University of Nottingham

What you'll study

This MSc provides a balance of advanced theory, practical laboratory skills and project‑based research. Core themes include quantum information and computing, quantum optics and photonics, quantum materials and devices, and experimental techniques for quantum technologies.

• Core modules: advanced quantum mechanics for technology; quantum information and computation; quantum measurement and control; experimental methods in quantum science.
• Applied and specialist modules: quantum optics and photonic systems; superconducting and solid‑state quantum devices; quantum communications and cryptography; quantum materials and nanoscale fabrication.
• Computational and modelling modules: numerical methods for quantum systems, open quantum systems and simulation techniques.
• Research project: an extended individual research project and dissertation carried out under academic supervision, often linked to ongoing group research or industry collaborations. Projects typically involve experimental work in laboratories or computational/theoretical investigations.

Teaching is delivered through lectures, seminars, laboratory classes and research supervision. Assessment methods include exams, coursework, lab reports, presentations and the MSc dissertation.

Entry requirements

Applicants are normally expected to hold a good honours degree (or international equivalent) in physics, engineering, mathematics or a closely related subject. A 2:1 (or equivalent) is the typical requirement, although applicants with a lower second‑class honours degree and substantial relevant experience or strong performance in postgraduate study may be considered.

Relevant background knowledge should include undergraduate quantum mechanics, classical electromagnetism, and basic linear algebra. Practical laboratory experience or programming skills are advantageous for experimental and computational components of the programme.

International applicants must meet the University’s English language requirements. Applicants should consult the programme page or admissions office for details on acceptable qualifications and evidence.

Career prospects

Graduates from this MSc move into a range of roles across academia, industry and the public sector. Typical career paths include:

• Research and development positions in quantum hardware (superconducting circuits, photonics, NV centres) and quantum software/algorithms.
• Roles in photonics, semiconductor and precision measurement industries, including device engineering and test.
• Quantum communications, cryptography and cybersecurity roles within technology companies and telecommunications providers.
• Technical roles in national laboratories, standards bodies and government research establishments focused on quantum metrology and sensing.
• Further academic research via PhD programmes in quantum science, materials science or related engineering disciplines.

The programme emphasises transferable skills—experiment design, data analysis, programming, and scientific communication—that are valuable in broader sectors including finance, consulting and high‑technology startups.

Why study at University of Nottingham

The University of Nottingham offers an interdisciplinary environment with active research groups working across quantum optics, quantum information, condensed matter and device physics. Students benefit from supervision by academics engaged in cutting‑edge research and from access to modern laboratories and equipment.

The School maintains links with industry and national research initiatives, providing opportunities for collaborative projects and exposure to applied quantum engineering challenges. The programme’s combination of taught modules and a substantial research project is designed to prepare graduates for both immediate employment and further postgraduate study.

Studying at Nottingham also provides the broader support of a large research university, including career services, postgraduate training programmes and a vibrant graduate community to help you build networks during and after your studies.