The MSc Applied Quantum Computing program focuses on the practical implementation and application of quantum computing concepts. As quantum technology advances, the demand for skilled professionals in this field is growing. This interdisciplinary course is designed to equip you with the knowledge and skills to solve real-world problems in industry and research. It welcomes graduates from diverse backgrounds, including physics, computer science, engineering, and economics, providing them with an understanding of necessary quantum physics concepts. The program emphasizes practical applications across various fields like financial optimization, drug discovery, and materials design, highlighting how quantum computing can offer unique computational advantages over classical computers.
The MSc program consists of four 15-credit modules per semester, followed by a dissertation project during the summer. Modules are credit-based on a 15-credit tariff. Specific module availability may depend on teaching schedules, student demand, and class size caps. A dissertation project allows for the application of acquired knowledge to a relevant problem, potentially in collaboration with industry partners.
The growing demand for skilled professionals in quantum computing, backed by significant government investment, presents numerous career opportunities. This MSc prepares you for roles where understanding and applying quantum computing can solve complex problems.
The course welcomes graduates from a wide variety of disciplines beyond just physics, including computer science, engineering, and economics. Students without a strong background in quantum physics will gain the necessary concepts throughout the program.
You typically need a 2:2 degree or higher. The programme welcomes graduates from diverse backgrounds such as physics, computer science, engineering, and economics, and will provide necessary quantum physics concepts.
The tuition fee for international students is £25,900 per year.
The programme consists of taught modules over two semesters, followed by a dissertation project during the summer.
Graduates can pursue roles such as Quantum Computing Specialist, Quantum Algorithm Developer, or Quantum Systems Engineer, driven by the growing demand in this field.
You should submit your application through the university's portal, ensuring you meet the academic and English language requirements. If you do not meet the direct entry requirements, pathway programmes are available.
Funding is available for eligible students.