Perspectives for students

Benefit from practical work experience already during your studies: Whether as a student assistant or with an application-oriented thesis - at the DWI you can put your knowledge from your studies directly into practice.

Work as a student assistant or find available research projects and theses

Master thesis

Development of an In Vitro 3D-Model for Spinal Cord Injury to break the Astrocyte-Schwann Cell Barrier

RG De Laporte
Published at
09.10.2024
Master thesis Laboratory Scientist

Robotics for Automated Sample Processing

RG Herrmann
Published at
17.07.2024
Laboratory Scientist Master thesis Bachelor thesis

Elucidating double network hydrogel fracture using optical force probes

RG Göstl
Published at
08.11.2023
Master thesis Bachelor thesis

Flow-electrodes for salt recycling

RG Wessling
Published at
18.08.2023
Master thesis Scientist

Robotics and 3D Bioprinting

RG De Laporte
Published at
16.07.2024
Laboratory Scientist

[HiWi position] Synthesis of branched macromolecular building blocks to interact with living systems

RG Rodriguez-Emmenegger
Published at
03.08.2023
Laboratory Scientist

Synthesis of branched polymers to interact with living matter

RG Rodriguez-Emmenegger
Published at
03.08.2023
Laboratory Master thesis

Real-time monitoring of energy fluxes in a synthetic cell

RG Heinen
Published at
29.04.2024
Master thesis

Development of a hydrogel matrix for cartilage regeneration

RG De Laporte
Published at
26.06.2023
Laboratory Scientist

Student Research Project: Fabrication of biodegradable microgels based on pectin with antimicrobial properties

RG Pich
Published at
10.05.2023
Laboratory Scientist

Phototunable Hydrogel Synthesis (Research internship)

Published at
15.12.2022
Master thesis

Chemical adjustments to PEG-based Anisogel to improve in vivo injections

RG De Laporte
Published at
01.12.2022
Laboratory Scientist Master thesis Bachelor thesis

Processing Biomedical Materials

RG Wessling
Published at
27.10.2022
Laboratory Scientist Master thesis Bachelor thesis

Elucidating double network hydrogel fracture using optical force probes

RG Göstl
Published at
08.11.2023