BSc Physics

4 Years On Campus Bachelors Program

University of Aberdeen

Program Overview

Aberdeen’s BSc Physics takes you deep into the workings of the universe — from quantum mechanics to astrophysics — while building the analytical and problem-solving skills employers value most. It’s ideal for curious minds who want to explore the physical world and apply their knowledge across science, tech, and industry.

Curriculum Structure

Year 1:
You’ll begin with The Physical Universe A & B, exploring everything from atomic structure to planetary motion and electromagnetism. Alongside this, Calculus I & II and Algebra provide the mathematical foundation for physics, while practical lab sessions introduce experimental techniques.

Year 2:
This year deepens your understanding of light, motion, and quantum theory. Modules like Light Science, Relativity and Quantum Mechanics, and Dynamical Phenomena are paired with Practical Optics and Electronics and Computational Methods in Physics, where you’ll learn Python programming and data analysis.

Year 3:
You’ll tackle advanced topics such as Quantum Mechanics, Electricity and Magnetism, and Introduction to the Solid State. The Advanced Practical Physics module sharpens your lab skills, while Optics and Photonics connects theory to real-world applications like lasers and fibre optics.

Year 4:
Your final year includes a major Project (PX4013) — which could be experimental, computational, or theoretical — plus modules like Statistical Physics and Stochastic Systems, Nuclear and Semiconductor Physics, and Modelling Theory. You’ll also complete Case Studies in Physical Sciences, working in teams on open-ended problems like PET scanning or fibre optics.

Focus areas

Quantum mechanics, photonics, solid state physics, computational modelling, statistical physics

Learning outcomes

Apply mathematical and computational tools to physical systems, conduct independent research, communicate scientific findings effectively

Professional alignment (accreditation)

Accredited by the Institute of Physics (IOP) — meets academic requirements for RSci, CPhys, and CSci pathways

Reputation (employability rankings)

Ranked 6th in the UK for Physics (Guardian University Guide 2024) and 2nd in Scotland for student satisfaction (NSS 2023)

Experiential Learning (Research, Projects, Internships etc.)

Aberdeen’s BSc Physics students gain hands-on experience from day one — through lab-based modules, computational training, and team-based case studies that mirror real-world scientific challenges.

You’ll work with professional-grade equipment and software in the university’s dedicated physics labs, and develop coding skills through modules like Computational Methods in Physics. In your final year, you’ll tackle open-ended problems in Case Studies in Physical Sciences, often linked to real applications like PET scanning or fibre optics. The program also includes a major research project, which can be experimental, theoretical, or computational — giving you the freedom to explore your interests in depth.

Here’s how experiential learning is built into the program:

Advanced Practical Physics (PX3013): Develops lab skills in optics, electronics, and experimental design
Computational Methods in Physics (PX2510): Teaches Python programming and data analysis for physical systems
Final-Year Project (PX4013): A substantial research project tailored to your interests — experimental, theoretical, or computational
Case Studies in Physical Sciences (PX4510): Team-based problem solving on real-world physics applications
Access to the Fraser Noble Building: Home to specialist physics labs and teaching spaces
University Library and Digital Resources: Full access to scientific journals, databases, and research tools
Institute for Physics and Engineering in Medicine (IPEM) links: Supports modules and projects related to medical physics

Progression & Future Opportunities

Aberdeen Physics graduates are known for their analytical precision, coding fluency, and problem-solving mindset — with many progressing into high-impact roles across science, tech, and industry.

This degree prepares you for careers in data science, medical physics, software development, and research engineering. Employers value the hands-on lab experience, computational training, and team-based projects that are built into the curriculum — and Aberdeen’s strong academic reputation makes your degree stand out.

Here’s how the university supports your future success:

Careers and Employability Service: Offers tailored support including CV reviews, mock interviews, and employer events
Graduate Outcomes: 87% of Aberdeen graduates are in employment or further study within 15 months (HESA 2023)
Industry Partnerships: Links with the Institute of Physics and Engineering in Medicine (IPEM) and local tech firms support placements and project work
Long-Term Accreditation Value: The degree is accredited by the Institute of Physics (IOP) — essential for chartered physicist status and recognized across sectors
Final-Year Case Studies and Projects: Simulate real-world challenges and often connect students with external partners

Further Academic Progression:
Graduates can continue with Aberdeen’s MSc in Physics, MSc in Energy and Environmental Physics, or pursue doctoral research in areas like quantum optics, photonics, or medical imaging. The BSc also provides a strong foundation for interdisciplinary postgraduate study in data science or engineering.