Projects
Experimental and theoretical development of FO-SPR sensors for monitoring the formation of MOF recognition layers to sense VOCs KU Leuven
Volatile organic compounds (VOCs) are chemicals found in various settings, including domestic, and industrial environments, originating from natural and human-made sources. Due to their potential harm to health and the environment, detecting and monitoring VOCs is crucial. While gas chromatography with mass spectrometry is the preferred method, it is expensive and unsuitable for real-time on-site measurements. To address this issue, this ...
PreSS3d: Pressure Sensors with a Soft 3D-Structure Ghent University
The aim of this project is to further develop and characterize the novel capacitive based soft pressure sensor of CMST, for which a patent application was filed (cfr Section 'Current Status'). We have identified a number of interesting use cases for this sensor (e.g. pressure sensing interface for orthoses and exoskeletons, robotic hand development) but the aim is to create a toolbox including designs, materials, stack buildups, ...
A general line variety model for sensors, allowing stable calibrations that meet the accuracy standards for medical applications. University of Antwerp
Development of novel sensors for online milk quality and cow health monitoring KU Leuven
In Flanders, dairy production is an important segment of the agricultural production, representing about 15% of the total market value. Over the last 50 years, the average milk production per cow and per lactation has increased drastically as a result of genetic selection and improved feed and management practices in dairy farming. However, due to the intense focus on high milk production, modern dairy cows are prone to production-related ...
Microchip based Impedance Sensors for in situ Evaluation of evaluation of Bacterial Biofilm Formation (See2B). KU Leuven
State of the art:
Biofilms are complex, highly variable, surface-associated communities of microorganisms, embedded in a self-produced matrix. Within biofilms bacteria are up to 1000 times more tolerant to antibiotics, disinfectants and other stresses.[1] Several factors contribute to this increased tolerance, such as protection by the biofilm matrix, slow growth and low metabolic activity of bacteria within biofilms, biofilm ...
Development of Flexible Microwave Sensors for Characterizing Biological Materials KU Leuven
Novel ultra-precise sensors based on Mott insulators KU Leuven
Advanced monitoring of structural adhesive joints during ageing tests through embedded sensors KU Leuven
Applications of adhesive joints are increasing because of new material combinations that are used. The little experiences in structural adhesive joints involves a lot of questions, one of the main questions, is the reliablity of the joint wich is affected by moisture, UV, temperature and other ageing parameters. By monitoring the structural health there will be tried to define the reliability of the joint. This research focuses on the Fibre ...