BSc (Hons) Physics with Quantum Technologies, University of Surrey

Guildford,

36 Months

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About this course

Our Physics with Quantum Computing degrees teach students about the quantum world, opening opportunities in industry and academia. The course covers broad areas including lasers, photonics, quantum physics, quantum information, and quantum computing. Students learn about existing quantum technologies like internet data transmission devices and lasers in Blu-ray players. The curriculum emphasizes practical skills through industry placements, research projects, and innovation grants, supporting students to become industry-ready. The course's research focus offers paid summer placements in research groups or international partners, focusing on cutting-edge science and technology. With a strong academic reputation—ranked 12th in UK for physics—and high employability prospects, it aims to prepare students for a dynamic career in the rapidly growing field of quantum technologies.

Why this course is highly recommended

Students should consider this course because quantum technologies are at the forefront of scientific innovation, offering diverse career opportunities. The course emphasizes hands-on industry placements, research projects, and innovation grants that prepare students for real-world applications. Its rigorous curriculum, accredited by the Institute of Physics, ensures professional recognition, and the strong employment rate of 96% highlights its value. Additionally, the program's focus on research and practical skills makes it ideal for students aiming to contribute to cutting-edge advancements in quantum science.

Specialisation

This course uniquely combines traditional physics with comprehensive studies of quantum technologies, including quantum physics, quantum information, and quantum computing. It offers optional pathways such as placements and research years, fostering industry experience and academic research skills. Modules cover areas like superconducting quantum processors, quantum algorithms, and quantum simulations, providing students with specialized expertise in these emerging fields.

Course fees

Application fees

27.34L

1st year tuition fees

27.34L

Living cost

Degree requirements

Applicants typically need ABB at A-level including Mathematics and Physics for the BSc (Hons), or AAA-AAB for the MPhys. Other qualifications like BTEC Extended Diplomas, International Baccalaureate, and Scottish Highers are also accepted with specific subject and grade requirements. A minimum GCSE grade 4 in English Language is required. Applicants must meet the English proficiency requirement of IELTS 6.0 overall and 5.5 in each element, or equivalent qualifications.

English language test

PTE

TOEFL

DUOLINGO

110

IELTS

Career prospects

Graduates from this program are highly sought after in industry, research, and academia. Recent roles include positions as research scientists, engineers, and specialists in companies like BAE Systems, NHS, and the National Physical Laboratory. The program's emphasis on practical skills and industry placements enhances employability, with many graduates pursuing further study or careers in quantum technology, photonics, and related fields. The university also offers support for career development, CV building, and job applications.

FAQs

What are the entry requirements for this course?

Typical offers are ABB at A-level with Math and Physics, or AAA-AAB for MPhys. Other qualifications like BTEC, IB, and Highers are accepted with specified grades.

Are there opportunities for work placements?

Yes, students can participate in industry placements or research years, gaining practical experience in leading research groups or companies.