MSc Applied Quantum Computing

1 Years On Campus Masters Program

University of Surrey

Program Overview

This MSc is designed for students who want to move beyond theory and learn how quantum computing is actually applied in research and industry. It suits graduates from physics, computer science, engineering, mathematics or related fields who are excited by emerging technologies and want practical, future-focused skills.

Curriculum Structure

Year 1 (Full-time):
You’ll begin by building a solid foundation in quantum mechanics and the principles of quantum computing, ensuring everyone develops a shared technical language. The course then shifts quickly into application-driven learning through modules such as Introduction to Quantum Computing, Applied Quantum Computing I, and Applied Quantum Computing II, where you explore quantum algorithms, qubit technologies, optimisation problems, and real-world use cases, including finance and data-driven systems. The year concludes with an independent research project and dissertation, allowing you to apply your skills to a focused quantum computing challenge.

Focus areas (in a string):

Quantum mechanics foundations, quantum algorithms, qubit technologies, quantum optimisation, applied quantum programming, industry-led quantum use cases, independent research.

Learning outcomes (in a string):

Develop practical quantum computing skills, analyse and design quantum algorithms, understand hardware platforms, solve applied problems using quantum methods, and conduct independent research with confidence.

Professional alignment (accreditation):

While not tied to formal professional accreditation, the programme is closely aligned with current and emerging needs of the global quantum technology sector and is informed by Surrey’s strong research activity in quantum and advanced physics.

Reputation (employability rankings):

The University of Surrey is well regarded for science and technology education, with strong graduate outcomes and a reputation for producing industry-ready postgraduates in physics-led and computational disciplines.

Experiential Learning (Research, Projects, Internships etc.)

At Surrey, experiential learning is central to how this MSc is taught. You’ll gain hands-on skills by working directly with quantum computing tools and research-led projects, ensuring you graduate with practical experience rather than just theoretical knowledge. Teaching is closely connected to Surrey’s active quantum research environment, so what you learn in lectures is reinforced through labs, simulations, and an in-depth research project that reflects real industry and scientific challenges.

Your practical learning experience includes:

Working in dedicated computer laboratories, using quantum computing software such as Qiskit to build, simulate, and analyse quantum circuits
Completing a substantial independent dissertation project, where you apply quantum computing methods to a focused research or application-based problem
Access to high-performance computing facilities to support complex simulations, modelling, and large-scale computational tasks
Learning alongside academics involved in Surrey’s quantum information and quantum technologies research, giving you insight into current developments in the field
Use of advanced physics laboratories within the School of Mathematics and Physics, supporting your understanding of quantum systems and computational methods
Full access to Surrey’s specialist libraries and digital resources, supporting both taught modules and independent research

Together, these experiences ensure you graduate confident in applying quantum computing concepts, tools, and research methods in both academic and industry settings.

Progression & Future Opportunities

Graduates from this MSc step into a fast-growing global field with skills that translate directly into high-impact roles. You’ll be well prepared for careers such as Quantum Software Developer, Quantum Algorithm Engineer, Quantum Research Scientist, or Quantum Computing Consultant, working across technology, finance, research, and advanced engineering sectors.

How Surrey supports your career journey:

Dedicated Careers Service offering tailored CV support, interview preparation, employer events, and one-to-one guidance specifically for postgraduate and technical careers
Strong graduate outcomes, with a high proportion of Surrey postgraduates moving into skilled employment or further study shortly after graduation
Industry-connected teaching, shaped by Surrey’s involvement in national and international quantum research initiatives, ensuring your skills stay relevant to real-world applications
Long-term qualification value, as a master’s from Surrey is recognised for its strong research culture and employability focus
Competitive salary potential, reflecting the advanced and specialist nature of quantum computing roles in the UK and international job markets

Further Academic Progression:
Graduates who want to deepen their expertise often progress to PhD study in quantum computing, quantum information science, physics, or interdisciplinary technology research, either at Surrey or at leading research institutions worldwide.