ARTIFICIAL INTELLIGENCE
AI for industry, healthcare, education, transport and working life, based on people’s real needs.
We develop AI models that detect risks in mines before the rock becomes unstable. This enables earlier warnings, safer working environments and better planning.
Together with industry, our research is driving the development of a safer and more sustainable mining sector.
Snow, darkness and extreme weather conditions make the Arctic a testing ground for advanced AI. We develop systems that work in the most demanding conditions.
This contributes to safer transport and robust technology with global relevance.
AI models determine which skis and grinding patterns provide the best glide in different snow and weather conditions.
By analysing the interaction between skis, snow and load, uncertainty can be reduced and performance optimised.
Artificial intelligence is no longer a vision of the future. It is already changing how we work, produce, travel, learn and manage our health.
By combining large volumes of data with AI, we develop methods that detect health risks earlier and enable personalised interventions at the right time.
Our research is driving the development of more proactive and equitable healthcare, giving people better support to manage their health throughout their lives.
Using AI to support people experiencing mental health problems requires both technical and ethical expertise. We study how AI affects recovery and how risks such as inaccurate responses, stigma and privacy concerns can be managed.
This contributes to the safer and more responsible use of AI in mental healthcare.
We develop brain-inspired processors and sensors that make AI faster, smarter and more energy-efficient. Research in neuromorphic computing is creating technology that can perceive, learn and interact with its surroundings in real time.
This lays the foundation for the next generation of intelligent and autonomous systems.
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