Projects

Cyber-physical empirical methods for lattices of marine structures

The development of sustainable local communities along the coast is hampered by recruitment challenges, weak competence in digitization and the absence of sufficient transport and mobility solutions. Innovations based on digital technology can create...

The "Coincidence factors and peak load of building in the Norwegian low carbon society – COFACTOR" project will provide knowledge to improve both grid planning and design of buildings.

The aim of the project is to investigate the relationships between digital technology, workplace learning and professional practice in community health- and care services. How is digitalisation influencing the everyday life and practice of health...

ImproveFLOW's goal is to facilitate more cost-effective design of floating wind units and farms by developing methods and tools for coupled analysis of  wind, wave, current and mooring forces on wind turbines and floaters, as well calculation of...

A Visual-Tactile Perception and Control Framework for Advanced Manipulation of 3D Compliant Objects.

CaptureX aims to develop new knowledge about drivers, opportunities and challenges for realizing large-scale CCS and CCU.

In this knowledge-building project for industry, we develop sustainable solutions for ports as energy hubs, contributing to Norway's transition to a zero-emission society.

Helping to ensure the overall well-being, safety, and comfort in pedestrian zones in building assessment is very important. Current technology used for wind flow calculation results in accurate assessment of wind comfort but has the drawback of being...