Technology Systems: Science and Engineering (engelskspråklig bachelor)

Wondering what a technology system is, and what the people behind it do? Technology systems are coordinated networks of hardware, software, data, and people that deliver a function. They make big things happen across energy, space, robotics, healthcare, and digital infrastructure. Think robots, satellites, smart grids, or sensor networks. These systems form the basis of the smart, connected world we live in.

This international bachelor’s programme in Technology Systems: Science and Engineering is based on the “thinking in systems and thinking for systems” approach. The curriculum blends a scientific understanding of system behavior, modelling, and complexity with engineering capabilities to design, prototype, test, and iterate real-world systems. In this programme, you will gain hands‑on experience with cutting‑edge technologies. You will not just read about systems but actually create them.

Help solve some of the world’s most pressing challenges

This programme trains you to develop a systems mindset. Across science, engineering, and technology, you will design and deliver solutions that hold up in the real world, spanning challenges from sustainable energy to space exploration, through applied projects and interdisciplinary teamwork.

You will have the opportunity to explore domains and learn about

• renewable energy system and energy storage technologies: why do renewable energy systems look so different in South America, Northern Norway, Africa, and Europe, and how does environment, society and law shape the energy transition?
• robotics and autonomous systems: how do we design smart machines and robots to solve real problems on land, at sea, in hospitals, and in industry?
• digital security of physical systems and critical infrastructures: how can we keep electricity systems safe from blackouts, cyberattacks, and failures in critical infrastructure?
• space systems and technologies: what does it take to send a satellite into space, from the first sketch to launch and mission control?
• healthcare technologies: how can data from the human body and machine learning transform health technology and create breakthroughs in medical innovation?

In-depth knowledge and great flexibility

The programme is designed to provide both in-depth knowledge and flexibility. You take at least 70 ECTS in theoretical and experimental courses specifically focused on systems science and engineering. Another 70 ECTS credits are dedicated to gaining knowledge and core skills in programming, mathematics, and physics. 30 ECTS credits are yours to design – you can use them to dive deeper into courses at the Department of Technology Systems (ITS), explore courses offered by other departments at the University of Oslo, or broaden your horizons through an exchange programme abroad or at another university in Norway.

A key strength of our programme is its flexibility. If you want, you may choose to specialise and deepen your competencies in one of the following technological systems: energy, space, healthcare, robotics, or cyber-physical security. However, if you have not decided yet, you will be able to explore different technology domains and discover your interests and passion on the go, through a combination of lectures, seminars, project-based work groups, and hands-on laboratory work.

Knowledge across fields and sectors = transdisciplinary systems’ approach

The programme is designed to ignite your curiosity, fuel your ambition, and prepare you to make a real difference in the world. It goes beyond technical training by connecting engineering with social and environmental sciences, law, and the humanities – disciplines essential for addressing sustainability, justice, privacy, ethics, and regulation in emerging technologies.

Throughout the programme, you will combine classroom theory, lab‑based learning, interdisciplinary projects, and close collaboration with industry and research partners to develop a holistic understanding of technology in its real‑world context.

Career opportunities and further education

Strong non‑academic ties ensure your studies connect directly to Norway’s industry and innovation ecosystem: As a student on this programme, you are part of the Department of Technology Systems (ITS). Here we collaborate with leading companies such as Equinor, we host one of the Norwegian Centres for Research-Based Innovation, CENSSS, and we engage with other research institutions and collaborate with public partners like Oslo University Hospital.

As a graduate of this programme, you will be well-equipped for roles such as technology systems analyst, systems designer, and technology systems advisor in both the public and the private sectors.

With a bachelor's degree in technology systems, you are qualified for several master's programmes at the University in Oslo, such as Renewable Energy Systems, Space Systems, Cybernetics and Autonomous Systems, and Security of Cyber-Physical Systems.

• Read more about career opportunities and further education

Study environment

You will join a vibrant and supportive academic community in our department. Close interaction with teachers and fellow students creates a dynamic environment, where you can explore topics and ideas that align with your interests, shape your educational path, and support your future career.

As an international bachelor’s student, you will have access to a dedicated space shared with your cohort, but also common areas for students at ITS as well as other departments and faculties. You can also become a member of students’ associations, which offer fantastic opportunities to engage actively in a life at the department or the university. There are movie nights, quizzes, debates, and cabin trips, activities designed to foster community and make your time here memorable.

You will also have the chance to engage in student politics at UiO, shaping your educational experience and contributing to campus life.

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