BSc in Physics with Quantum Technology, University of Exeter

Exeter,

36 Months

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About this course

This programme provides a solid foundation in modern physics with a special focus on the practical and technological applications of quantum physics. Students will learn about the fundamental principles and explore advanced research facilities including labs, observatory, and computer labs. The course emphasizes developing a professional skill set, with a continuous skills development programme designed in partnership with industry. Throughout the course, students will build their understanding of key physics topics, participate in impactful projects, and enhance their employability through real-world problem solving and communication skills. The learning approach combines research-led teaching, practical laboratory work, and collaborative projects, fostering a supportive environment where student-staff relationships are prioritized.

Why this course is highly recommended

This programme is highly valued for its comprehensive curriculum that merges fundamental physics with cutting-edge quantum technology, supported by extensive research facilities. The supportive and inclusive learning environment, with small tutorial groups and strong student-staff relationships, enhances learning. Additionally, the course’s focus on developing employability skills, adaptable problem-solving, and scientific communication makes graduates highly attractive to employers across various science and technology sectors. Its top-ranking position among UK physics courses and high graduate employment rate further underscore its reputation.

Specialisation

The course offers a focus on the modern physics of everyday life and quantum physics applications. In the final year, students engage in open-ended research projects and have options to explore areas like nuclear physics, theoretical methods, nanosystems, and quantum technology. Modules such as 'Introduction to Quantum Technology' and 'States of Matter' reflect the course’s emphasis on recent developments in physics, preparing students for careers involving advanced research and industry applications.

Course fees

Application fees

1st year tuition fees

32.62L

Living cost

Degree requirements

For entry, typical offers require AAA-ABB at A-level with a focus on Mathematics and Physics, or equivalent international qualifications like IB, BTEC, or GCSEs. Specific subject requirements include HL 6 in Mathematics and HL 5 in Physics for IB applicants, and Grade 4/C in GCSE English. English language proficiency under Profile B2 is also required for international students.

English language test

IELTS

6.5

TOEFL

PTE

DUOLINGO

120

Career prospects

Graduates can explore careers in research and development, industrial roles, government laboratories, hospital physics, and tech start-ups. Positions held by alumni include roles like Researcher, Astronomer, Engineer, IT Analyst, and Teacher. The programme’s emphasis on problem-solving, research skills, and communication equips students for a broad range of careers, both within physics and in wider fields such as finance, cybersecurity, and education.

FAQs

What are the entry requirements?

Typical offers include AAA-ABB at A-level, with specific subject requirements in Mathematics and Physics, or equivalent qualifications such as IB, BTEC, and GCSEs. International students must also meet English language requirements.

Can I study abroad or take a professional placement?

Yes, the course offers options for a study abroad year or a professional placement year, both of which are recognized in the degree and involve additional application steps. During these years, students pay reduced tuition fees and undertake full credit coursework abroad or in industry.