Quantum Technologies MSc

At UCL, this MSc is taught in a research-rich environment where practical learning is central. You’ll develop hands-on skills through project-based work, advanced computing, and close interaction with academics who are actively shaping the future of quantum science. Alongside taught modules, seminars and workshops expose you to real research challenges and emerging applications, helping you build confidence in both technical work and independent thinking.

Your hands-on learning experience includes:

• A substantial individual research project, where you tackle a focused problem in quantum technologies under the guidance of UCL researchers

• Training in scientific programming and computational methods, using tools and languages commonly applied in physics and quantum technology research

• Exposure to advanced topics such as photonics, nanoscale processing, atom and photon physics, with practical or simulation-based components

• Participation in research seminars and workshops through UCL’s quantum science community, offering insight into current breakthroughs and real-world applications

• Opportunities for collaborative learning, including group-based problem solving and discussion-led sessions

• Full access to specialist physics libraries and digital research resources, supporting coursework, projects, and independent study

By the end of the programme, you’ll have gained real research experience, practical computational skills, and a clear understanding of how quantum technologies move from theory into application—preparing you for both industry roles and further academic research.

Graduates of the Quantum Technologies MSc step into a rapidly expanding global sector with skills that translate directly into high-impact roles. You’ll be well prepared for careers such as Quantum Technology Engineer, Quantum Research Scientist, Quantum Software Developer, or Quantum Systems Engineer, working across advanced technology, research, and engineering environments.

How UCL helps you move forward:

• Dedicated UCL Careers support with tailored CV reviews, interview coaching, employer events, and specialist guidance for science, engineering, and research careers

• Strong graduate outcomes, with a high proportion of UCL postgraduates progressing into skilled employment or further study shortly after completing their degree

• Research-to-industry exposure through UCL’s quantum science community, giving you insight into how academic research connects with real-world quantum applications

• Long-term academic value, as a UCL master’s is internationally recognised and respected across both industry and academia

• Attractive salary and role potential, reflecting the specialist and high-demand nature of quantum technology skills across multiple sectors

Further Academic Progression:
Many graduates choose to progress to PhD study in quantum technologies, quantum information science, physics, or related engineering disciplines, either at UCL or at other leading research institutions worldwide.