This program suits curious, analytical thinkers who enjoy maths, coding, and experimentation. You’ll study everything from quantum mechanics and electromagnetism to cosmology, nanotechnology, and computational physics, with the option to graduate after three years (BSc) or continue to a fourth year for the integrated MPhys.
Curriculum structure
Year 1: Core Foundations in Physics and Mathematics
You’ll build a strong base in classical mechanics, waves, and electromagnetism through modules like Mathematical Physics I, Classical Physics, and Practical Physics I. You’ll also begin developing coding skills and scientific communication, preparing you for more advanced topics ahead.
Year 2: Deeper Exploration and Applied Skills
This year introduces Quantum Physics, Thermal Physics, and Mathematical Physics II, expanding your understanding of atomic systems and statistical mechanics. In Practical Physics II, you’ll refine your lab techniques and data analysis, while Professional Skills for Physicists prepares you for research and industry roles.
Year 3 (BSc) or Years 3 & 4 (MPhys): Advanced Topics and Research
You’ll explore cutting-edge areas like Nuclear and Particle Physics, Solid State Physics, and Cosmology. A major Final Year Project lets you investigate a topic of your choice under expert supervision. MPhys students continue into a fourth year with advanced modules such as Nanotechnology, Computational Physics, and an extended MPhys Project that mirrors real research environments.
Focus areas
Quantum mechanics, electromagnetism, cosmology, nanotechnology, computational physics, nuclear and particle physics, solid state physics
Learning outcomes
Analytical problem-solving, experimental design, coding and simulation, scientific communication, independent research, teamwork
Professional alignment (accreditation)
Accredited by the Institute of Physics (IOP), supporting progression toward Chartered Physicist (CPhys) status
Reputation (employability rankings)
University of Portsmouth is ranked in the top 10% of UK universities for graduate earnings in physics and astronomy (LEO data 2023)
Portsmouth’s MPhys Physics program is built around hands-on learning — giving you the tools to experiment, simulate, and solve real-world problems from day one.
You’ll gain practical experience in labs, use industry-standard software, and work on research projects that mirror professional environments. Whether you're modelling quantum systems or exploring nanotechnology, you'll be supported by cutting-edge facilities and expert staff. Here’s how experiential learning is embedded in the program:
Graduates of Portsmouth’s MPhys Physics program are equipped to thrive in high-tech industries, research environments, and data-driven roles — with a strong foundation in problem-solving, coding, and experimentation.
Typical career paths include research physicist, software developer, data analyst, and aerospace engineer. With practical lab experience, advanced simulation training, and exposure to cutting-edge research, you’ll be ready to make an impact across science and technology. Here’s how Portsmouth supports your future success:
Further Academic Progression:
After completing the BSc or MPhys, students can pursue a PhD in Physics, Astrophysics, or Computational Science at Portsmouth or other leading institutions. The university offers postgraduate research opportunities through the Institute of Cosmology and Gravitation, with access to advanced facilities and expert supervision.



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