Available MSc/BSc Projects
The projects below are currently available for TU Delft students:
Bachelor/Master end projects (BEP/MEP)
Bachelor end projects (BEP)
None
Master end projects (MEP)
- Development of a 3D cell segmentation model
- Development of a 2D cell tracking algorithm for cancer cell migration
- Revolutionizing Green Hydrogen Production with Advanced Coatings for PEM Water Electrolyzers
- Industrial strategies to develop multiple-cell electrolyzer stack
- Investigating cargo internalization through electroporation after inhibiting cytoskeletal components on mammalian cells
- Development of a 3D cell tracking model for studying cancer cell migration
- Non-noble Electrocatalyst for Hydrogen Evolution Reaction in Water Electrolysis
- Using Microfluidic Channels to Analyse the Effects of Intravasation and Extravasation on
Dielectric Properties of Cancer Cells - Using DLP 3D Printing for Rapid Fabrication of High Quality Molds for PDMS structures
- Continuous flow insulator-based dielectrophoretic sorting of cancer cells
- Stiffness of Cancer Tissue Impacts Efficacy of Immune Therapies: 3D-Printing Meets T-cells
- Effect of Altered Collagen Matrix Density on Heterospheriod Dissemination
- Heterospheroid Dissemination under IF in Collagen Gel Matrices
- Improved stability of Pt/C catalyst for long-term water splitting assisted by atomic layer deposition
- Ionomer-free Pt catalyst with ultra-low loading in proton exchange membrane electrolyzer cells
- Join our Cutting-Edge MEP Research Project in Chemical Engineering!
- Cancer cell migration through a complex microenvironment: from microfluidics to computational modeling
- Bioengineering of biomimetic drug delivery systems with microfluidics
- Microfluidics for polymer-assisted water alternating gas (CO2) injection
- Metastasis of cancer spheroids on the micropatterned surfaces
Erasmus students can contact us for the availability.