SINTEF projects

Optimizing Yard Operations (OYO) will provide innovative technology that incorporates optimization algorithms for planning resource-efficient stabling and shunting in train yards.

A toolkit for sustainable integration of solar cells in the Norwegian built environment

Reducing societal risk in a changing climate using nature-based solutions in sustainable urban area development

The main objective of the FlexForge project is to develop a flexible and adaptable forging line that combines high efficiency, enhanced sustainability, and the ability to rapidly adjust to production demands.

The Data Space for a Sustainable Green Europe

SiQUEST aims to develop a silicon-based quantum sensing platform, enabling more precise measurements and strengthening Norwegian research and industry.

Scalable, Plug & Play and Modular DC Power Systems for low-emission Large Vessels

Efficient HV-electric modular battery and distribution systems for sustainable WAterborne VEssels

The project will develop new knowledge and propose measures to reduce the risk for personnel in the aquaculture industry. A particular focus is safety challenges that arise at the interface between different organisations.

The project aims to change the way buildings manage energy consumption through innovative sensor-based control of ventilation systems.

Integrated digital twin framework to enable green ship operations towards zero emission vessels.

Healthcare researchers at SINTEF will conduct a research project for the Program for Urban Research (KS), with Stavanger Municipality as the project owner. The purpose of the project is to shed light on the challenges in mental health and substance...

The goal of RACE Autofôring is to develop and test AI-based feeding strategies that improve feed efficiency, growth, and welfare in salmon farming.

Combining solar energy with farming to boost food and energy security together while mitigating land use conflicts in Norway.

SINTEF Energy will in this project develop methods and models for estimating future failure probability for hydropower components, adapted to hydropower producers' data access and needs. Furthermore, we shall, in collaboration with the other R&D...

BeBoP Hydrogen aims to develop better and more cost-effective components for fuel cell systems, making them more efficient and reliable for heavy-duty vehicles and other mobility sectors.

BioClima project is a groundbreaking joint EU-China collaboration initiative that enhances how we monitor biodiversity and climate change by combining artificial intelligence with ground-based and satellite data.

In BioInnova we explore how digestate from Norwegian biogas plants can be better utilised through mapping, nutrient recovery, and innovative cultivation systems.