PhD Scholarship In Germany For Advancing Non Animal Testing Methods 2025 – Apply Now
Join a forward-thinking doctoral program in Berlin focusing on in vitro and microphysiological systems to replace or reduce animal testing—particularly in osteoporosis drug screening. This 3‑year project is hosted by the Federal Institute for Risk Assessment (BfR) within its Experimental Toxicology/ZEBET department. The role involves developing human-relevant 2D/3D cell culture models and test batteries, contributing to scientific publications, and collaborating in a multidisciplinary team.
Candidates should hold a Master’s in a relevant field (biology, toxicology, biotechnology, etc.), be fluent in English and German, and experienced with cell culture techniques. The position comes with part-time employment at TVöD E13 grade (~65 % workload) and includes structured doctoral training, benefits like pensions and transport subsidies, and visa support for international applicants. Application deadline: June 18, 2025.
What’s This About?
This PhD position is a component of a collaborative initiative between the University of Veterinary Medicine Hannover (TiHo) and the BfR in Berlin. The objective is to evaluate novel neuroprotective medications and create a human neurosphere disease model without the use of laboratory animals. The position provides a distinctive blend of practical impact on animal welfare and health, interdisciplinary collaboration, and advanced laboratory research.
What Will You Do?
You’ll be involved in:
- Creating and evaluating 2D and 3D cell culture models from human cells that are devoid of animal components.
- Utilizing state-of-the-art technology, such as multi-electrode arrays, to evaluate neural activity.
- Engaging in laboratory experiments in Hannover and Berlin.
- Presenting at conferences and publishing your findings.
- Assisting students in their laboratory instruction.
Funding & Duration
- PhD that is fully funded (approximately 25.35 hours per week, part-time, 65% working hours).
- Pay grade: E13 TVöD (Berlin) and TV-L 13 or TV-L 14 (Hannover), contingent upon qualifications.
- Duration: 3 years, with 1.5 years spent in Berlin and 1.5 years in Hannover.
- Access to a structured doctoral training curriculum is included.
Who Can Apply?
To be eligible, you must:
- Possess a Master’s or Diploma in Biology, Biochemistry, Biotechnology, Veterinary Medicine, Pharmacology, or Toxicology.
- Possess experience with 2D/3D cell cultures.
- Proficient in both English and German.
- Be a team member, independent, creative, and enthusiastic about research.
Check Also: 9 Fully Funded PhD Scholarships Available at NHR Graduate School in Germany
Bonus if you:
- Have experience with stem cells, microscopy, or toxicology.Advertisement
Application Deadline:
The last date to apply for the PhD position in alternative methods to animal testing at the Federal Institute for Risk AssPossess a Master’s or Diploma in Biology, Biochemistry, Biotechnology, Veterinary Medicine, Pharmacology, or Toxicology.
Possess experience with 2D/3D cell cultures.
Proficient in both English and German.
Be a team member, independent, creative, and enthusiastic about research.essment is August 13, 2025.
Frequently Asked Questions:
What is the focus of this PhD program?
This PhD program is aimed at developing scientifically robust, ethical alternatives to animal testing. Research topics may include:
Organ-on-chip and lab-grown tissue models
In vitro and in silico toxicology testing
3D bioprinting, microfluidics, and human-cell-based systems
AI-based modeling of drug interactions or toxicityIs the PhD fully funded?
Yes, most opportunities under this scholarship are fully funded, covering:
Monthly stipend (€1,200–€1,600/month depending on host institution)
Tuition exemption (public German universities usually charge no tuition)
Research funding for lab equipment, conference travel, and publications
Health insurance and visa support for international candidatesWho is eligible to apply?
Eligibility criteria typically include:
A Master’s degree in fields like Biology, Biomedical Engineering, Toxicology, Pharmacology, or related disciplines
Strong motivation to pursue non-animal research methodologies
English proficiency (TOEFL/IELTS) or German if required by the university
Previous experience with cell cultures, bioengineering, or AI modeling is often preferred
