SINTEF projects

A European network of 10 RTOs accelerating sustainable ocean solutions through joint research, shared infrastructures, and cross-border collaboration.

Norway has been a world-leader on maritime technology for a long time, but the world is changing fast and major challenges threaten its position.

Coherent and seamless patient pathways has become a mantra and call-for-action in current healthcare. However, the term patient pathways is poorly defined, abstraction levels are highly variable, and methods to design and validate implemented...

In this project, a consortium consisting of SINTEF, NORCE and OPM-OP provide support and maintenance services for the OPM Flow reservoir simulator software.

Compareit addresses how new production systems should be regulated, administered, and where they could be best located, which are highly relevant questions for a sustainable development of the industry that safeguards other societal interests and...

Enhancing optimal exploitation of solar energy in Nordic cities through the digitalization of the built environment

The project will contribute to development of automatic learning systems for use of an ergonomically improved hair dryer. Sensors and artificial intelligence are used to detect correct use of the dryer, providing basis for feedback to the user. The...

ACCSESS was an EU H2020 project, coordinated by SINTEF Energy Research. It aimed to make CO₂ capture, use and storage (CCUS) more accessible for decarbonising energy-intensive industry in Europe.

Today, road, sea, air and rail traffic are managed within silos. ORCHESTRA explores future traffic management – so called traffic orchestration. The traffic will be controlled and coordinated in a more proactive and resilient manner both within and...

Sustainable tuna fisheries through advanced earth observation technologies (SusTunTech) aims to improve fisheries sustainability. The project will enhance the fishing industry profit as well as contributing to fisheries sustainability.

Optimizing marine battery operations using 6 years’ operational data from two commercially operating vessels.

OptiPlan is developing an innovative optimisation-based scheduling engine. The engine will eventually be embedded in VISAVI maintanance planning tool (LivePlan) making VISAVI a major actor in the international market.

The aim of the project is to contribute to the further development of a Virtual Reality (VR) system for virtual workshops that enhances collaboration, creativity, and ideation at work.

In DeMoKab, the objective is to investigate how the insulation materials currently used in high-voltage direct current (HVDC) cables withstand temporary overvoltages that may occur in future power grids.

FME NorthWind (Norwegian Research Centre on Wind Energy) will bring forward outstanding research and innovation to create jobs and grow exports, and to facilitate the sustainable development of wind power.

The digitalisation of our society's service systems has fundamentally changed the way services are delivered to, and experienced by, humans. The overall goal is to increase the quality of services and support the successful digitalisation of services...

The primary objective of the project is to train future stakeholders of Smart and Sustainable Cities to work with urban socioenvironmental interactions in the era of climate change.

We develop and test new sensor systems for better measurement of food quality, enabling smarter and more efficient food production throughout the food value chain.