MSc Quantum Technologies

12 Months On Campus Masters Program

University of Strathclyde

Program Overview

The MSc Quantum Technologies at the University of Strathclyde is designed for students who want to move beyond theory and into the real-world applications of quantum science. In just 12 months, you’ll develop a strong foundation in quantum physics while gaining hands-on experience with technologies shaping the future of computing, sensing, and photonics.

Curriculum Structure

Year 1 (12 months, full-time)

You’ll start by strengthening your core physics and research skills, building confidence in mathematical methods and experimental thinking through modules such as Physics Skills and Topics in Quantum Physics. As the year progresses, you’ll explore how quantum principles translate into real technologies via Advanced Topics in Quantum Physics – Quantum Technologies and Quantum Optics, with a strong emphasis on modern applications. The programme culminates in an independent research project, where you’ll work closely with academic experts and apply your knowledge to a focused problem aligned with current quantum research.

Focus areas (in a string):

Quantum physics, quantum technologies, photonics and optics, experimental and theoretical research, emerging quantum applications.

Learning outcomes (in a string):

Strong understanding of quantum principles, ability to analyse and solve advanced physics problems, hands-on research capability, confidence in applying quantum science to real technological challenges, clear scientific communication skills.

Professional alignment (accreditation):

Delivered by Strathclyde’s Department of Physics, the programme is closely connected to UK quantum research and innovation activity, ensuring your training aligns with both academic and industry expectations.

Reputation (employability rankings):

Strathclyde is widely recognised for excellence in Physics and applied science, with strong graduate employability and a reputation for producing industry-ready graduates in advanced technologies.

Experiential Learning (Research, Projects, Internships etc.)

On the MSc Quantum Technologies, learning goes well beyond lectures. From early in the programme, you’ll work with real experimental setups and research tools used by physicists developing next-generation quantum systems. The course is delivered within a research-active environment, so what you study is closely connected to how quantum technologies are being built, tested, and refined in practice today.

That practical focus comes through clearly in your day-to-day experience:

Hands-on experimental laboratories within the Department of Physics, where you work with lasers, optical components, and precision measurement equipment central to quantum optics and photonics
Access to the Institute of Photonics, a flagship Strathclyde research centre known for applied photonics and close links to quantum-enabled technologies
A substantial independent research project, where you investigate a focused quantum or photonics problem under the supervision of active researchers
Exposure to current UK quantum research activity, benefiting from Strathclyde’s involvement in national quantum technology initiatives
Use of advanced computational and data-analysis tools to support modelling, simulation, and interpretation of experimental results
Full access to the University’s research libraries and digital resources, supporting literature review, data handling, and academic writing

By the end of the year, you won’t just understand quantum technologies in theory — you’ll have first-hand experience of how they’re explored, tested, and applied, giving you strong preparation for industry roles or further research.

Progression & Future Opportunities

Graduates of the MSc Quantum Technologies at the University of Strathclyde leave with skills that translate directly into high-impact roles in research and advanced technology sectors. Alumni typically move into positions such as Quantum Systems Engineer, R&D Scientist, Quantum Technology Researcher, or Data and Technology Analyst, supported by the programme’s strong balance of theory, experimentation, and research training.

That strong graduate progression is backed by clear support and long-term value:

Careers support tailored for scientists, including one-to-one guidance, CV and interview coaching, employer presentations, and access to graduate roles through Strathclyde’s Careers Service
Close links to industry and national research initiatives, particularly through the Physics Department’s involvement in UK quantum and photonics research programmes, helping students understand real employer expectations
Strong graduate outcomes, with MSc Physics and Quantum Technologies graduates progressing into high-tech industry roles, research laboratories, and doctoral study
Long-term degree value, as advanced quantum skills are in growing demand across computing, defence, healthcare technology, and precision engineering sectors
Clear progression pathways, with the MSc research project often acting as a stepping stone into employment or funded PhD opportunities

Further Academic Progression:
After completing the MSc, many students continue into PhD research in quantum physics, photonics, or related engineering fields, either at Strathclyde or at leading universities worldwide. The independent research project and close academic supervision during the programme provide strong preparation for doctoral applications and research-intensive careers.