BSc Hons Physics

3 Years On Campus Bachelors Program

University of Liverpool

Program Overview

The BSc Physics at the University of Liverpool is a three-year degree designed for students who want to explore the laws of nature through theory, experimentation, and computation. It’s ideal for those curious about how the universe works—from quantum particles to cosmological structures—and who want to develop skills for careers in science, technology, or data-driven industries.

Curriculum structure

Year One
You’ll start with a one-week Physics Icebreaker Project to build confidence and collaboration. Core modules include Dynamics and Relativity, Electricity, Magnetism and Waves, and Foundations of Quantum Physics. You’ll also study Mathematics for Physicists I & II, gaining essential analytical and problem-solving skills.

Year Two
This year deepens your understanding of physical principles and introduces advanced topics. You’ll study Electromagnetism I, Quantum and Atomic Physics I, and Condensed Matter Physics I. Optional modules like Introduction to Nuclear Physics and Introduction to Particle Physics allow you to begin tailoring your interests.

Year Three
You’ll undertake an Independent Project and explore specialised modules such as Quantum and Atomic Physics II, Condensed Matter Physics II, and Nuclear Physics. Optional modules include Relativity and Cosmology, Physics of Planets, and Medical Imaging, giving you flexibility to align your studies with future goals.

Focus areas

Quantum physics, electromagnetism, condensed matter, nuclear physics, cosmology, and computational modelling.

Learning outcomes

Mathematical reasoning, experimental design, coding and simulation, data analysis, scientific communication, and independent research.

Professional alignment (accreditation)

Accredited by the Institute of Physics, meeting the educational requirements for Chartered Physicist status.

Reputation (employability rankings)

Liverpool holds a Gold rating for educational excellence (TEF 2023) and is part of major international collaborations including CERN, Diamond Light Source, and Daresbury Laboratory.

Experiential Learning (Research, Projects, Internships etc.)

This degree combines rigorous theory with hands-on practice, giving you the chance to work with real data, advanced instrumentation, and simulation tools from day one. You’ll develop practical skills in experimental design, coding, and scientific analysis—essential for careers in research, technology, and data science. Group projects, independent research, and access to world-class facilities make your learning experience immersive and career-focused.

Here’s what that looks like in practice:

Physics Icebreaker Project in Year One builds teamwork and communication through a one-week collaborative challenge.
Laboratory modules throughout all three years develop your skills in measurement, instrumentation, and data interpretation.
Independent Project in Year Three, where you’ll investigate a physics problem under academic supervision.
Use of simulation and modelling software in modules like Computational Physics and Mathematics for Physicists.
Access to specialist laboratories, including facilities for optics, electromagnetism, and condensed matter physics.
Digital tools and coding integrated across the curriculum, preparing you for roles in data science and technical industries.
University Library and research databases, supporting your studies with access to journals, datasets, and scientific literature.
Research links with CERN, Diamond Light Source, and Daresbury Laboratory, offering exposure to global physics collaborations.

Progression & Future Opportunities

Graduates from this program are known for their analytical thinking, mathematical fluency, and technical expertise—skills that open doors across science, technology, and finance. You’ll be ready for roles such as data scientist, research physicist, software developer, or medical imaging specialist.

Here’s how Liverpool supports your career journey:

Careers and Employability Service offers tailored support including CV workshops, employer networking events, and access to internships through the Liverpool Interns program.
88% of graduates from the School of Physical Sciences are in work or further study within 15 months (HESA 2023).
Industry partnerships include collaborations with CERN, Diamond Light Source, and Daresbury Laboratory, giving students exposure to global research environments.
Accredited by the Institute of Physics, meeting the academic requirements for Chartered Physicist status.
Strong graduate outcomes, with alumni working in research, healthcare technologies, software engineering, and postgraduate study.

Further Academic Progression:
After completing the BSc, students often continue to postgraduate study—either at Liverpool or other top institutions—pursuing MSc or PhD programs in physics, quantum technologies, medical physics, or computational modelling.