MPhys in Physics with Quantum Technology, University of Exeter

Exeter,

48 Months

Check Eligibility

About this course

This MPhys degree provides a solid grounding in modern physics and explores the practical and technological applications of quantum physics. Students work on real-world research projects in quantum technology, gaining firsthand experience of current research methods and developing professional skills. The curriculum focuses on modern physics methods, including quantum mechanics, electromagnetism, and solid-state physics. Students have access to advanced research facilities, such as research and teaching labs, observatories, and computer labs. Throughout the course, there is a continuous skills development program designed with industry input that helps students craft a professional digital portfolio and CV, preparing them for the job market.

Why this course is highly recommended

Students are offered extensive access to advanced research facilities, including labs, observatory, and computer labs, making practical learning a core part of the degree. The course’s focus on real-world research projects gives students valuable hands-on experience. The supportive and inclusive environment, combined with a strong emphasis on professional skills development, ensures graduates are well-prepared for employment or further research. Additionally, the university ranks highly in UK for Physics and Astronomy, with a high employability rate post-graduation.

Specialisation

The course specializes in quantum technology, combining core physics principles with modern practical applications. Students explore various advanced topics like quantum computing, high energy physics, and solid-state physics, and engage in collaborative research projects related to quantum mechanics. This focus prepares students for specialized careers in cutting-edge technological fields.

Course fees

Application fees

1st year tuition fees

32.62L

Living cost

Degree requirements

Applicants typically need to meet the following criteria: A-levels with grades AAA-ABB, including Mathematics and Physics, or equivalent qualifications such as IB or BTEC. Specific subject requirements include a good grade in Mathematics and Physics. International students must demonstrate proficiency in English, with scores fitting Profile B2, detailed on the university's English language requirements page.

English language test

IELTS

6.5

TOEFL

PTE

DUOLINGO

120

Career prospects

Graduates can pursue roles in research and development within science-based industries, government establishments like QinetiQ or Harwell Laboratories, healthcare sectors such as NHS hospital physics, or in technical management roles across sectors including broadcasting and communications. Many graduates also work as academic researchers, astronomers, actuaries, engineers, IT analysts, and software developers. The broad skill set gained prepares students for diverse careers beyond physics, including roles in finance, cybersecurity, and education.

FAQs

What are the entry requirements for this course?

Typically, applicants need A-level grades of AAA-ABB, with subjects including Mathematics and Physics. IB scores should be between 36/666 and 32/655, and BTEC must be DDD-DMM. Specific subject requirements and additional criteria apply, especially for international students.

Can I study this course with an integrated study abroad year?

Yes, the course offers a 'with Study Abroad' variant that extends the duration to five years. During this year, students spend time abroad studying at partner universities worldwide, and the credits earned contribute fully to the degree.