EiT Villages taught in English
Villages in English
List includes only EiT villages with English as the language of instruction
3D Acquisition and Reproduction of Material Appearance – Challenges and Opportunities
This village is based on the challenges and opportunities in understanding and reproducing visual appearance using 3D printing techniques. (IMT4310)
Data and Minds: Forging Future Frontiers
We continously collect copious amounts of data, for instance from wearables, brain machine interfaces, or other devices. It is up to us and our ingenuity to make sense of this data and to amplify its positive societal impact. Yet, ethical questions accompany this transformative journey. (TMA4851)
From symptoms to solutions: Improving recovery after concussion
Our brains are highly complex; small changes can have significant effects. While concussions are common, some people develop poorly understood, lasting symptoms. In this village, we’ll explore innovative ways to improve recovery after concussion. (PSY3818)
Hydrogen in transportation for a safe and sustainable future
This village focuses on technological and societal issues of hydrogen use as fuel in transportation. The main objective is to identify current issues and suggest related solutions. (TPK4852)
Industry 5.0 – New Technologies, New Business Models
The course is primarily designed for business and engineering students at Campus Ålesund. In collaboration, students will develop sustainable business models while addressing real-world manufacturing challenges within the conceptual framework of Industry 5.0. (IE509118)
Nano Energy Giga Impact
Join "Nano Energy Giga Impact" to collaborate with experts, innovate with nanotechnology, and seeking for groundbreaking energy solutions for a sustainable future. (TKT4854)
Plastic Free Oceans
Clearly, we must reduce the flow of plastic into the oceans, retrieve what’s already there, and recycle used plastics into valuable raw materials! But how? By whom? And who will pay for the effort? (TEP4854)
Robotic Ocean Waste Removal
We aim to identify "hotspots" of pollution, design and prototype a "green" robotic vessel for waste collection and removal, and identify a plan for the utilization of such technologies in Norway and the world. (TTK4854)
Smart Energy Management
Which smart business models can enable the energy sector to transition towards a zero-carbon future? How to manage and integrate renewable energy technologies?
Smart structural design with aluminium
Light, strong, and infinitely recyclable. In a world with increased concern about environmental issues, aluminium alloys offer a green alternative to traditional building materials. (TKT4857)