Description
PhD position in STED super-resolution microscopy to investigate how nanoscale molecular machinery coordinates cell division. The project combines state-of-the-art Stimulated Emission Depletion (STED) microscopy with quantitative analysis in an interdisciplinary environment, hosted by the Molecular Biophysics group at the Zernike Institute for Advanced Materials within the Faculty of Science and Engineering. The position is a fully funded PhD in the group of Prof. Rifka Vlijm and focuses on uncovering principles that enable robust cellular division through high-resolution imaging and analysis.
Job requirements
- MSc degree in biophysics or a related discipline (molecular biology, biotechnology/bioengineering, physics with optics specialization, or equivalent); provide transcripts during application
- Strong experimental background in microscopy, molecular biophysics/biology, or cell biology
- Experience with Python programming and with cell culture is a strong asset
- Analytical and creative thinking abilities
- High motivation to pursue academic research
- Ability to work professionally in an international team
- Integrative and cooperative personality with excellent communication and social skills
- Fluent written and spoken English (provide proof during application)
Tasks
- Use STED microscopy to visualize the molecular machinery of cell division at high spatial and temporal resolution
- Combine advanced imaging with quantitative analysis to study organization, interactions, and adaptation of nanoscale structures
- Maintain and experiment with mammalian cell culture
- Perform advanced fluorescence live-cell microscopy
- Develop automated experimental workflows
- Conduct image and data analysis and scientific programming
Working conditions
Fully funded PhD appointment with a standard PhD contract structure (1 year + 3 years). Opportunity to exchange working hours for corresponding free hours (flexible full-time workload arrangement). End-of-year bonus (8.3%) and holiday allowance (8%). Extensive opportunities for personal and professional development.
Description of the organization
The Molecular Biophysics group is part of the Zernike Institute for Advanced Materials at the University of Groningen. The University of Groningen is an open academic community focused on interdisciplinary research and teaching, collaboration with industry and society, and addressing societal challenges. The Faculty of Science and Engineering covers disciplines from physics and biology to artificial intelligence and engineering, and collaborates closely with partners in industry, healthcare, and society. The community is open and informal, with more than 7,000 students, around 1,000 PhD students, and approximately 1,400 staff members.