AdaPfab – Adaptive control for robotic prefabrication
The main objective of the AdaPfab project is to develop a sustainable and cost-effective prefabrication process, enabling the mass production of offshore wind substructures.
The main objective of the AdaPfab project is to develop a sustainable and cost-effective prefabrication process, enabling the mass production of offshore wind substructures.
Enabling Data Enrichment Pipelines for AI-driven Business Products and Services
Digital and innovative mine of the future
SINTEF is in collaboration with Kongsberg Defence & Aerospace to develop a cutting-edge 3D camera for use in outer space. The camera can contribute to orbital satellite servicing and safely landing on the moon.
NeQst aims to research how near-term quantum computers can solve challenging optimization problems in business, such as hydropower scheduling and financial fraud detection.
It is still incredibly difficult to achieve safe and reliable full autonomy in real-world outdoor environments (field robots). Furthermore, robot manipulation in uncontrolled environments such as agricultural settings is a slow and painstaking...
Our goal is to improve the safety on airports through Artificial Intelligence-based assistance. We will achieve this by enabling personnel and AI-based systems to collaborate in identifying and learning from unwanted situations at the apron area of...
AI Platform for Integrated Sustainable and Circular Manufacturing
The project's overall aim is to develop a health service that combines new digital technology in the digital training support Myworkout GO with new exercise- and treatment methods and new digital motivation follow-up, to promote health and prevent...