Mphys Physics with Advanced Research

5 Years On Campus Bachelors Program

University of Strathclyde

Program Overview

Strathclyde’s MPhys Physics with Advanced Research is built for students who want to push the boundaries of scientific discovery—combining rigorous theoretical training with immersive research experience.
You’ll study quantum mechanics, particle physics, and computational modelling while undertaking extended research projects that prepare you for PhD-level study or high-impact technical careers.

Curriculum structure

Year 1: Foundations in Physics and Programming
Students begin with Mechanics & Waves, Quantum Physics & Electromagnetism, and Mathematics tailored for physicists. You’ll also take Computational & Physics Skills, where Python programming and group-based scientific problem-solving are introduced, alongside Experimental Physics for hands-on lab experience.

Year 2: Expanding into Optics, Relativity, and Scientific Computing
You’ll study AC Theory, Wave Optics, and Special Relativity, while continuing with advanced Mathematics and Computational Physics. Lab work becomes more sophisticated, and team assignments help develop leadership and communication skills.

Year 3: Advanced Concepts and Open-Ended Experiments
Topics include Solid-State Physics, Thermodynamics, and Advanced Quantum Mechanics. You’ll tackle open-ended lab problems and refine your data analysis and reporting skills. Optional modules allow you to specialise in areas like Photonics or Plasma Physics.

Year 4: Research Training and Specialisation
Students undertake a supervised research project embedded in one of Strathclyde’s research groups. Optional modules include Nanoscience, High Performance Computing, Atomic & Molecular Physics, and Complex Systems. You’ll apply advanced mathematical and computational methods to real-world physics problems.

Year 5: Extended Research and Advanced Study
The final year focuses on a substantial extended research project, offering deeper integration into active research teams. You’ll also take advanced modules that support your specialism and prepare you for doctoral-level research or technical leadership roles.

Focus areas: quantum mechanics, electromagnetism, solid-state physics, thermodynamics, computational modelling, nanoscience, advanced research
Learning outcomes: conduct extended independent research; apply Python and simulation tools to model physical systems; communicate complex scientific ideas; design and analyse experiments
Professional alignment (accreditation): accredited by the Institute of Physics (IOP); supports RSci and CPhys pathways
Reputation (employability rankings):

University of the Year 2026 (Daily Mail University Awards)
Scottish University of the Year 2026 (Sunday Times Good University Guide)
Average graduate starting salary: £28,000 (National Careers Service)

Experiential Learning (Research, Projects, Internships etc.)

Strathclyde’s MPhys Physics with Advanced Research gives students the chance to immerse themselves in cutting-edge scientific inquiry while mastering experimental, theoretical, and computational techniques.
You’ll gain hands-on experience in Python programming, open-ended lab investigations, and extended research projects embedded in active research groups.

Here’s how Strathclyde delivers experiential learning for this program:

Computational & Physics Skills (Year 1): Students learn Python and complete a group project focused on scientific modelling and data analysis.
Experimental Physics (Years 1–3): Develops lab technique, uncertainty analysis, and reporting through structured and open-ended experiments.
Research Project (Year 4): Students conduct independent investigations in areas like photonics, nanoscience, or plasma physics, supported by expert supervision.
Extended Research Project (Year 5): Offers deeper integration into Strathclyde’s research teams, preparing students for doctoral-level study or technical leadership.
Digital Tools: Python is taught from first year; students also use simulation and modelling software across physics modules.
Access to Specialist Labs: Includes dedicated physics laboratories for optics, condensed matter, and computational physics.
Institute for Gravitational Research & Centre for Molecular Nanometrology: Students benefit from proximity to world-class research centres.
Andersonian Library: Offers extensive physics resources, study zones, and access to scientific journals.

Progression & Future Opportunities

Graduates of Strathclyde’s MPhys Physics with Advanced Research are exceptionally well-prepared for careers in scientific research, data science, and high-tech industries.
Typical roles include research physicist, quantum computing specialist, software developer, and systems engineer. Here’s how Strathclyde supports your progression:

Careers Service: Offers tailored support through one-to-one career coaching, CV and interview workshops, and access to MyCareerHub for internships and graduate roles.
Graduate Outcomes: 96% of physics graduates are in work or further study within 15 months (HESA Graduate Outcomes).
Industry Connections: Strong links with employers in energy, aerospace, computing, and healthcare—plus research partnerships with the Fraunhofer Centre for Applied Photonics, UK Astronomy Technology Centre, and Institute for Gravitational Research.
Accreditation Value: The degree is accredited by the Institute of Physics (IOP), supporting your path to Registered Scientist (RSci) or Chartered Physicist (CPhys) status.
Graduate Employers: Alumni have gone on to work at CERN, BAE Systems, Leonardo, and the NHS.

Further Academic Progression:
This program is specifically designed to prepare students for PhD-level study. Graduates often continue into doctoral research in quantum technologies, astrophysics, condensed matter, or computational physics—many within Strathclyde’s internationally recognised research centres.