Doctoral Researcher / PhD Candidate (Biology/Bioengineering) | Biologe (m/w/d)

Universitätsklinikum Würzburg

Würzburg, Bayern, Deutschland
Published Dec 10, 2025
Full-time
No information

Job Summary

This role is for a highly motivated Doctoral Researcher to join the experimental research team at Würzburg University Hospital, focusing on Cell Biology and Tissue Engineering. The core responsibility involves developing and utilizing advanced 3D Tumor-Stroma models via Bioprinting within the interdisciplinary DFG Special Research Area TRR 225. You will investigate fundamental mechanisms of breast cancer cell migration, specifically analyzing the interaction between cancer cells and neighboring adipose tissue within the tumor microenvironment. Day-to-day tasks include applying various Bioprinting techniques, utilizing 3D cell culture methods (spheroids, hydrogels), conducting gene and protein expression analyses, and performing advanced microscopic imaging (Confocal and Live-Cell Imaging). The ideal candidate holds a completed degree in Biology, Bioengineering, or a related life science, demonstrates strong commitment to both basic and translational research, and excels in teamwork and independent work. The position offers intensive supervision, integration into a structured training program, and excellent opportunities for national and international scientific collaboration.

Required Skills

Education

Completed degree (Master's level implied for PhD) in Biology, Biochemistry, Bioengineering, or a related Life Science field.

Experience

  • High interest in basic research and biomedical translational research
  • Experience in computational analysis of single-cell or Omics data (advantageous, but not required)
  • Professional experience in relevant laboratory methods (advantageous, but not required)
  • Demonstrated capacity for independent and dedicated work

Languages

Not specified

Additional

  • Part-time position (TV-L compensation); Contract duration limited to up to 48 months; Must be integrated into the DFG Special Research Area TRR 225.