MSc Applied Physics

1 Year On Campus Masters Program

University of Strathclyde

Program Overview

This master’s is designed for students who want to see physics in action — from advanced materials and solid-state systems to lasers, photonics, and nanotechnology. It’s ideal if you enjoy applying theory to real problems and want a degree that blends scientific depth with practical, industry-relevant skills.

Curriculum structure

Across the taught part of the year, you’ll build a strong foundation through the core Physics Skills module, developing advanced abilities in data analysis, computational tools, and scientific problem-solving.
You’ll then personalise your learning with options such as Introductory Nanoscience, Photonic Materials and Devices, Laser and Non-Linear Optics, Optical Communication (Photonic Systems) or Advanced Nanoscience — allowing you to specialise in nanomaterials, photonics, quantum optics or applied solid-state physics.
The year concludes with an independent research project, where you work alongside active researchers and tackle a real physics problem using experimental, computational or theoretical methods.

Focus areas

Nanoscience, solid-state physics, photonics and laser optics, quantum optics, plasma physics, materials science.

Learning outcomes

A strong grasp of modern applied physics, confidence with experimental and computational techniques, advanced analytical and problem-solving skills, and hands-on experience completing a full research project.

Professional alignment (accreditation)

The programme is delivered by Strathclyde’s research-active Department of Physics, ensuring your training reflects real scientific practice across photonics, materials research, plasma physics and nanotechnology.

Reputation (employability rankings)

Strathclyde is well recognised in the UK for its strength in physics and engineering, with graduates benefiting from strong employability and a department known for impactful research and industry connections.

Experiential Learning (Research, Projects, Internships etc.)

Strathclyde’s MSc Applied Physics is built around doing real science. From your first weeks, you’ll find yourself in modern labs, using professional-grade equipment and working alongside researchers who are active in photonics, nanoscience, materials science, plasma physics and quantum optics. It’s a learning environment where theoretical ideas quickly become hands-on skills.

Here’s what that experience looks like in practice:

Modern experimental laboratories, where you get involved in practical work across optics, solid-state physics, photonics, nanoscience and plasma physics.
Opportunities to work within the University’s Institute of Photonics, gaining access to laser systems, photonic materials, semiconductor-device research and advanced optical setups.
Specialist nanoscience and materials-characterisation facilities, including equipment for microscopy, spectroscopy, nano-fabrication and semiconductor-device testing — ideal if you’re interested in applied materials or nanoscale physics.
Laser, optics and plasma research spaces, where you can engage in experiments involving laser–matter interactions, advanced optics, plasma diagnostics or quantum-optical techniques.
A major independent research project, carried out within one of the department’s active research groups, giving you the chance to plan, execute and present a real piece of physics research with guidance from experienced academics.

Progression & Future Opportunities

With an MSc in Applied Physics from Strathclyde, you step into a world of opportunities where scientific insight and practical problem-solving are genuinely valued. Graduates move into roles such as research scientist, optical engineer, semiconductor device engineer, or photonics specialist across high-tech sectors, laboratories, and engineering companies. Many also continue into PhD study, building on the strong experimental and theoretical foundation gained during the programme.

Strathclyde supports you as you make these next steps:

A dedicated Careers & Employability Service, offering tailored one-to-one career advice, help with applications, interview preparation, and regular employer events focused on science and technology roles.
Strong graduate outcomes, with a large majority of Strathclyde graduates progressing into skilled work or further study within months of completing their degree.
Close ties with industry, particularly in photonics, semiconductor technology, materials science and engineering — giving graduates a strong foothold in sectors that value applied physics expertise.
Long-term credibility, as Strathclyde’s physics department is recognised for its research strength and industry relevance, adding real weight to your qualification.
A consistent record of success, with many alumni moving into excellent research roles, engineering posts or highly specialised scientific positions soon after graduation.

Further Academic Progression:
If you want to take your studies further, this MSc gives you a strong platform for a PhD in areas such as photonics, quantum physics, nanoscience, materials science, semiconductor physics or applied laser science. Many graduates stay at Strathclyde for doctoral research, while others join leading research groups in the UK or abroad.