MSci Physics with Theoretical Physics

While this program is designed for students who prefer mathematical and conceptual approaches to physics, it still offers rich opportunities to develop practical and computational skills. From structured lab work in the early years to a major research project in your final year, you’ll gain hands-on experience with the tools and techniques used by professional physicists. You’ll also work in the renowned Blackett Laboratory — home to Imperial’s Department of Physics — and engage with digital platforms and interdisciplinary modules that connect theory to real-world challenges.

Here’s how that plays out in practice:

• First-Year Practical Physics Module: Includes lab sessions in optics, electronics, and computing, helping you build core experimental and analytical skills.
• Advanced Practical Physics (Year 2): Offers deeper training in experimental techniques and data analysis, even for students focused on theory.
• Computational Tools: You’ll use Python and other scientific programming platforms to model systems, simulate physical phenomena, and solve complex problems.
• MSci Research Project (Year 4): A substantial independent research project aligned with one of Imperial’s theoretical research groups — such as quantum information, general relativity, or quantum field theory.
• I-Explore Module: Lets you apply physics in broader contexts like design, entrepreneurship, or global challenges.
• Access to the Blackett Laboratory: Home to Imperial’s Department of Physics, including research centres in theoretical physics, quantum optics, and space science.
• Imperial Library and Digital Resources: Full access to scientific journals, datasets, and learning platforms to support your coursework and research.

Graduates from Imperial’s MSci Physics with Theoretical Physics are exceptionally well-prepared for high-level careers in research, technology, finance, and data science. With deep mathematical fluency and advanced problem-solving skills, typical roles include theoretical physicist, quantitative analyst, software engineer, and machine learning specialist. Here’s how Imperial supports your next steps:

• Careers Service Support: Imperial’s Careers Service offers tailored support for Physics students, including one-on-one coaching, employer networking events, and access to exclusive internships and graduate schemes.
• Graduate Employment Stats: 96% of Imperial undergraduates are in employment or further study within 15 months. Physics graduates are especially well-represented in highly skilled roles across academia, tech, and finance.
• Salary Insights: Imperial Physics graduates consistently earn competitive salaries, particularly in quantitative finance, software engineering, and research-intensive roles.
• Industry Connections: The Department of Physics collaborates with global leaders like CERN, Google, and Rolls-Royce, offering students exposure to cutting-edge theoretical and applied research.
• Accreditation Value: This degree is fully accredited by the Institute of Physics (IOP), satisfying the academic requirements for Chartered Physicist (CPhys) status — a globally respected professional qualification.

Further Academic Progression:
Graduates often continue into PhD programs in theoretical physics, quantum field theory, cosmology, or interdisciplinary fields like quantum computing and mathematical modelling. Imperial’s own postgraduate offerings — including the MSc in Quantum Fields and Fundamental Forces or the MSc in Applied Computational Science — are ideal next steps for students aiming to pursue advanced research or academic careers.