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Introduction to the Physics (Quantum Technology) (research placement) MPhys Course

The Physics (Quantum Technology) (research placement) MPhys course is a four-year undergraduate degree that combines the study of physics with the exciting and rapidly growing field of quantum technology. This course is designed for students who want to explore the fascinating world of quantum technology and gain a broad understanding of the core principles of physics.

Key Information

• Duration: 4 years full-time
• Typical A-level offer: A*AA
• UCAS code: F322
• Start date: September 2026
• The University of Sussex is ranked 1st in the world for research impact in Physics (Shanghai Ranking Global Ranking of Academic Subjects 2025)
• The University of Sussex is ranked 7th in the UK for its research environment in Physics (REF 2021)
• The University of Sussex is ranked =20th in the UK for Physics (QS World University Rankings by Subject 2025)

Course Content

This single-honours course allows students to focus in-depth on their core subject, exploring classical and modern physics, and developing a more advanced understanding of the principles and techniques needed for quantum technologies. Students will have the opportunity to work on cutting-edge quantum technology research and gain experience in state-of-the-art laboratories.

Year 1

• Students will explore classical and modern physics, building on their mathematics skills to solve problems in physics.
• They will learn about current research in quantum technology and future frontiers.
• Core modules include:
  • Foundations of Data Analysis
  • Introduction to Quantum Physics
  • Mathematical Methods for Physics 1
  • Mechanics
  • Physics Study Success
• Teaching methods typically include lectures (60%) and practicals (40%).
• Assessment methods typically include coursework and examination.
• Contact hours and workload: approximately 1,200 hours of work, with 420 hours of contact time and 780 hours of independent study.

Year 2

• Students will build on the knowledge gained in their first year, developing a more advanced understanding of the principles and techniques needed for quantum technologies.
• They will gain deeper theoretical skills and carry out more advanced experiments.
• Core modules include:
  • Applying Physics Skills
  • Electrodynamics
  • Mathematical Methods for Physics 3
  • Physics Year 2 Laboratory
  • Summer Research Placement 1
• Teaching methods typically include lectures (50%), seminars (20%), and practicals (30%).
• Assessment methods typically include coursework and examination.
• Contact hours and workload: approximately 1,200 hours of work, with 320 hours of contact time and 880 hours of independent study.

Year 3

• Students will master core topics in physics and explore how they can be applied to quantum technologies.
• Core modules include:
  • Advanced Physics Laboratory A
  • Atomic Physics
  • Condensed State Physics
  • Nuclear and Particle Physics
  • Summer Research Placement 2
• Teaching methods typically include lectures (59%), seminars (9%), and practicals (32%).
• Assessment methods typically include coursework and examination.
• Contact hours and workload: approximately 1,200 hours of work, with 420 hours of contact time and 780 hours of independent study.

Year 4 (Integrated Masters Year)

• Students will apply all the knowledge and experience gained so far to understand cutting-edge topics in quantum technologies.
• They will carry out original research in quantum technologies as part of their research project.
• Core modules include:
  • Quantum Optics and Quantum Information
  • MPhys Final Year Project
  • Electrons, Cold Atoms & Quantum Circuits
  • Practical Quantum Technologies
• Teaching methods typically include lectures (52%) and practicals (48%).
• Assessment methods typically include coursework, examination, practical work, and written assessment.
• Contact hours and workload: approximately 1,200 hours of work, with 300 hours of contact time and 900 hours of independent study.

Research Placements

Students will take part in research placements during the summer, usually on the University campus, and will receive bursaries for their placements.

Fees

• Home students: Ł9,535 per year
• International students: Ł27,300 per year

Additional Costs

Additional costs to tuition fees may include field trips, equipment, materials, bench fees, or studio hire. These costs are best estimates based on current market values and may be subject to change.

Scholarships

The University of Sussex offers various scholarships, including the Chancellor's International Scholarships, Climate Leaders Scholarship, Sussex Pakistan Scholarship, and Sussex Turkey Scholarship.

Careers

Graduates of the Physics (Quantum Technology) (research placement) MPhys course will have a range of versatile and technical skills required by employers, and will be well-prepared for a variety of technical and management roles in the quantum technology sector. They may also choose to progress into roles in research and academia, finance, teaching, or consulting.

Our Staff

The Department of Physics and Astronomy is a friendly and supportive community, with a range of academic staff who are experts in their fields. These include:

• Dr Niel De Beaudrap, Assistant Professor in Theoretical Computer Science
• Prof Jacob Dunningham, Professor of Physics
• Prof Barry Garraway, Professor Of Quantum Physics
• Prof Winfried Hensinger, Professor of Quantum Technologies
• Prof Matthias Keller, Professor of Experimental Physics
• Dr Fedja Orucevic, Reader in Quantum Physics
• Prof Jose Verdu Galiana, Professor of Physics
• Prof Sebastian Weidt, Professor of Quantum Computing and Entrepreneurship

Conclusion

The Physics (Quantum Technology) (research placement) MPhys course at the University of Sussex is a unique and exciting opportunity for students to explore the fascinating world of quantum technology and gain a broad understanding of the core principles of physics. With its strong focus on research and industry links, this course is ideal for students who want to pursue a career in quantum technology or related fields.