We have a solid track record in the automation of manual sample preparation for various applications such as mass spectrometry, cryo-electron microscopy, cell culture, bioprinting. In close collaboration with researchers, Research Engineering designs and manufactures devices from basic concept (technology readiness level 2-3), and can assist in further development with increasing levels of technology readiness (level 7-8) until market entrance is achieved. Especially, engineering lab prototypes in robust functioning prototypes and the scale up from robust prototype to small series fabrication under regulatory conditions is our expertise with a regional network of local partners.

Wearable Health Care focusses on patient monitoring and coaching at home. Research Engineering together with MEMIC developed a modular Wearable Health Care platform including sensor data acquisition, data interpretation algorithms, electronic questionnaires, data management and feedback tools. The platform is used for the fast development of new monitoring and coaching prototypes together with clinicians and researchers within the MUMC+ to enlarge their medical scientific knowledge and together with companies make that available for validated care applications inside and outside the MUMC+. Examples related to physical activity can be found atwww.accelerometry.eu.

Indirect calorimetry equipment is an invaluable, powerful tool in metabolic research studies, allowing research in many fields, from fundamental research, nutrition assessment up to sport sciences. Researchers need reliable, validated results and a system that allows them to easily conduct various studies. Our technical expertise of indirect calorimetry is most evident in room calorimeters and in exercise testing equipment. Together with NUTRIM, new challenges are being addressed e.g. in the ITEA Foodfriend project. More information can be found at www.indirectcalorimetry.net and www.roomcalorimeters.com.