Physics is a fundamental science that explains the world around us and drives technological advancements. At Lancaster University, you will join a globally recognised research community dedicated to educating the next generation of physicists. The MPhys Hons Physics program integrates core concepts like mechanics and quantum physics with advanced topics such as quantum technology and particle physics. You will gain practical experimental and data analysis skills, preparing you for diverse career paths in fields ranging from clean energy and systems engineering to climate modelling and research.
The four-year MPhys Hons Physics degree provides a strong foundation in Year 1, common to all single-honours physics degrees, covering mechanics, quantum physics, thermodynamics, and electromagnetism. You have the flexibility to switch to other physics degrees until the end of Year 1. Years 2 and 3 deepen your understanding of concepts like relativity, particle physics, and optics, with options to specialise. Year 4 involves Master's-level modules and a significant independent research project.
Graduates are highly sought after for a wide range of careers due to the transferable skills developed, including analytical thinking, logic, communication, and digital proficiency. You will have opportunities to showcase these skills at events like the Physics at Lancaster Annual Conference and Exhibition (PLACE).
We welcome applications from students from the United States of America. Specific English language requirements may vary by course and will be detailed on the relevant course pages.
Tuition fees and living costs are not specified on the provided pages.
Institute of Physics
The programme requires AAA at A-Level. Specific English language requirements may vary and will be detailed on the relevant course pages. Applications from students in the United States of America are welcomed.
The MPhys Hons Physics is a four-year programme. The first year provides a strong foundation, with Years 2 and 3 deepening understanding and offering specialisation options. Year 4 includes Master's-level modules and a significant research project.
The curriculum covers core concepts such as mechanics, quantum physics, thermodynamics, and electromagnetism in Year 1. Years 2 and 3 delve into relativity, particle physics, and optics, with Year 4 focusing on Master's-level modules and an independent research project.
All full-time undergraduate applications must be submitted through the UCAS website. The application requires personal details, qualifications, an academic reference, and a personal statement. Decisions are typically made within three weeks of submission.
The UCAS Equal Consideration Deadline for 2026 entry is 14 January 2026 at 18:00 (UK time). The final UCAS application deadline for 2026 entry is 30 June 2026 at 18:00 (UK time).
Graduates are prepared for diverse career paths in fields such as clean energy, systems engineering, climate change modelling, software development, and physics research. The transferable skills developed are highly sought after by employers.