The University of Oxford's brand new MSc in Quantum Technologies had its official launch last week. The 29-strong cohort are the first to be able to benefit from the course that is focussed on interdisciplinary training in this growing field within research and industry, and covers quantum computing, sensing, and communications. The course is strongly linked to industry, with regular seminars from industry speakers, as well as training from leading academics. All students will complete a 4-month research project that allows for a deeper dive into a chosen area within quantum technologies, on top of the broad base of understanding developed in the taught courses and seminars.
Optional modules for the course will include specialised topics in quantum algorithms and quantum information; materials for quantum technologies; quantum optics and laser physics; and many-body physics.
The course is taught in collaboration with the Departments of Engineering, Materials, Mathematics, Computer Science and Chemistry, and has been designed to be accessible to students with a strong background in any of these areas of study.
‘It is absolutely fantastic to have our first cohort here in Oxford,’ comments Professor Andrew Daley, course director. ‘It is an ambitious course, which aims to serve a broad range of student interests and future career goals within this rapidly growing field. The links with industry and the interdisciplinary nature of the taught element will give students the best possible springboard for harnessing quantum technologies and I am very much looking forward to an exciting year ahead.’
'The MQTech course is excellent because we cover a wide range of topics from fundamental theory, applications, algorithms and software to hands-on lab work and hardware – a well-rounded quantum education! The cohort is diverse and the interesting academics, from six departments, are fantastic. The weekly industry seminars give us unheard-of access to both the academic world and major quantum companies, which was a huge bonus of the course.'
Harriet Postance, student, MSc in Quantum Technologies
'I hope to build a strong foundation in both the theoretical and practical aspects of quantum technologies, and to discover where I can make the most meaningful contribution, whether that lies in research, industry, or a combination of the two. I am especially looking forward to the research project, where I will have the opportunity to collaborate with leading researchers addressing real-world challenges in quantum technologies.'
Anthony Slawski, student, MSc in Quantum Technologies
'I was drawn to the MSc in Quantum Technologies for its multifaceted, rigorous training in quantum technologies, especially through its unique combination of coursework, dissertation research, and industry engagement. I am excited to gain a cutting-edge understanding of this rapidly evolving field and use my time in the program to explore the research directions I’d like to pursue next year in a PhD.'
Basha Waxman, student, MSc in Quantum Technologies