Loughborough University

What you'll study

The programme builds on undergraduate physics foundations and combines taught modules with a substantial research project. Typical taught topics include advanced quantum mechanics, statistical and condensed-matter physics, classical and computational electrodynamics, experimental techniques and instrumentation, and advanced mathematical methods for physicists. Optional modules often cover areas such as photonics and optics, nuclear and particle physics, materials physics, semiconductor physics, and computational modelling and simulation.

Coursework usually comprises a mix of lectures, problem classes, laboratory work and computer-based assignments. The MSc culminates in an independent research project or dissertation, supervised by academic staff, that can be experimental, theoretical or computational in focus and is intended to develop research skills, project management and scientific communication.

• Core advanced modules in quantum theory, statistical physics and experimental methods
• Specialist options in areas such as condensed matter, optics/photonics, nuclear/particle physics or computational physics
• Laboratory training in modern instrumentation and measurement techniques
• Research project/dissertation of substantial scope supervised by departmental researchers

Entry requirements

Applicants are normally expected to hold a good honours degree in physics or a closely related subject. The usual academic standard is equivalent to a UK upper second-class (2:1) honours degree in physics or a degree with substantial physics content. Candidates with a lower second-class (2:2) degree plus relevant professional experience or additional training may be considered on a case-by-case basis.

Applicants whose first language is not English will be required to demonstrate proficiency in English. Typical university-level requirements include an internationally recognised test such as IELTS, with scores that meet the department's threshold for postgraduate study. If your background differs from the standard entry profile, the admissions team may ask for transcripts, references and a statement of purpose outlining your preparation for advanced study in physics.

Career prospects

Graduates from this programme go on to a wide range of careers. Many progress to PhD study or research roles in university and national laboratories. Others move into industry sectors that rely on advanced physical science skills, including aerospace, defence, semiconductor and photonics companies, materials and engineering firms, instrumentation and sensor manufacturers, and renewable energy technologies.

Transferable skills developed on the programme — quantitative problem solving, data analysis, laboratory competence, numerical simulation and technical communication — are also valued in finance, data science, software development and technical consulting. The research project provides direct experience relevant to R&D positions and can help candidates demonstrate the independence and specialist knowledge sought by employers.

Why study at Loughborough University

Loughborough offers a focused environment for advanced physics study with strong links between teaching and active research groups. The Department provides access to modern teaching laboratories, computing facilities for numerical modelling and simulation, and supervision from academic staff working across theoretical and experimental areas.

The university emphasises project-led learning and industry engagement, supporting students who want to translate physics research into practical technologies. Loughborough also provides careers and employability services, networking opportunities with employers and support for applications to doctoral programmes, giving MSc graduates a well-rounded preparation for research and professional careers.