SINTEF projects

reSail will advance wind-assisted propulsion by improving the understanding of the wind conditions faced by wind-assisted propulsion systems (WAPS).

Interorganisational operations can pose increased risks to the health and safety of seafarers working on service vessels. Intersikk aims to identify measures to improve their working conditions.

The project aims to generate knowledge and a commercial foundation for biological and economic sustainability through a side stream based on salt salmon sludge.

The goal of the TWinYards project is to find out how we can make Norwegian shipyards more efficient by using digital twins and artificial intelligence. This will enable the shipyards to reduce costs and contribute to sustainable operations for...

Our primary objective, and vision, is to enable early AKI diagnosis through the determination of renal blood flow autoregulation.

The goal for Microfeed is to be able to use diatoms as a raw material in salmon feed by contributing with documentation to show the effect of diatoms on nutrition, health and quality of salmon fish.

DIALOG’s ambition is to pave the way for rapid adoption of Artificial Intelligence (AI) infused technologies in Air Traffic Management (ATM) systems by delivering novel methods for human-AI collaboration based on inferring Air Traffic Controllers...

TiLCA is a spinoff from HEU DigIT (Grant Agreement No. 869529) with a goal to provide insight into environmental performance of mineral concentrates produced at Titania AS through out a complete production year

ORION will advance and integrate cutting edge digital components into a Digital Twin structure to enable a higher degree of digitalization for energy stakeholders, facilitating better decision-making processes and ensuring sustainable and affordable...

SEADOTs (Social-Ecological Ocean Management Applications using Digital Ocean Twins) has the objective of advancing holistic, just and sustainable ocean management by bringing a predictive component for social-ecological aspects into comprehensive...

The AI for General Practitioners-project explores how artificial intelligence can support general practitioners (GPs) in Norway. In the context of the GP crisis, the project investigates how generative language models can improve decision support and...

FME Battery brings together more than 40 leading partners to drive research on next generation, sustainable and circular battery technologies.

The project explores how renewable energy can be integrated into the production of green ammonia for the Baltic-Nordic region, and will demonstrate electrochemical ammonia production.

The DeCOOP project develops methods and models to plan coupled offshore and onshore power grids that are robust and cost-efficient and that enables large-scale offshore wind integration.

To succeed with industrialising kelp farming, we need to develop new solutions to reduce costs across the entire biomass production phase.

This evaluation project is part of a larger study on resource utilization in the air ambulance services. For a period of five months in 2024, Emergency Medical Communication Centre (AMK) Sør-Trøndelag has been piloting the presence of an on-site AMK...

Efficient warehouse operations are essential in the real world, and current approaches often lack sufficient integration and support for data-driven decisions.

An operational decision support system for shrimp trawling using the wireless CamSounder sensor, to enable precision fishing and improve efficiency with real-time data on shrimp and bycatch.