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University: University of Würzburg
Country: Germany
Deadline: 2026-04-06
Fields: Neuroscience, Zoology, Animal Behavior, Neurophysiology, Biology
Topic: Germany – PhD in Animal Behavior & Neurophysiology at University of Würzburg
Fields: Neuroscience, Zoology, Animal Behavior, Neurophysiology, Biology
Position: PhD
Country: europe
Deadline: 2026-04-06
University: University of Würzburg
Real Country: Germany
Main Category: life & medical sciences
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Are you passionate about uncovering the neural mechanisms that underlie animal behavior, and do you aspire to contribute to groundbreaking research in spatial memory and neurophysiology? A fully funded PhD position at the University of Würzburg offers you the opportunity to explore the fascinating world of bumblebee brains and their remarkable navigational abilities, advancing both your academic career and the field of behavioral physiology.
About the University or Research Institute
The University of Würzburg (Julius-Maximilians-Universität Würzburg, JMU) is a prestigious German institution with a long-standing tradition of excellence in research and teaching. Founded in 1402, it is one of the oldest universities in Germany and has consistently ranked among the country’s top research universities. The university is located in the picturesque city of Würzburg, in the heart of Bavaria—a city known for its vibrant academic community and rich cultural heritage.
JMU’s Biocenter is renowned for cutting-edge research in life sciences, offering a collaborative environment where interdisciplinary approaches thrive. The Chair of Behavioral Physiology & Sociobiology (Zoology II) is internationally recognized for its contributions to the study of animal behavior, neuroethology, and sensory biology. Students and researchers at JMU benefit from state-of-the-art facilities, a supportive academic network, and access to a diverse range of scientific resources.
Living in Germany provides additional benefits for international scholars, including a high standard of living, excellent public infrastructure, and a strong focus on innovation and research. The country’s central location in Europe also offers easy access to a broad network of scientific collaborations and conferences.
Research Topic and Significance
The core focus of this PhD project is to unravel how bumblebees, known for their sophisticated navigational skills, encode spatial information in their brains. Bumblebees exhibit a behavior called “traplining,” where they efficiently visit flower patches in a repeated sequence, demonstrating a remarkable ability to memorize and optimize routes.
Understanding the neural basis of this spatial memory and place coding is a significant scientific challenge. Despite advances in neuroscience, the mechanisms by which insects represent spatial goals and current locations remain largely mysterious. By investigating these questions, this project aims to bridge fundamental gaps in our knowledge of animal cognition and memory.
Such research has broad implications, not only for the field of neuroethology but also for the development of bio-inspired algorithms in artificial intelligence and robotics. Insights gained from studying bumblebee navigation could inform the design of autonomous systems that mimic efficient biological strategies for spatial orientation and memory.
Project Details
The successful candidate will join the Chair of Behavioral Physiology & Sociobiology (Zoology II) at the University of Würzburg, supported by an ERC Starting Grant from the European Union. The position is a fixed-term contract for three years, with funding based on the German public service wage agreement (TV-L), at 65% of a full-time role.
The research will involve conducting tetrode recordings from the brains of freely walking bumblebees—a technically advanced method for capturing extracellular neural activity. Prior to recordings, bumblebees will be trained to navigate various laboratory mazes, allowing for controlled studies of spatial memory formation. The candidate will actively participate in designing mazes in collaboration with the institute’s workshop, training bees, and performing behavioral experiments.
This hands-on project provides a unique opportunity to develop expertise in both behavioral and electrophysiological techniques, with mentorship from experienced researchers in a stimulating academic environment.
For more information about the lab and its research activities, visit:
https://www.spatial-navigation.com
Candidate Profile
The ideal applicant for this position will have:
– A university degree (MSc or equivalent) in Neuroscience or a closely related field such as Biology, Zoology, or Behavioral Sciences.
– A strong interest in neuroscience, animal behavior, and neuroethology.
– Experience or a keen willingness to learn electrophysiological techniques.
– Programming skills (e.g., MATLAB) are advantageous but not mandatory.
– Motivation to work with live animals and conduct behavioral experiments.
– A collaborative, open-minded, and enthusiastic approach to scientific research.
The University of Würzburg is committed to promoting diversity and encourages applications from qualified women and individuals with disabilities.
Application Process
Applications must be submitted as a single PDF file including a motivation letter, CV, publication list, copies of relevant certificates, and one recommendation letter. The deadline for submission is April 6th, 2026.
Please refer to the official advertisement for application details.
For the full job description and application instructions, consult the official announcement:
https://www.uni-wuerzburg.de/fileadmin/33140000/Stellenausschreibungen/Aus-20260223-PhD-Zoology_II-06.04.2026.pdf
Conclusion
This PhD position offers a rare chance to contribute to innovative research on animal cognition and neural coding, within a supportive and internationally respected academic setting. If you are eager to develop your scientific skills and explore the frontiers of neurophysiology and behavior, consider applying to join the University of Würzburg’s vibrant research community.
Stay tuned for similar opportunities by following updates from the university and related research groups.
Questions & Answers
Question: What makes the University of Würzburg a good place for doctoral research?
The University of Würzburg is known for its strong research infrastructure, experienced faculty, and active international collaborations. Its Biocenter provides access to advanced laboratories and a stimulating academic environment.
Question: What skills will I gain during this PhD?
You will develop hands-on experience in animal training, behavioral analysis, electrophysiological recording, and scientific data analysis—skills highly valued in neuroscience and related fields.
Question: Is prior experience with bumblebees or insect models required?
While direct experience with bumblebees is not required, familiarity with animal behavior experiments or insect models is beneficial. The most important qualification is a strong interest in neuroscience and behavior.
Question: What are the career prospects after completing this PhD?
Graduates can pursue postdoctoral research, academic positions, or roles in biotech, neuroscience, and AI industries where expertise in animal behavior and neurophysiology is desired.
Question: Is the position open to international applicants?
Yes, the University of Würzburg welcomes applications from qualified candidates worldwide and provides support for international students and researchers.
Question: What is the main research method used in this project?
The project uses tetrode recordings to measure neural activity in freely moving bumblebees, combined with behavioral training in laboratory mazes.
Question: Are there opportunities for collaboration or attending conferences?
Yes, the university encourages participation in scientific conferences and collaborations within its extensive research network.
Question: How can I find more information about the lab?
Visit the lab’s website at https://www.spatial-navigation.com for details on research topics and publications.
Want to calculate your PhD admission chances? Try it here:
https://phdfinder.com/2026/03/12/phd-admission-chance-calculator/
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