; waves and fields; quantum & relativistic physics; astrophysics (stars, exoplanets, black holes); computational modelling and instrumentation.

Learning outcomes: You will be able to apply advanced mathematical and computational techniques to physical systems, carry out your own research-style investigations, critically interpret complex data, communicate physical concepts clearly, and apply astrophysics and physics knowledge to both scientific and real-world problems.

Professional alignment (accreditation): The degree is accredited by the Institute of Physics (IOP), meaning it fulfils the educational requirements towards Chartered Physicist (CPhys) status.

Reputation (employability / rankings): The School of Physics & Astronomy at Leicester is ranked 6th in the UK for “overall positivity” in the National Student Survey (NSS 2025) for physics-aligned subjects.

Experiential Learning (Research, Projects, Internships etc.)

Here’s how experiential learning plays out in the MPhys Physics with Astrophysics programme at University of Leicester — you won’t just sit through lectures; you’ll be getting your hands on real research equipment, collaborating in groups, working with data, and tapping into professional-grade tools. The university’s physics and astrophysics provision is deeply connected with global space-science centres, so what this really means is you’ll gain the kind of applied, practical skills that give you a head start in your career.

Here’s what this involves in concrete terms:

Dedicated laboratory sessions in the School of Physics & Astronomy where you’ll work through modules such as Experimental Physics 1 and Experimental Physics 2, conducting experiments tied to modern astrophysics and particle physics.
Computing and programming workshops built into the degree (for example modules like Python, Numerical Programming in C++) so you’ll get hands-on with data analysis, simulation, modelling of physical/astrophysical systems.
A major research project in the final years where you will join academic staff on real investigations — recent examples include black holes, Martian rock analysis, planet-forming discs and medical-ultrasound research.
The option to take a “Year in Industry” or “Year in Research” between Years 2 and 3, where you’ll spend time in a company or research team, apply your skills in a professional context, build your network and strengthen your employability.
Access to external space science‐related facilities such as Space Park Leicester and the National Space Centre—the programme notes Leicester as “Britain’s space city” and ties into those institutions, giving you direct contextual relevance.
Dedicated library and study spaces, small-group tutorials and project classes so you’re supported not just in the lab or lecture-theatre, but in your writing, data skills and independent study.

Progression & Future Opportunities

Graduates move into roles such as Space Instrumentation Engineer, Research Scientist in Astrophysics, Data & Modelling Analyst, or Physics Lecturer — all anchored in hands-on skills and deep scientific knowledge. What this really means is:

Progression & Future Opportunities:

The university’s Careers & Employability Service supports you from day one with CV help, interview coaching and employer-connections specifically tailored for physics and astronomy students.
Employment stats show UK‐resident physics and astronomy graduates from Leicester earn around £30,500 fifteen months after graduation, with typical ranges between £24,000-£34,000.
There are strong industry/research partnerships: for example the summer undergraduate research scheme “SURE” and placements as Science Interpreters at the National Space Centre through the School of Physics and Astronomy.
Long-term accreditation value: the programme is designed to meet the requirements of the Institute of Physics (IOP) which is key for progressing to Chartered Physicist status.
Graduation outcomes: for physics‐aligned undergraduates at Leicester, around 100% employed or in further study within 15 months, demonstrating very strong outcomes.

Further Academic Progression:
If you finish this programme and want to go further, you could pursue an MSc or MRes in astrophysics, space science or instrumentation, or move directly into a PhD (the School of Physics & Astronomy offers PhD/MPhil supervision in areas like planetary science and space projects).