UiB First in Norway to Launch Master of Science in Engineering in Quantum Technology
The University of Bergen is establishing the country’s first Master of Science in Engineering programme in quantum technology.
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The University Board has decided to introduce the new programme, which will open to students in the autumn of 2026.
“This is an important step for Norway’s technological development. Graduates from UiB will help build national expertise and ensure that we have specialists who can take part in shaping tomorrow’s technology – whether as researchers, developers or advisers,” says Margareth Hagen, Rector of the University of Bergen.
Quantum technology is considered one of the most groundbreaking technologies of our time, offering entirely new possibilities within areas such as sensor technology, cryptography, materials development and computing. With this new programme, UiB aims to take a national leadership role in educating the next generation of quantum technologists.
Taking a Clear National Role
Gunn Mangerud, Dean of the Faculty of Mathematics and Natural Sciences, explains that expectations surrounding quantum technology are high, and that UiB aims to make a strong contribution to the national development of the field.
“Norway is trailing behind our neighbouring countries, and work is now under way on a national quantum strategy. Access to competent candidates within the quantum field has been highlighted as crucial for strengthening national competitiveness. UiB is taking a clear role in education by establishing a five-year Master of Science in Engineering programme that will be important for reinforcing national efforts and ensuring relevance for Norwegian industry,” says Mangerud.
Close Links to Ocean, Energy, Health and Technology
The programme will allow students to specialise in applied areas such as ocean research, energy, biotechnology, nanotechnology and cybersecurity. Project work will be carried out in close collaboration with research environments and industry, with particular emphasis on laboratory work, simulations and experimental projects. For the programme coordinator, Professor Konrad Tywoniuk, it is essential that students work on real-world challenges.
“We take fundamental science and connect it directly to concrete applications such as cancer research, cryptography or underwater navigation. For us, it is crucial that students participate in genuine, interdisciplinary projects. Through this programme, we demonstrate how quantum technology is a practical tool that industry needs right now, and our students will be at the forefront of this development,” says Tywoniuk.
UiB has strong academic communities within quantum physics and quantum technology, particularly in sensor technology, materials research and marine applications. The investment in quantum technology is part of UiB Realfaghøyden, the university’s long-term initiative to strengthen education, research and infrastructure within the natural sciences.
The new programme is a direct response to the growing demand for quantum expertise in both the public and private sectors.