Join Our What’sApp Channel for updates, guidance, and tips on the application process.Germany BfR PhD Scholarship 2025 in Toxicology (Fully Funded)
The Federal Institute for Risk Assessment (BfR) in Germany invites applications for a fully funded PhD position in the field of experimental toxicology and animal-free research models. This program is offered in collaboration with the University of Veterinary Medicine Hannover (TiHo) and focuses on developing alternative methods to animal testing through cutting-edge stem cell-based models.
This is an exceptional opportunity for highly motivated graduates who wish to contribute to innovative toxicological research that aligns with ethical standards and scientific advancement.
Research Focus
Project Title:
Neuro-IUGR: Humanization of a Neurosphere Model of Intrauterine Growth Restricted Neurodevelopment
Project Summary:
The selected PhD candidate will work on developing a human neurosphere disease model using induced pluripotent stem cells (hiPSCs) to test neuroprotective therapies. This innovative approach eliminates the use of animal testing and offers a transformative path in toxicological research.
Program Structure
Year 1.5: Conduct research at BfR in Berlin (salary: 65% of E13 TVöD pay scale)
Year 1.5: Continue the project at TiHo in Hannover (salary: 65% of TV-L 13 or 14, depending on experience)
Key Responsibilities
Develop and validate 2D and 3D human cell culture models
Utilize multi-electrode arrays (MEA) to assess neural activity
Conduct inter-laboratory reproducibility studies
Publish results in peer-reviewed journals and present at scientific conferences
Mentor and assist students in laboratory settings
Scholarship Benefits
Fully funded 3-year PhD position
Hybrid work model
30 days of annual leave plus holidays on December 24 and 31
Flexible working hours
Public transport subsidy (Deutschlandticket Job)
Comprehensive career development and scientific training programs
Family-friendly workplace certified by audit berufundfamilie®
Support from AWO family services
Access to the VBL pension plan
Eligibility Criteria
Applicants must meet the following minimum requirements:
Master’s degree in biology, biotechnology, pharmacology, veterinary medicine, or a related discipline
Prior experience with cell culture techniques
Proficiency in scientific writing and effective communication in English (German is an advantage)
Genuine interest in stem cell research and neurodevelopmental disease models
Preferred Qualifications
Experience with microscopy and image analysis
Background knowledge in toxicology
Demonstrated creativity, teamwork skills, and the ability to work independently
Application Details
Deadline: August 13, 2025
Reference Number: 3707
Working Time: Part-time (65%)
Location: Berlin & Hannover, Germany
Application Portal: BfR Online Job Portal
All applications must be submitted online through the BfR Job Portal. Be sure to include the reference number in your application documents.
Frequently Asked Questions (FAQs)
1. Can international students apply for this PhD position?
Yes, the BfR encourages applications from candidates of all nationalities. International students should ensure they meet the visa and residence requirements to study and work in Germany.
2. Is German language proficiency mandatory?
While most research activities and scientific discussions will take place in English, a good understanding of German is beneficial for administrative processes and integration into the work environment.
3. Is this position paid?
Yes, it is a fully funded PhD position. The selected candidate will receive a salary in accordance with the German public sector pay scale—65% of E13 TVöD during the Berlin phase and TV-L 13 or 14 during the Hannover phase.
4. What makes this PhD unique?
This program focuses on non-animal toxicology using human stem cells and advanced neurosphere modeling. It provides an opportunity to contribute to pioneering, ethical research that aligns with global efforts to reduce animal testing.
5. What are the career prospects after completing this PhD?
Graduates will gain expertise in modern toxicology and cell-based disease models, making them competitive candidates for careers in academia, industry, and regulatory science.
