Building on expertise in microsystems, MEMS, and sensor technologies, this project can contribute to the sustainable design of next-generation diagnostic and monitoring devices aiming at reducing material intensity, substituting critical raw materials, wherever possible, and enabling circular product architectures and functional materials.
In parallel, microsystems and sensor platforms can support process monitoring, raw-material tracking, and quality control throughout manufacturing, helping to reduce waste of materials, water, solvents, and energy. Smart sensing solutions can be used for traceability, condition monitoring, and end-of-life assessment of medical products. Sensor-assisted sorting, automated material identification can facilitate life-cycle assessment, safe material recovery, and the development of circular value chains for future technologies.

SINTEF is one of Europe’s largest independent research organizations, conducting applied research and innovation for industry and society across areas such as energy, health, digitalization, and advanced technologies. Within SINTEF Digital, the Medical Sensors and BioMEMS group is part of the Department of Smart Sensors and Microsystems and develops microsystems for medical, biological, and environmental applications. The group’s core expertise includes microfluidics, biosensors, lab-on-a-chip systems, organ-on-chip platforms, implantable sensors, and in-vitro diagnostics. Using advanced design tools and SINTEF MiNaLab’s state-of-the-art micro- and nanofabrication facilities, the team develops prototypes and commercial-ready devices in close collaboration with academic and industrial partners worldwide. Its research aims to translate cutting-edge microsystem technologies into practical healthcare, life-science, and environmental monitoring solutions with real-world impact.