-      Develop and apply in-vitro models, such as organ culture systems, to investigate the biological functions of nucleus replacement in disc restoration

-      Conduct experimental research on tendon-based methodologies to enhance current vertebropexy techniques for spine stabilization

-      Collaborate with the biomechanics-focused PhD candidate to integrate biological and mechanical insights for comprehensive treatment strategies

-      Analyze experimental data, publish research findings in scientific journals, and present results at conferences

-      Contribute to team discussions and stay updated on advancements in spine biology and tissue engineering

·         MSc degree in Biomedical Sciences or related Life Science areas.

·         Experience/Education in a wet laboratory

·         Excellent communication (English) skills for an effective collaboration with all involved parties

·         High motivation, strong interest in research, durability to cope with challenges

·         Ability to solve complex tasks in a highly independent manner

·         Eligibility to apply and obtain a Visa for temporary residence is Switzerland

·         Familiarity with a cross-cultural/interdisciplinary environment is an advantage