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The Quantum Science and Technology MSc at the University of Nottingham is designed for students who want to move beyond textbook quantum mechanics and into the technologies shaping the future — from quantum computing to ultra-precise sensing. It’s a fast-paced, one-year programme that suits physics- and maths-focused graduates who want strong theoretical grounding paired with research-led, real-world relevance.
Curriculum Structure
Year 1 – Core Knowledge to Research Application
Across this intensive year, you’ll strengthen your understanding of modern quantum theory while learning how it translates into real technologies. Core modules such as Quantum Information Science introduce the principles behind quantum computing and communication, while Quantum Dynamics and Coherent Devices explores how controllable quantum systems behave in practice.
You’ll also study Light–Matter Interaction and Quantum Metrology, developing insight into quantum sensors and precision measurement — key areas driving industry innovation. The year concludes with an independent dissertation, where you’ll investigate a specialist quantum topic under academic supervision, giving you valuable research experience.
Focus Areas
Quantum information and computation, quantum dynamics, coherent quantum devices, light–matter interaction, quantum sensing and metrology, research-led dissertation.
Learning Outcomes
Advanced understanding of quantum technologies, strong analytical and problem-solving skills, experience applying theory to research challenges, confidence in scientific communication, and readiness for doctoral study or high-tech industry roles.
Professional Alignment (Accreditation)
The programme is closely aligned with the UK’s national quantum technology agenda and is taught within a research-active physics environment, ensuring skills that reflect current academic and industrial priorities.
Reputation (Employability & Rankings)
The University of Nottingham is a globally recognised, research-intensive institution with a strong reputation in physics and mathematical sciences, supporting excellent graduate outcomes in both industry and research pathways.
From day one, this programme is rooted in research-led teaching, meaning you learn quantum science the way it’s actually practiced — through problem-solving, experimentation, and close interaction with active researchers. You’ll work with concepts that underpin real quantum technologies, developing hands-on analytical and computational skills that mirror both academic research and industry environments:
Engage in research-informed coursework shaped by Nottingham’s quantum physics and quantum technology research groups, ensuring what you learn reflects current scientific challenges
Apply theory through advanced problem classes and computational work, building confidence in modelling and analysing quantum systems
Complete an independent MSc dissertation, where you investigate a specialist topic in quantum science or technology under one-to-one academic supervision
Develop research and professional skills such as scientific writing, data analysis, and presenting complex ideas clearly — essential for PhD study and R&D roles
Benefit from a collaborative academic environment, working alongside peers with strong physics and mathematics backgrounds and engaging in research discussions
This blend of taught modules and independent research ensures you graduate not just understanding quantum theory, but knowing how to use it — whether your next step is a PhD or a role in advanced technology sectors.
Graduates of the Quantum Science and Technology MSc leave Nottingham with skills that sit right at the intersection of fundamental science and emerging technology — a combination that’s in strong demand worldwide. The programme prepares you to step confidently into advanced research environments or high-impact technology roles, with many students using it as a launchpad for doctoral study or specialist R&D careers:
Doctoral study (PhD) in quantum physics, quantum technologies, condensed matter physics, photonics, or related fields at leading universities
Quantum technology and R&D roles in areas such as quantum computing, sensing, communications, and advanced materials
High-tech industry positions including quantum software or hardware engineering, photonics engineering, and semiconductor research
Data-driven and analytical roles, where strong mathematical modelling and problem-solving skills are highly valued
National and international research labs, startups, and innovation-led organisations contributing to next-generation technologies
Further Academic Progression
This MSc provides a strong route into PhD and research-led study in quantum physics and quantum technologies, with the dissertation helping students develop doctoral-level research skills and a clear research focus. Graduates are well prepared for further academic study at leading universities in the UK and internationally.
2:1 BSc degree (or equivalent) in Physics, Mathematical Physics, Mathematics, Engineering, Computer Science or joint degrees containing substantial elements of physics or mathematicsPrevious knowledge of quantum mechanics as well as prior experience with scientific computing is requiredFor Engineering degrees from China, University Physics modules may fulfil the prerequisite for prior knowledge in quantum mechanicsWe treat all applicants with alternative qualifications on an individual basis. We may also consider relevant work experienceIELTS: 6.0 overall (with no less than 5.5 in any element), TOEFL iBT: 80 overall (minimum 17 in Writing and Listening, 18 in Reading and 20 in speaking)ATAS certificate is required for this programme for most international studentsScanned copies of your degree certificate (if completed) and final or current transcriptTwo references, including at least one who can comment on your academic abilityWe may also require a personal statementFor India: Applicants should hold a Bachelor’s degree with a minimum result of 60%-69% from a recognised University, usually in a relevant subject areaFor USA: A minimum GPA of 3.2+Quantum software engineerQuantum hardware engineerQuantum research scientistPhotonics engineerSemiconductor device engineerQuantum sensing and metrology specialistData scientist (quantum-focused)R&D engineer in advanced materialsCybersecurity and cryptography specialistPhD researcher in quantum physics or quantum technologies
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University of Nottingham
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