Karriere
am Klinikum & Medizinischer Fakultät
PhD Student in Cancer Immunology (f/m/d)
University Hospital of Tübingen, M3 Research Center, index number 6357



65 %

3 years

as soon as possible

25.06.2025
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Conduct research in molecular cancer immunology with a focus on T cell engineering
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Apply advanced technologies such as spectral flow cytometry, spatial transcriptomics, RNA sequencing, CRISPR/Cas9, and extracellular flux analysis
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Investigate tumor-immune system interactions in translational research settings
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Collaborate closely with team members in a dynamic and supportive lab environment
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Participate in national and international research collaborations and joint projects
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Master’s or Diploma degree with solid background in immunology, molecular and cell biology, and genetic engineering
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Excellent communication skills and fluent in English
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Highly motivated and skilled with a strong scientific interest
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Strong team player with a collaborative mindset
Benefits
- Work in the diverse environment of a modern university hospital, which, in addition to patient care, also focuses on medical research and teaching
- Future-proof job and location, as well as attractive remuneration including a company pension plan (VBL), with the greatest possible flexibility in working hours
- Subsidy for public transport tickets and attractive discounts on our employee service platforms
- Structured onboarding phase, hospital-owned academy for developing professional, social, and methodological skills
- Preventive health care through a wide range of sports activities
The research group of Katrin Böttcher focusses on understanding mechanisms of immune cell dysfunction in cancer development, progression and resistance to immunotherapy with the main aim to advance therapies against hepatobiliary cancers and related hepatological conditions. We are located at the M3 Research Center at the University of Tübingen and are looking for PhD students who are enthusiastic about translational research and to understand ·
- how immune cell function is regulated by tissue microenvironments in health and disease
- how MAIT cell functionality is regulated by immune cell metabolism
- how to engineer MAIT cells to direct them against solid cancers
Index number: 6357
Send your application including CV, cover letter and 2 references, if you are interested in joining the team!
Application deadline: 25.06.2025