Physics with Astrophysics BSc/MSci

4 Years On Campus Bachelors Program

University of Glasgow

Program Overview

The BSc Physics with Astrophysics at the University of Glasgow is designed for students who want to explore the laws of nature while unlocking the mysteries of the universe. It combines rigorous training in core physics with specialised study in astronomy, cosmology, and space science.

Curriculum Structure

Year 1
Students begin with Physics 1 and Mathematics 1, which introduce classical mechanics, waves, and calculus. They also take Astronomy 1, where they explore the solar system, stellar evolution, and observational techniques using real data.

Year 2
The second year builds on core physics with Physics 2 and Mathematics 2, covering electromagnetism, thermodynamics, and advanced calculus. Students also study Astronomy 2, which includes galactic structure, cosmology, and astrophysical processes.

Year 3
Students deepen their understanding through modules like Quantum Mechanics, Statistical Physics, and Electromagnetic Theory. Astrophysics content includes Stellar Structure and Evolution and Observational Astronomy, with practical sessions using telescopes and data analysis tools.

Year 4 (Honours)
The final year includes advanced modules such as Relativity and Gravitation, Cosmology, and a substantial Astrophysics Research Project. Students work closely with researchers in the School of Physics & Astronomy, often contributing to active investigations in gravitational waves, exoplanets, or high-energy astrophysics.

Focus areas

Quantum mechanics, relativity, cosmology, stellar evolution, observational astronomy, gravitational physics

Learning outcomes

Advanced problem-solving and mathematical modelling, data analysis and computational skills, deep understanding of astrophysical systems, readiness for research or technical careers

Professional alignment

Accredited by the Institute of Physics (IoP), supporting progression to Chartered Physicist status and recognised by employers worldwide

Reputation

The University of Glasgow ranks in the global top 100 for Physics and Astronomy (QS 2024) and is internationally recognised for its leadership in gravitational wave research and astrophysics

Experiential Learning (Research, Projects, Internships etc.)

Students in this program gain practical skills through hands-on lab work, computational modelling, and observational astronomy. The University of Glasgow offers access to world-class facilities, including dedicated physics laboratories, astronomical instrumentation, and research centres that support both experimental and theoretical learning. From first-year telescope sessions to final-year research projects, students are immersed in environments that reflect real scientific practice.

Here’s how that experience takes shape:

Kelvin Building laboratories: Equipped for optics, electromagnetism, and quantum experiments, supporting core practical modules throughout the degree
Astronomy teaching observatory: Students use telescopes and imaging systems to collect and analyse astronomical data
Computational Physics modules: Training in specialist software for simulations, data analysis, and modelling astrophysical systems
Group projects and collaborative problem-solving: Embedded in coursework to build teamwork and interdisciplinary thinking
Final-year Astrophysics Research Project: Students work within active research groups, often contributing to investigations in gravitational waves, exoplanets, or cosmology
Institute for Gravitational Research and SUPA (Scottish Universities Physics Alliance): Opportunities to engage with national-level research networks and seminars
Digital tools and coding: Training in Python, MATLAB, and other platforms used in astrophysics research and industry
Access to the University Library’s physics and astronomy collections: Includes journals, databases, and digital tools tailored to astrophysical study
Optional summer internships or research placements: Available through departmental links and competitive schemes

Progression & Future Opportunities

Graduates from this program are equipped with analytical precision, computational fluency, and deep scientific insight—skills that open doors across research, technology, and industry. Many go on to roles in space science, data analysis, software development, and scientific consultancy. Typical job titles include: astrophysicist, data scientist, software engineer, and research analyst.

Here’s how the University of Glasgow supports that transition:

Careers Service offers tailored support for science students, including employer events, CV clinics, and access to Glasgow-exclusive internship opportunities
Industry partnerships with organisations such as CERN, the European Space Agency, and the Institute for Gravitational Research provide exposure to cutting-edge research and potential placements
Graduate employment rate for physical sciences is consistently strong, with many students entering professional roles or further study within six months of graduation
Accreditation by the Institute of Physics (IoP) ensures long-term professional recognition and eligibility for Chartered Physicist status
Graduate outcomes include roles in research institutions, aerospace companies, data-driven industries, and postgraduate study at leading universities

Further Academic Progression:
Students often continue into MSc or PhD programs in astrophysics, cosmology, gravitational physics, or computational science. The University of Glasgow offers advanced degrees in these areas, and students benefit from seamless progression into research-led postgraduate study.