BSc Physics

3 Years On Campus Bachelors Program

University of Lincoln

Program Overview

Lincoln’s BSc (Hons) Physics is ideal for students who want to explore the universe from the ground up — combining theoretical depth with hands-on experimentation and computational skills. It suits curious minds who enjoy problem-solving and want to apply physics across research, technology, and industry.

Curriculum Structure

Year 1
You’ll build a strong foundation in core physics and mathematics through modules like Classical Mechanics, Electricity and Magnetism, and Mathematics for Physicists. You’ll also begin developing practical skills in Experimental Physics and explore modern topics in Relativity and Quantum Physics.

Year 2
This year deepens your understanding of Quantum Physics, Thermodynamics and Statistical Physics, and Waves and Optics. You’ll also study Atomic and Nuclear Physics and continue your lab work in Experimental Physics II, gaining experience with instrumentation and data analysis.

Year 3
You’ll specialise in advanced topics such as Particle Physics, Electromagnetism, and Condensed Matter Physics. A major highlight is your Final Year Project, where you’ll work closely with academic staff on a real-world research problem, often linked to active research groups in Lincoln’s School of Physical Sciences.

Focus areas

Quantum physics, particle physics, electromagnetism, condensed matter, nuclear physics, scientific computing

Learning outcomes

Mathematical modelling, experimental design, data analysis, computational physics, scientific communication

Professional alignment (accreditation)

Institute of Physics (IOP) accredited — supports Chartered Physicist status

Reputation (employability rankings)

Physics at Lincoln ranked 1st in the UK for student satisfaction (Complete University Guide 2025)

Experiential Learning (Research, Projects, Internships etc.)

Lincoln’s BSc (Hons) Physics is designed to immerse students in real scientific discovery — from hands-on lab work to advanced computational modelling. You’ll gain practical experience every step of the way, working with cutting-edge equipment and collaborating with researchers in the School of Physical Sciences.

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

Experimental Physics I & II modules develop core lab skills using modern instrumentation and data acquisition systems.
Final Year Project gives you the chance to work one-on-one with academic staff on a real research question, often linked to active research in areas like particle physics or condensed matter.
Access to the Joseph Banks Laboratories, equipped with specialist physics labs, including optics, electronics, and materials science facilities.
Dedicated computational physics training, with access to industry-standard software and coding environments for simulation and data analysis.
Opportunities to engage with the School’s research groups, including the Lincoln Centre for Autonomous Systems and Advanced Engineering Research Group.
Support from the Isaac Newton Building, home to physics, engineering, and computer science, with collaborative spaces and high-spec teaching labs.
Use of the University Library and digital resources, including physics databases, e-journals, and study support tools.

This is a program where theory meets application — and where you’ll graduate with the skills to thrive in research, technology, or industry.

Progression & Future Opportunities

Graduates of Lincoln’s BSc (Hons) Physics are equipped with the analytical, technical, and problem-solving skills that employers across science, technology, and engineering sectors are actively seeking. Many go on to roles such as data analyst, research scientist, software developer, or technical consultant — applying physics in industries from energy to aerospace.

Here’s how Lincoln supports your future progression:

Careers and Employability Team offers personalised guidance, CV and interview support, and access to employer events and internships through the CareerLinc portal.
Physics at Lincoln ranked 1st in the UK for student satisfaction (Complete University Guide 2025), reflecting strong teaching and graduate confidence.
Industry links include collaborations through the School of Physical Sciences and the Isaac Newton Building, which houses physics, engineering, and computing — encouraging interdisciplinary projects and employer engagement.
Institute of Physics (IOP) accreditation ensures your degree meets national professional standards and supports Chartered Physicist status.
Graduation outcomes include entry into graduate schemes, research roles, and technical positions in sectors such as defence, healthcare, energy, and software.

Further Academic Progression:
After completing the BSc, many students continue into postgraduate study — including MSc or PhD programmes in physics, materials science, astrophysics, or computational modelling. Lincoln also offers research opportunities within its School of Physical Sciences and interdisciplinary centres.