Projects
Bachelor End Projects (BEPs)
BEP projecten starten in onze groep in kwart 4. De projecten sluiten aan bij lopende onderzoeken, waarover je hier meer informatie kunt vinden.
Voor meer informatie kun je mailen naar bep.stbe@tue.nl
Evaluation of RNA silencing plasmids for Notch signalling modulation
MRI based 3D finite element modelling of deep tissue injury
What are the histological effects of loading muscles tissue?
Measuring shear stress
Modelling skin viscoelasticity
Biodegradable electrospun cardiovascular prosthesis: accelerated degradation and mechanical characterization in vitro
Successful protection against cancer
Numerical algorithms to predict cellular traction forces
Mechanical testing of soft biological tissues
Vascular graft endothelization: a way towards improved hemocompatibility?
The influence of heart valve geometry on long-term functionality
Unraveling cross-talk between macrophages and (myo)fibroblasts for in situ tissue engineering
Controlling cell adhesion to functionalized surfaces
Incorporation of antibacterial agents in artificial vascular access grafts for haemodialysis
Master thesis projects
The STEM group provides a monthly information and consultation meeting for (future) master students.
The meetings are hosted by two of our staff members and take place during a Monday lunch hour, somewhere in the Gemini building (mostly in the CIC).
Mimicking kidney lumens by 2-photon laser ablation in hydrogels
In this student project assignment, you will get the opportunity to work and learn in both Microfab/Lab and Laboratory for Cell and Tissue…
Tissue engineering of the corneal stroma by simultaneously guiding the overall tissue shape and architecture of collagen.
Stiffness measurement for cardiac microtissues, the effect of stiffness on tissue contractility
Biomechanical properties of the prolapsed vagina wall in women
Tissue engineering solutions for the lower urinary tract
Pull it like a cell
Immunoengineering: elucidating the influence of biophysical and biomechanical cues o_elucidating the influence of biophysical and biomechanical cues on human macrophagesn human macrophages
Modeling cell mechanosensing
Influence of prolonged heart valve storage on donor valve functionality and durability
The role of hemodynamic loading on the link between vimentin and Notch signaling
The effect of cell mechanics on valvular cell fate
Why is cell therapy for cardiac regeneration still a myth? A 3D cardiac hydrogel model system to unravel the myth
Keratocyte alignment and ECM production under influence of in vivo-like cues