MSc Physics with Extended research

2 Years On Campus Masters Program

Imperial College London

Program Overview

Imperial’s MSc Physics with Extended Research is a two-year master’s designed for ambitious physics graduates who want to immerse themselves in advanced study and meaningful research. It blends high-level academic training with substantial hands-on research experience, making it ideal for students aiming for a scientific career or a future PhD.

Curriculum Structure

Year 1 — Building Advanced Expertise

Your first year strengthens your grasp of core areas through modules such as Advanced Classical Physics and Mathematical Methods for Physicists, while also developing practical skills in research computing. You’ll work independently on a self-study project, helping you think like a researcher and refine your scientific approach.

Year 2 — Extended Research Project

The second year is devoted to a major research project, where you join one of Imperial’s specialist research groups and work closely with expert supervisors. This nine-month project becomes the centrepiece of your degree, giving you deep experience in experimental, theoretical, or computational physics.

Focus areas

Advanced physics theory, mathematical techniques, computing for research, independent scientific investigation, extended project work.

Learning outcomes

Master complex physics concepts, gain professional-level research skills, complete a substantial independent project, and prepare for careers in academia, industry, or doctoral research.

Professional alignment (accreditation)

Awarded by Imperial’s Department of Physics, the programme carries global recognition and aligns with the standards expected of research-intensive scientific training.

Reputation (employability rankings)

Imperial is consistently ranked among the world’s top universities for Physics, with graduates highly valued for their technical depth, research ability, and readiness for competitive scientific roles.

Experiential Learning (Research, Projects, Internships etc.)

This two-year programme places you right at the heart of Imperial’s research culture, giving you the chance to work with leading physicists inside the renowned Blackett Laboratory. You won’t just study advanced concepts — you’ll apply them directly through hands-on investigation, computational modelling, and close collaboration within active research groups. From the start, you’ll develop the practical and analytical skills expected in real scientific environments, preparing you for a research-driven career or future PhD study.

Here’s how your experience comes to life:

Extended research project: You’ll spend most of your second year focused on a nine-month independent research project, embedded in a specialist research group and contributing to ongoing scientific work.
Advanced laboratories: Imperial’s physics laboratories provide access to cutting-edge equipment and experimental facilities, allowing you to work with the same tools used in professional research settings.
Research computing and software: Throughout the programme, you’ll strengthen your skills in scientific computing, data analysis and modelling, using software and digital tools essential for modern physics research.
Collaborative research community: You’ll be part of research groups that span areas like quantum optics, particle physics, condensed matter, and astrophysics, giving you daily exposure to discussions, seminars, and peer collaboration.
Abdus Salam Library: As a physics student, you’ll have access to a dedicated science and technology library filled with specialist journals, research literature and study spaces to support your project work.

These experiences ensure you graduate with not just advanced theoretical knowledge, but the confidence, independence and research capability needed to thrive in scientific environments.

Progression & Future Opportunities

Graduates from Imperial’s MSc Physics with Extended Research step into the world with strong research experience and the reputation of a globally recognised physics department behind them. Many go on to careers as research scientists, data analysts, computational physicists, or continue directly into doctoral study, benefiting from the depth of training and extended project experience built into the programme.

You’ll be well supported as you plan your next steps, and Imperial’s strong links with research institutes and scientific industries give you excellent visibility as you move into your career. Here’s what strengthens your pathway:

Dedicated careers support: Imperial’s Careers Service offers tailored guidance, mock interviews, employer events and expert advice from consultants who understand scientific career routes.
Strong graduate outcomes: Physics graduates from Imperial typically progress into technical and professional roles or move on to further study, reflecting the programme’s robust preparation for both industry and academia.
Competitive earnings potential: Graduates from physics-related programmes at Imperial consistently report strong starting salaries, especially in research, technology and data-driven roles.
Research and industry connections: Being part of Imperial’s physics community gives you access to collaborations and networks across research groups, laboratories and scientific organisations.
Long-standing credential value: The qualification carries Imperial’s prestigious academic recognition, signalling advanced research capability to employers and doctoral supervisors worldwide.

Further Academic Progression:

Many students choose to continue into a PhD in Physics or a closely related field, building on the extended research project completed during the programme. Imperial’s strong research environment and international reputation make it an excellent springboard for funded doctoral positions and advanced scientific careers.