Device design and optimisation

Research groups

Caneva Lab

Nanopores; Fluorescence imaging; DNA origami; Acoustofluidics.

Accardo Lab

Electrochemical sensing; Conductive diamond electrodes; Detection of bioactive compounds.

Precision Microfluids Lab

Microfluidic AFM cantilevers, Organ chips

Buijnsters Lab

Electrochemical sensing; Conductive diamond electrodes; Detection of bioactive compounds.

Fanzio Lab

Microfludics; Additive manufacturing; Multi-material; Vasculature; Organ-on-chip.

Peirlinck Lab

Cardiac biophysics; Numerical analysis; Machine learning; Mechanobiology; Treatment optimization.

Iskander-Rizk Lab

Single sensor photoacoustic microscopy, endoscopy, balloon catheter, bio optomechatronic systems

Van Soest Lab

Advanced design and manufacturing, reproducibility and quality in small device series, catheters, endoscopes, optics, ultrasound, multimodal

Fereidoonnezhad Lab

Soft tissue biomechanics; Multiscale computational modelling; Digital twins; Medical device optimisation; Treatment simulation.

Sakes Lab

Bio-inspired design and development of new types of catheters, minimally invasive surgical devices and soft robots

Horeman Lab

Medical Delta Sustainable instruments, Living Lab

Oosting Lab

Surgical instruments for Global Surgery, Biomedical engineering for Global Health

Pirola Lab

Vascular flow, computational modelling, cardiovascular digital twins, medical device assessment/optimization

John van den Dobbelsteen Lab

Interventional needle design, Workflow optimization

van der Elst & Vlugt Lab

Oxygen from air for producing medial oxygen: application to developing countries and treatment of patients at home