BSc Hons Physics with Quantum Technologies

3 Years On Campus Bachelors Program

University of Surrey

Program Overview

Explore quantum technologies and cutting-edge physics while building real-world experience through placements and research. Surrey’s Physics with Quantum Computing BSc/MPhys is ideal for curious minds ready to shape the future of tech.

Program Overview

The University of Surrey’s Physics with Quantum Computing degree blends foundational physics with the fast-evolving world of quantum technologies — from lasers and photonics to quantum information and computing. It’s perfect for students who love solving complex problems, enjoy maths and coding, and want to work at the frontier of science and innovation.

Curriculum Structure

Year 1:
You’ll build a strong foundation in classical and modern physics, alongside essential mathematical tools. Core modules include Mathematics for Physics, Classical Mechanics, and Electricity and Magnetism. You’ll also begin exploring quantum principles through Introduction to Quantum Physics, setting the stage for deeper study.

Year 2:
This year dives into quantum mechanics and computational physics. You’ll study Quantum Physics, Thermal Physics, and Numerical and Computational Methods, gaining hands-on experience in modelling physical systems. The Photonics and Lasers module introduces key technologies used in quantum devices.

Year 3 (BSc) or Year 3–4 (MPhys):
BSc students can opt for a Professional Training Year in industry, while MPhys students undertake a year-long integrated research placement. Final-year modules include Quantum Computing, Atomic Physics, and Quantum Information Theory, culminating in a research project that lets you apply your learning to real-world challenges.

Focus Areas

Quantum computing, quantum information, photonics, atomic physics, computational modelling

Learning Outcomes

Master quantum mechanics and computing principles, apply physics to real-world systems, develop advanced problem-solving and coding skills

Professional Alignment (Accreditation)

Accredited by the Institute of Physics (IOP) — a mark of quality and professional relevance

Reputation (Employability Rankings)

Surrey ranks in the top 20 UK universities for physics and astronomy (Guardian University Guide) and boasts a 95% graduate employability rate within six months of graduation

Experiential Learning (Research, Projects, Internships etc.)

Students in Surrey’s Physics with Quantum Computing program gain hands-on experience through research placements, industry internships, and access to advanced labs and software — all designed to prepare them for careers in quantum tech.

At Surrey, experiential learning isn’t just a buzzword — it’s built into the fabric of the Physics with Quantum Computing degree. From day one, students engage with real-world tools and research environments. The BSc offers a Professional Training Year in industry, while the MPhys includes a year-long integrated research placement with Surrey’s world-class research groups or international partners. Students also benefit from summer research placements, enterprise grants, and access to cutting-edge facilities that support quantum computing, photonics, and atomic physics.

Here’s how students gain practical skills and experience throughout the program:

Professional Training Year (BSc): A paid industry placement that builds technical and workplace skills in quantum technologies
Integrated Research Placement (MPhys): A full year embedded in a Surrey research group or international partner lab
Summer Research Opportunities: 8–10 week paid placements in Surrey’s research groups or South East Physics Network partners
Enterprise and Innovation Grants: Funding to support student-led research, conference travel, or business ideas
Dedicated Quantum and Photonics Labs: Facilities equipped for experimental work in lasers, atomic physics, and quantum optics
Numerical and Computational Methods Module: Training in simulation and modelling using industry-relevant software
Access to Surrey’s Advanced Technology Institute (ATI): A hub for nanotechnology, photonics, and quantum device research
Specialist Software Tools: Students use computational platforms for quantum modelling and data analysis
Group Projects and Final-Year Research: Collaborative work on quantum computing and information theory challenges

Progression & Future Opportunities

Surrey’s Physics with Quantum Computing graduates are equipped to lead in quantum tech, research, and advanced computing — with strong industry ties and excellent employability stats.

This degree opens doors to high-impact careers in quantum computing, photonics, and data science. Graduates typically move into roles such as quantum software developer, data scientist, research physicist, or technology consultant. Thanks to Surrey’s strong industry links and research-led teaching, students are well prepared to thrive in both commercial and academic settings.

Here’s how Surrey supports your career journey:

Surrey Careers and Employability Service: Offers tailored support including CV workshops, interview prep, and employer networking events
95% of Surrey physics graduates are in work or further study within six months of graduation
Professional Training Year (BSc): Paid placement in industry, often with quantum tech companies or research labs
Integrated Research Placement (MPhys): A full year embedded in a Surrey research group or international partner lab
Long-term value of IOP Accreditation: Recognized by employers and essential for chartered physicist status
Industry Connections: Surrey collaborates with the South East Physics Network (SEPnet) and hosts the Advanced Technology Institute, linking students to quantum, photonics, and nanotech sectors

Further Academic Progression:
Graduates can continue their studies with Surrey’s Applied Quantum Computing MSc, which focuses on the practical implementation of quantum algorithms and systems for industry and research. This is ideal for students aiming to deepen their expertise or pursue doctoral research in quantum technologies.