University of Strathclyde

What you'll study

The programme combines taught modules, laboratory work and an extended individual research project. Core topics typically include advanced quantum mechanics and statistical physics, solid‑state and condensed matter physics, semiconductor and electronic materials, photonics and optical materials, and nanoscience and nanotechnology. You will also study experimental methods and instrumentation, materials characterisation techniques (such as electron microscopy, X‑ray diffraction and spectroscopy), and computational methods for modelling physical systems.

• Taught modules: structured lectures and seminars covering the theoretical foundations and applications in areas such as optoelectronics, device physics and advanced materials.
• Laboratory classes: multi‑week practicals that develop experimental design, measurement, data analysis and reporting skills using specialist equipment.
• Research project/dissertation: a substantial individual research project carried out under academic supervision, often linked to departmental research groups or industry partners, culminating in a written dissertation and oral presentation.
• Optional modules and short courses: depending on availability, you may be able to take options in computational physics, sensors and instrumentation, or professional skills such as project management and scientific communication.

Entry requirements

Applicants are normally expected to hold a good honours degree (2:1 or equivalent) in physics, applied physics, materials science, electronic engineering or a closely related subject. Candidates with a lower second‑class degree plus relevant professional experience or an appropriate postgraduate qualification may be considered. A solid background in mathematics and core undergraduate physics is required.

International applicants should demonstrate equivalent academic qualifications and meet English language requirements as specified by the university. Some applicants may be asked to provide a statement of research interest and references; an interview may be requested in selected cases.

Career prospects

Graduates from the Applied Physics programme move into a wide range of careers. Typical destinations include research and development roles in photonics, semiconductor and microelectronics companies, materials and nanotechnology firms, and instrumentation and sensor manufacturers. The skills developed — experimental design, data analysis, modelling and technical communication — are also valued in sectors such as renewable energy, medical devices, aerospace and defence, and specialist consultancy.

Many students progress to doctoral research (PhD) in physics or related disciplines, while others translate their technical skills into roles in product development, technical sales, patent work, and scientific publishing. The programme’s close links with industry and research groups can lead to networking and employment opportunities during and after study.

Why study at University of Strathclyde

The University of Strathclyde has a long tradition of applied research and close engagement with industry, particularly in electronics, photonics and materials engineering. Students benefit from access to well‑equipped laboratories, specialist facilities and active research groups working on contemporary challenges in optics, nanotechnology and device physics.

Strathclyde’s location in Glasgow provides strong links with a regional technology and manufacturing base and with national research centres, which supports project collaborations and placement opportunities. The university also offers support for enterprise and professional development, helping graduates translate technical expertise into commercial and career outcomes.