Quantum Technology MSc

At Sussex, the MSc in Quantum Technology is built around genuine hands-on experience. You’re not just learning about quantum systems in theory — you’re stepping directly into the research environment of the Sussex Centre for Quantum Technologies, working with the same laboratories, equipment and research groups that drive advances in ion-trap processors, quantum sensors and photonic quantum systems. The programme is designed so that you build practical skills from day one, working closely with academics and research teams who are actively developing the next generation of quantum devices.

Here’s what that looks like in practice:

• Access to specialist quantum laboratories dedicated to ion-trap quantum processors, superconducting quantum circuits, photonic quantum systems, quantum simulators and quantum-enhanced metrology.

• A major supervised MSc research project, where you work alongside researchers in areas such as quantum computing, quantum sensing or quantum optics, contributing to real experiments or high-level simulations.

• Collaboration with multiple active research groups within the Sussex Centre for Quantum Technologies, giving you exposure to work in ion-trap cavity QED, ultracold atoms, quantum networking, and device design.

• Use of modern experimental and computational tools, including the control systems, measurement techniques and modelling software commonly used in quantum-technology research environments.

• A supportive research community, where supervisors and researchers maintain an open, collaborative culture that encourages discussions, lab participation and shared project work.

• Full access to university research facilities and libraries, supporting both your theoretical learning and your practical project work.

Graduates from Sussex’s MSc Quantum Technology step into a sector that’s expanding at incredible speed. Many go on to roles such as quantum software developer, quantum hardware engineer, quantum information scientist or research physicist, while others move into data-driven industries or technical consultancy. The mix of advanced theory, practical lab experience and supervised research gives you the kind of profile employers in the quantum and high-tech world look for.

Here’s how Sussex supports your future:

• Dedicated career support: Sussex’s Careers and Employability Service offers tailored advice for Physics and Astronomy students, helping you prepare for technical interviews, build a strong CV and connect with employers interested in quantum skills.

• Strong salary and employment potential: Physics and technology-focused graduates from Sussex typically progress into high-skilled, well-paid roles, with earnings rising significantly over the first few years — especially in quantum computing, sensing, communications and advanced data roles.

• Direct links with research and industry activity: The MSc is delivered through the Sussex Centre for Quantum Technologies, a hub that works on ion-trap processors, superconducting circuits, quantum simulators, quantum metrology and photonic systems — giving you exposure to real-world quantum-tech developments and collaborations.

• Long-term value of the qualification: Because the course sits within a research-intensive physics department with a strong UK reputation, your degree retains long-term credibility whether you pursue industry roles or continue in research.

• Positive graduate destinations: Alumni from the programme have moved into quantum-technology companies, research institutes, startups and academic labs, proving the degree opens multiple pathways within and beyond traditional physics careers.

Further Academic Progression:
Many students use this MSc as a direct bridge into PhD research in quantum computing, quantum optics, quantum information science, photonics, or quantum sensing. Others continue into interdisciplinary areas—combining quantum with data science, engineering or materials research—building on the strong analytical and experimental foundation gained at Sussex.