The Department of Developmental BioEngineering has continuously various possibilities for tailor made bachelor and master assignments for students participating in the curricula of Biomedical Technology (BMT), Technical Medicine (TM), Chemical Technology and Advanced Technology. Some examples of student projects are given below. Please contact dr. J.C. Alers, e-mail: j.c.alers@utwente.nl or the chair to discuss the possibilities for an assignment which fits your own interest and the curricular requirements.
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Master Assignments
- Phase separation induced mechanical properties of hydrogels for biomedical applications (Start Date - January 2023)
- Microfluidic production of degradable microgels for advanced living microtissues
- Controlling iPSC behaviour in 3D microtissues using tunable microgels
- Extracellular Protein Identification Cytometry (EPIC) single cell analysis
- The effect of cellular interactions on cell behavior in cellular spheroids and organoids
- 3D Bioprinting of tissues with integrated high density blood vessel networks
- Resolution enhanced 3D printing of vascular structures via physical crosslink induced shrinking
- Multicompartmentalized Microgels
- Mimicking Cartilage Mechanochemical Interactions with Organ-on-Chip Models
- Instructive 3D Membranes for a Physiologically Inspired Synovium-on-Chip Model
- Investigating functional effects of molecular crowding in stem cells
- The biological effects and cell migration in synthetic and biologically derived hydrogels
- Characterization of the response of encapsulated MSCs to inflammatory stimuli
- Ovary on a chip
- On-chip spermatogenesis
- Oviduct-on-chip for in-vitro fertilization
- A platform for a single socialized-cell analysis
- Affecting cellular responses to stimuli using growth factor sinks
- Microfluidic capturing of circulating tumor cells (CTC) from blood samples using Smart Sieves
- Single cell encapsulation using copper-free click-chemistry
- Cartilage-Adherent-Hydrogel combined with human iPS cells with putative Osteoarthritis protection
- Boosting stem cell fate in 3d stem cell organoids
- Microfluidic production of hollow microgels to advance organoid production
- Oxygen generating materials to improve cell survival
- Temporal control over drug release from tunable microgels
- Ultra high throughput production of oxygen generating micromaterials
- DOCKING to Serve and Protect
- Unraveling Mechanotransduction in Single Cell Microgels
- Microgels as Artificial Cells
- Self-healing Bio-ink for 3D Tissue Printing
- Staging osteoarthritis by 2-photon second harmonic generation microscopy