Your tasks:
You will work in an S1 cell culture laboratory. Your role will involve developing novel in vitro 3D tissue models. To do this, you will apply various biofabrication methods, particularly bioprinting techniques. You will synthesize suitable hydrogels and hydrogel blends, and characterize their biological, rheological, microstructural, and mechanical behavior. The aim is to adjust the properties of the gel blends so that they mimic the extracellular matrix of the target tissue. These novel in vitro models will be used to investigate physiological and pathological processes which are not yet fully understood. Such tissue models can also be used as pre-screening platforms for novel drugs, particularly in tumor research. This can help to reduce the number of animal experiments required. Due to the complex transdisciplinary research focus of our group, you will interact closely with colleagues of our team from other scientific backgrounds, such as bioengineers, biotechnologists and materials scientists.
Your profile:
1. Completed Master's degree in cell biology, biotechnology or similar
2. Completed doctorate in the field of tissue engineering
3. At least three years of practical experience in an S1 cell culture laboratory
4. A very good command of written and spoken German and English (Level C1)
5. Be able to carry out research projects successfully and with scientific depth
6. A high degree of determination and resilience
7. Excellent team player
Why you should choose us?
We offer…
8. 30 days of vacation per year for full-time employment
9. A bonus of 3,000 euros for employees who help recruit employees in the care sector
10. An attractive company pension scheme from VBL
11. Education opportunities, including updating and upgrading
12. Access to public transport
13. In-house kindergarten (places subject to availability)
14. Staff residences (places subject to availability and by arrangement)
15. An onboarding app for new employees
16. Extended opening hours in the staff restaurant