MSc Nuclear & Environmental Physics

1 Year On Campus Masters Program

University of Glasgow

Program Overview

The MSc in Nuclear & Environmental Physics gives you a strong foundation in how nuclear processes, radiation, and environmental systems intersect — from nuclear energy production to environmental monitoring and radiation detection. It’s designed for physics graduates who want to apply their skills to global challenges in energy, safety, the environment, and research.

Curriculum Structure

Year 1 (Full-Year Programme)
You begin by building core expertise through modules such as Energy and Environment, Detection and Analysis of Ionising Radiation, and Environmental Radioactivity. These introduce you to nuclear behaviour, radiation transport, and how radioactive materials interact with the environment.

As the year progresses, you strengthen your analytical and computational abilities through Advanced Data Analysis for Physics and Astronomy and Research Skills, preparing you to solve real nuclear and environmental physics problems. You may also tailor the degree with options such as Nuclear & Particle Physics, Quantum Theory, or Medical Imaging, depending on the direction you want to pursue.

The year culminates in a substantial MSc Research Project, where you work alongside Glasgow’s research-active physicists on a genuine nuclear or environmental physics investigation — giving you practical experience with data, instrumentation, or modelling at a professional level.

Focus areas: Nuclear energy and reactors; radiation detection and environmental radioactivity; environmental physics and modelling; nuclear and particle physics; computational data analysis.

Learning outcomes: Deep understanding of nuclear and environmental physical processes; strong experimental and computational skills; ability to analyse radiation behaviour and environmental impacts; confidence conducting independent research; readiness for technical, analytical, or research-based roles.

Professional alignment (accreditation): Accredited by the Institute of Physics (IoP), giving the degree long-term professional recognition and supporting progression toward Chartered Physicist status.

Reputation (employability rankings): The University of Glasgow is consistently ranked among the UK’s top research universities, with a strong international reputation in physics and long-standing links with nuclear, environmental, and energy-sector partners.

Experiential Learning (Research, Projects, Internships etc.)

What really sets this MSc apart is how quickly you’re exposed to real scientific tools, laboratory techniques, and research environments. Instead of learning nuclear and environmental physics only from theory, you’re working with radiation-detection instruments, analysing real data, and contributing to active research within the School of Physics & Astronomy. Throughout the year, you’re guided by academics who collaborate with nuclear-energy organisations, environmental-monitoring bodies, and research laboratories — so everything you learn is grounded in genuine industry and scientific practice.

To give you a clearer sense of how this plays out, here’s what you’ll work with and experience:

Practical laboratory sessions in radiation measurement through modules like Detection and Analysis of Ionising Radiation and Environmental Radioactivity, where you learn to operate detection equipment and analyse real samples.
Dedicated training in advanced computational and data-analysis techniques during the Advanced Data Analysis for Physics and Astronomy module, preparing you to model physical systems and interpret complex datasets.
A full-scale MSc Research Project supervised by active researchers, giving you hands-on involvement in real investigations related to nuclear physics, energy, or environmental monitoring.
Opportunities to engage with external partners in the nuclear and environmental sectors through guest talks, research connections, or project themes linked to industry-relevant challenges.
Access to the School of Physics & Astronomy’s teaching laboratories, research groups, and specialist computing resources that support experimental work, simulation, and data processing.

Progression & Future Opportunities

Graduates from this MSc often move into roles where physics directly supports energy, environmental safety, and public protection. Typical pathways include becoming a Nuclear or Environmental Physicist, a Radiation or Waste-Management Specialist, an Environmental Monitoring Analyst, or an R&D Engineer within the energy and environmental sectors. Thanks to the programme’s strong blend of theoretical depth and hands-on training, you leave with the confidence to work in industry, government, applied research, or further academic study.

Here’s what supports your success:

Access to the University of Glasgow’s Careers & Employability services within the College of Science & Engineering, offering tailored guidance, CV and interview support, and connections to employers in the nuclear, energy, and environmental domains.
Strong links between the School of Physics & Astronomy and organisations involved in nuclear fuel handling, waste management, environmental monitoring, and related research — giving students exposure to real industry contexts through talks, research themes, and collaboration points.
Alignment with accredited physics training that supports long-term professional recognition, including pathways toward Chartered Physicist status.
Excellent graduate outcomes across the College of Science & Engineering, with the vast majority of students progressing into employment or further study within 15 months — a reflection of the university’s strong reputation and industry connections.
The flexibility to work in a wide range of sectors after graduation: energy companies, environmental agencies, radiation-protection units, research institutions, or any organisation managing nuclear or environmental risks.

Further Academic Progression:
If your goal is to pursue advanced research, this MSc prepares you exceptionally well for a PhD in nuclear physics, environmental physics, radiation science, or related fields. Glasgow hosts active research groups, advanced laboratories, and industry-linked projects, giving you a strong platform to continue into doctoral studies or specialised research careers.