BSc Physics

3 Years On Campus Bachelors Program

University of Leicester

Program Overview

Program overview
This degree invites you to explore physics from sub-atomic particles to galaxies, grounding you in both the fundamental concepts and real-world applications of matter, energy and forces. It suits curious thinkers who enjoy problem-solving, maths and experiments, and envision a future across science, technology or engineering fields.

Curriculum structure
Year 1: You’ll begin by building a strong foundation in core physics and mathematical tools. Modules such as Mechanics, Electricity and Magnetism, and Mathematical Physics 1.1 give you the essential language of physics, while Light and Matter and Waves and Quanta introduce modern concepts of quantum physics and wave phenomena. You’ll also have Experimental Physics 1 and Physics Skills and Professional Development 1, so you’re not just learning theory but also developing lab-technique and professional awareness.

Year 2: In your second year you’ll advance into deeper territory: modules like Relativity, Quantum Physics and Particles, Electromagnetic Fields, and Condensed Matter Physics take you into specialised domains of modern physics. Alongside Mathematical Physics 2 and Thermal and Statistical Physics, you’ll refine your problem-solving, modelling and data interpretation skills, and continue developing your experimental side through Experimental Physics 2 and Physics Skills and Professional Development 2.

Final (Year 3 or Year 4 for extended options): In your final year you’ll take modules such as Quantum Mechanics, Radiation and Matter, Physics Challenge and a substantial Research Project. You can also pick from option modules like Electronics, Astrodynamics, Numerical Programming in C++, Quasars and Cosmology or Climate Change: Impacts, Vulnerability and Adaptation. This year gives you real research-style work, tailored specialisation and professional preparation.

Focus areas:
Matter and energy, waves and fields, quantum and relativistic physics; data-driven and computational methods; instrumentation, modelling and applications in space, climate, health and technology.

Learning outcomes:
You’ll be able to analyse physical systems using mathematical tools, design and carry out experiments, interpret and model data, communicate scientific ideas clearly, and apply physics knowledge to real-world scientific, engineering or technological challenges.

Professional alignment (accreditation):
The degree is accredited by the Institute of Physics (IOP). That means it meets the educational requirements for membership of the IOP and puts you on the pathway towards Chartered Physicist (CPhys) status.

Reputation (employability / rankings):
The University of Leicester is regularly placed among the UK’s top 30 universities, with strong research credentials and a “Gold” rating in the Teaching Excellence Framework.
For physics-related subjects at Leicester, the National Student Survey (NSS) places the department ranked 6th in the UK for “overall positivity” in 2025.

Experiential Learning (Research, Projects, Internships etc.)

Here’s how experiential learning is built into the University of Leicester BSc Physics programme — you’ll actively develop real-world skills, work with professional tools, and engage in hands-on projects rather than just sitting in lectures. The school’s labs, computing facilities, and research-linked environments mean you’ll move from theory straight into doing and collaborating.

Here’s what that looks like :

You’ll spend lab sessions in the dedicated physics teaching laboratories in the Michael Atiyah building, where the spaces themselves were formerly used for building and testing equipment destined for space missions.
The programme includes computing workshops and scientific computation training in every year — for example, you’ll get access to the ALICE 4000 core supercomputer and the University’s high-performance computing cluster for modelling, data analysis and programming tasks.
You’ll engage in group-work and problem-based workshops in open-plan areas where students collaboratively solve physics problems with support from academic staff.
In your final year you’ll undertake a major research project working with academic staff on real physics problems — examples include black holes, Martian rock analysis, planet-forming discs and novel medical ultrasound techniques.
In addition to core labs, you’ll also benefit from the School’s wider research-facilities such as the Advanced Microscopy Facility, materials characterisation labs and industry-partnership research centres (great for interdisciplinary experience).
You’ll also have access to the University’s central library and dedicated study spaces for physics, helping you research, prepare and present your work effectively (not just in labs but in writing and presentations).
Field-linked and space research opportunities exist because the School is closely tied with space science and satellite technology hubs (such as Space Park Leicester), meaning you could work on projects very much at the frontier of physics.

Progression & Future Opportunities

If you join the BSc Physics programme at the University of Leicester, you’ll graduate equipped to step into roles such as a Data Analyst in space or tech firms, a Research Technician in an engineering lab, a Software/Modelling Specialist in industry or government, or a High School Physics Educator with strong STEM foundations. Here’s how your future could shape up:

Progression & Future Opportunities:

The University’s dedicated Careers and Employability Service provides lifetime support for students and alumni: CV guidance, interview preparation, employer‐networking events.
As per official data, recent physics graduates earned a median of about £30,500 just 15 months after graduating, with a typical range from roughly £24,000 to £34,000.
The programme has strong industry links: for example, students may undertake a ten-week group research project with organisations like Airbus Defence and Space, Domino Printing or Weatherford International.
The degree is officially accredited by the Institute of Physics, meaning it meets the educational requirements toward Chartered Physicist status — a long-term professional boost.
On outcomes: a very high percentage of graduates are in work or further study after graduation — for example, for physics‐related courses at Leicester 70% or more are in highly skilled employment just 15 months out.

Further Academic Progression:
If you finish the BSc and want to go deeper: you could move into an MPhys or MSc in Physics, Astrophysics, Data Science or Engineering, or pursue an MRes/PhD to enter research. Many graduates of Leicester go on to doctoral work or specialized postgraduate study in space science, climate modelling or advanced instrumentation.