University of Strathclyde

What you'll study

This MSc combines advanced taught modules with a substantial research project. Core topics typically include advanced quantum mechanics, statistical and thermal physics, and condensed matter/solid state physics. You will also study advanced laboratory techniques and instrumentation, computational physics and numerical methods, and an introduction to experimental design and data analysis.

Students can choose optional modules to reflect research interests and career goals; options commonly cover optics and photonics, quantum technologies, semiconductor physics, plasma and fusion science, nuclear and particle physics, and applied materials. Teaching is delivered through lectures, problem classes, laboratory sessions and seminars, with assessment by examinations, coursework and practical reports.

The programme culminates in an independent research project or laboratory thesis supervised by an academic member of the Department of Physics or a research group. Projects often involve working in well‑equipped experimental labs, using cleanroom facilities, laser and optical benches, cryogenics and magnet systems, or developing and applying numerical simulations and data‑analysis pipelines.

Typical modules (examples)

• Advanced Quantum Mechanics
• Statistical Physics and Thermodynamics
• Condensed Matter Physics and Materials
• Advanced Laboratory Techniques and Instrumentation
• Computational Physics and Numerical Methods
• Optics, Photonics and Quantum Devices (optional)
• Plasma Physics or Nuclear & Particle Physics (optional)

Entry requirements

Applicants are normally expected to hold a good honours degree (typically a UK 2:1 or international equivalent) in physics or a closely related subject such as applied physics, engineering physics, or physical sciences with substantial physics content. Strong candidates with a 2:2 plus relevant professional experience or an appropriate postgraduate diploma may be considered.

If your background is in another quantitative discipline, you may be required to demonstrate prior knowledge of core physics topics and mathematical methods or to take bridging modules before progressing to advanced units. Evidence of research potential, such as an undergraduate project, laboratory experience or relevant work, strengthens applications.

International applicants must meet the University's English language requirement; a commonly accepted profile is an academic IELTS with an overall score of 6.5 and no component below 6.0, or an approved equivalent.

Career prospects

Graduates of the MSc Advanced Physics go on to a wide range of careers. Many progress to PhD study and academic research, supported by the programme's research project experience. Other common destinations include R&D and engineering roles in photonics and optics, semiconductor and materials industries, aerospace and defence, energy and nuclear sectors, and national laboratories.

The analytical, experimental and computational skills developed on the programme also transfer well to careers in data science, software development, technical consultancy, patent and intellectual property roles, and specialist technical positions in instrumentation and metrology. The Department's links with industry and the University’s enterprise support can assist students seeking placements, internships or graduate employment.

Why study at University of Strathclyde

Strathclyde's Department of Physics combines strong research activity with practical, hands‑on training. The University hosts modern laboratories and computational facilities that support experiments in optics, low‑temperature physics, nanomaterials and instrumentation. Teaching is delivered by academic staff who are active researchers, enabling close supervision of project work and exposure to current research challenges.

The University's location in Glasgow facilitates collaboration with regional and national industry partners, technology companies and research institutes, offering routes to project collaborations and employment. In addition, Strathclyde emphasises an applied, problem‑solving approach and supports students with careers services, entrepreneurship initiatives and professional development opportunities that help translate physics training into diverse career paths.