BSc Hons in Physics with a Year in Industry

4 Years On Campus Bachelors Program

University of York

Program Overview

York’s BSc Physics (with a Year in Industry) combines rigorous scientific training with real-world experience, preparing you for high-impact careers across science, technology, and engineering.
This four-year program is ideal for students who want to apply their physics knowledge in a professional setting while exploring advanced topics like quantum computing, fusion plasmas, and biophysics. You’ll study core physics and mathematics, gain hands-on lab experience, and spend your third year working in industry.

Curriculum structure

Year 1: Building the Foundations
You’ll begin with essential physics and mathematics, learning how to model classical systems and explore wave-particle duality. Modules include Classical Mechanics and Laboratories, Classical and Quantum Waves, and Electromagnetism and Relativity. You’ll also develop computational fluency through Mathematical, Computational and Professional Skills 1 & 2, and choose an option like Mapping the Universe and Laboratories or Theoretical Skills and Laboratories.

Year 2: Deepening Knowledge and Experimentation
This year focuses on advanced mechanics and experimental design. You’ll take Advanced Mechanics and Physics Laboratories and Skills, where you’ll plan and execute extended experiments. The emphasis is on creative problem-solving and mastering modern measurement techniques.

Year 3: Industrial Placement
You’ll spend a paid year working in industry, applying your physics training in a professional environment. York’s placement team and the White Rose Industrial Physics Academy help match students with leading organisations such as the National Nuclear Laboratory, Rolls-Royce, and the UK Atomic Energy Authority. You’ll be supported by both an academic and industrial supervisor throughout the year.

Year 4: Specialisation and Research
Back on campus, you’ll tackle advanced topics through modules like Advanced Theoretical Techniques and Modelling Matter. You’ll join a small team to conduct original research—perhaps simulating electron detection systems for CERN or exploring nanomaterials. The year culminates in a conference-style presentation and academic poster.

Focus areas: quantum computing, fusion plasmas, biophysics, nanosystems, semiconductors, astrophysics, experimental design
Learning outcomes: apply physics and mathematics to solve complex problems; conduct and interpret investigations; communicate sophisticated concepts; collaborate effectively; use digital technologies in data handling
Professional alignment (accreditation): accredited by the Institute of Physics, supporting Chartered Physicist status
Reputation (employability rankings):

2nd in the Russell Group for Learning Resources in Physics (National Student Survey 2024)
5th in the UK for departmental research environment (Times Higher Education REF 2021)

Experiential Learning (Research, Projects, Internships etc.)

York’s BSc Physics (with a Year in Industry) is built around hands-on learning, giving you the tools, experience, and confidence to thrive in scientific and technical careers.
From your first year, you’ll work in specialist labs, use professional-grade software, and develop experimental and computational skills that mirror real-world physics practice. The third-year industrial placement is a standout feature—offering paid, full-time experience with leading organisations in nuclear science, energy, and technology.

Here’s how York delivers experiential learning:

Undergraduate Physics Laboratories: Used throughout Years 1 and 2 for core experiments in mechanics, waves, and electromagnetism.
Atomic and Nuclear Lab: Purpose-built for advanced experimentation in nuclear physics and particle detection.
Flexible Teaching Tower Labs: Host final-year research projects, including simulations using Geant Monte Carlo software for CERN-related work.
Computational Laboratories: Equipped with specialist software for modelling, simulation, and data analysis—used across multiple modules.
Group Research Projects: In Year 4, students collaborate on original investigations and present findings at a student research conference.
Industrial Placement Year: Supported by the White Rose Industrial Physics Academy, students work full-time in paid roles with partners like Rolls-Royce, the UK Atomic Energy Authority, and the National Nuclear Laboratory.
Professional Skills Modules: Embedded in the curriculum to build scientific writing, presentation, and digital fluency.
Masterclass Research Placements: Offered to high-performing students after Year 1, enabling early involvement in faculty-led research.
Library and Study Spaces: Includes two dedicated undergraduate physics study areas and access to York’s extensive academic resources.

Progression & Future Opportunities

Graduates of York’s BSc Physics (with a Year in Industry) leave with more than a degree—they bring real-world experience, professional credibility, and the technical skills employers demand.
Many go on to work in high-impact roles such as data analyst, software developer, systems engineer, and research scientist. The industrial placement year gives you a competitive edge, with many students receiving job offers from their placement providers.

Here’s how York supports your career progression:

Careers and Placements Team: Offers tailored support for physics students, including CV reviews, mock interviews, and employer networking events.
Physics Employability Programme: Features career panels, alumni talks, and employer-led workshops to help students explore career paths and build connections.
Graduate Employment: 90% of York physics graduates are in work or further study within 15 months (HESA Graduate Outcomes 2020).
Salary Prospects: Physics graduates from York earn a median salary of £28,000 within 15 months of graduation.
Industry Partnerships: York collaborates with the White Rose Industrial Physics Academy, connecting students to placements with Rolls-Royce, the UK Atomic Energy Authority, and the National Nuclear Laboratory.
Accreditation Value: The degree is accredited by the Institute of Physics, supporting your path to Chartered Physicist status and enhancing long-term career credibility.
Graduate Destinations: Alumni have joined employers such as BAE Systems, Jaguar Land Rover, Virgin Money, and the NHS.

Further Academic Progression:
After graduation, many students pursue MSc or PhD programs in physics, quantum technologies, astrophysics, or interdisciplinary fields like medical physics and data science. York’s own postgraduate physics degrees offer a natural next step, supported by the department’s research strengths in nuclear physics, quantum materials, and fusion science.