Physics MSci

5 Years On Campus Bachelors Program

University of Dundee

Program Overview

This integrated Master’s programme blends bachelor‑ and master‑level physics modules, giving you the breadth of core physics alongside specialist, research‑driven topics. It’s ideal if you’re curious about how physics interacts with real‑world challenges — from quantum matter to space physics — and want to build strong analytical and experimental skills.

Curriculum Structure:
Year 1: You’ll begin by grounding yourself in essential physics and mathematics. Modules such as Mechanics (EG11008), Core Mathematics I (MA11001) and Space Physics & Astronomy (PH12003) help you understand the movement of bodies, core calculus and the foundations of the universe. You’ll also join workshops and tutorial classes that develop your experimental and analytical capabilities. )

Year 2: Building on that foundation, you’ll explore electromagnetism and light (PH21001), programming for scientists (PH21002) and Classical & Quantum Matter & Radiation (PH22001). This year enhances your mathematical methods and introduces you to programming, enabling you to analyse data and model physical systems with confidence.

Year 3 (and beyond into Levels 4 and 5 for MSci): You’ll dive into advanced topics such as Quantum Mechanics I (PH31005), Electrodynamics I (PH31007), Optics and Photonics (PH31017), and in your later years you’ll undertake a significant independent research project like Physics Research Project II (PH50007). Here you’ll apply your knowledge in a laboratory‑, computational‑ or theory‑based investigation and prepare for professional research or industry roles.

Focus areas: “Space physics and astronomy; quantum matter, radiation and particle physics; experimental design, data analysis and computational modelling.”

Learning outcomes: “Develop deep understanding of classical and modern physics, gain hands‑on experimental and computational skills, design and execute independent research, become eligible for professional recognition as a physicist.”

Professional alignment (accreditation): Accredited by the UK Institute of Physics, enabling suitably experienced graduates to apply for Chartered Physicist (CPhys) status.

Reputation (employability rankings): Ranked 6th in the UK for Physics & Astronomy in The Times and The Sunday Times Good University Guide 2026. Also ranked 1st in Scotland for overall student satisfaction in Physics (National Student Survey 2025).

Experiential Learning (Research, Projects, Internships etc.)

Here’s a look at how experiential learning works on the Physics MSci (Hons) at University of Dundee — you’ll get plenty of hands‑on practice in real physics work, using sophisticated tools and real research environments. You’ll work in specialised labs and workshops from early on, engage with data analysis and computational software, take part in group tasks and independent projects, and have access to internships and placements that connect you with professional physics settings. What this really means is you won’t just learn theory—you’ll do physics.

Here are specific features you’ll benefit from:

Experiments and practical classes in dedicated physics labs, including modules such as Experimental and Professional Physics I (PH31006) where you use equipment in optics, thermodynamics, semiconductor and nuclear/particle physics experiments.
Use of computational physics and software tools: you’ll work with Python and MATLAB in modules like PH31006 to analyse data, simulate systems and create models.
Independent research‑driven project work: in the MSci stage you’ll complete Physics Research Project II (PH50007), contributing to real research groups (e.g., medical physics, microscopy, astrophysics, condensed matter) and produce posters, reports and presentations.
Internships and placement opportunities: students on this programme have applied for placements with organisations like CERN, Lockheed Martin, Leonardo and Coherent PLC, giving you industry exposure beyond campus.
Student‑led engagement and field trips: the Physics Society organises trips (for example to CERN and European cities), giving you opportunities to see physics beyond the classroom and build peer networks.
Access to modern teaching formats: you’ll learn via lectures, tutorials, small‑group workshops, practical classes and module‑specific problem classes — supporting a variety of learning styles.

Progression & Future Opportunities

You’ll graduate ready for roles like Research Physicist, Data Analyst, Engineering Specialist or Technical Consultant, thanks to a strong foundation in experimental, computational and analytical physics. What this really means is you’ll be equipped to move straight into high‑skill industry roles—and you’ll also be well placed for further study.

Here are the opportunities and supports you’ll benefit from:

The University’s dedicated Careers Service offers one‑to‑one subject‑specialist advice, practice interviews, recruitment fairs and around 8,000 job/internship listings per year.
Graduate outcomes: about 85% of physical sciences graduates from Dundee are in work and/or study 15 months after finishing the course. Typical salary after 15 months is around £26,500.
The programme is accredited by the Institute of Physics (UK), which means suitably experienced graduates can apply for Chartered Physicist (CPhys) status—a long‑term professional credential.
Industry partnerships: the university collaborates with organisations like CERN, Lockheed Martin and Leonardo S.p.A., giving you exposure to cutting‑edge research and potential placement pathways.

Further Academic Progression:
After your MSci, you’re fully positioned to move into postgraduate study—such as an MSc or PhD in physics, astrophysics, data science or engineering. Whether you aim for academic research, high‑end tech roles or interdisciplinary science, the MSci gives a strong stepping stone into that next academic level or research‑driven career.