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SINTEFs research in CO₂ capture covers development of materials and processes within post-, pre- and oxy-combustion processes, natural gas processing and industrial applications....

Our group at SINTEF develop and manufacture silicon radiation sensors adapted to custom specifications and requirements. Through our in-house design and world class cleanroom facilities, we offer...

MEMS (Micro-Electro-Mechanical-System) based sensors, e.g. pressure sensors and accelerometers, are small, lightweight, cost efficient and suitable for high volume production. SINTEF MiNaLab...

Microsystems for medical, biological, and environmental applications with focus on microfluidic technologies, biosensors, and sensors for in vivo measurements. We apply our expertise within...

Micro-opto-electromechanical systems (MOEMS or optical MEMS), are systems with structures in the micro- to millimeter range whose purposes are to manipulate light. Today's MOEMS devices...

SINTEFs research in Solar cells comprise development of processes for production of high quality single crystal and multi-crystal silicon, thin silicon materials and new materials and concept for...

Researching the interplay between technology, humans, and society. Developing and evaluating computer systems suited to the needs of humans and society. The HCI group is multidisciplinary,...

Welfare technologies is a strategic research area in SINTEF. ICT can potentially improve quality of life for older people and help them live safely in their own homes. Read more: SINTEF...

Image analysis is the extraction of meaningful information from two-dimensional (2D) or three-dimensional (3D) digital images using digital image processing techniques. Image analysis tasks can...

Sound signals such as speech and music carry important and desired information in our everyday lives. Communication acoustics deals with the transmission, reception, and processing of such sounds....

Community noise is an environmental problem in our modern society. The best way to diminish this nuisance is through good planning, noise minimisation, and taking account of people's reactions...

Navigation is the art and science of determining the position and course of an object of interest. The term "position" is usually used when the object is referenced to be at a specific...

Automated, optimized planning of transportation to reduce costs and environmental effects, to increase profits, and to improve customer service. Read more: Transportation planning...

Optimization of personnel rostering and surgery scheduling to improve the quality and efficiency in health care services. Read more: Decision support in health care...

Computational geometry is the research field that relates to the shape, description, and properties of physical objects. SINTEF Oslo has been a key player in this field for five decades. Read...

To avoid airplane accidents, opening up airport bottlenecks and harvesting offshore wind potential. Read more: Wind Modeling...

Development of floating point based algorithms for algebraic geometry challenges facilitate industrial use. Read more: Approximate algebraic geometry...

The railway sector is undergoing changes in the whole of Europe (EU, EER, Eastern Europe). The EU Commission is both a driving force and monitor, and its target is to increase the proportion of...

Faster, better and cheaper are challenges that IT companies face every day. The customer's expectations shall be met in a world where constant change in environment, organization and technology...

The vision of smart cities is to facilitate better-informed and optimal preparation and use of the infrastructure services by means of ICT. This provides a potential for significant savings both...