Postdoc in -Cell Image Analytics and Experimental Control

Postdoc in Real-Time Live-Cell Image Analytics and Experimental Control Germany

We are looking to recruit as soon as possible a

Postdoc / Research Software Engineer – Real-Time Live-Cell Image Analytics and Experimental Control

You are highly motivated with a passion for solving real-world scientific challenges? Do you want to push the limits of AI-powered live-cell microscopy and help decode how gut microbes behave to develop biomedical therapies? Join us at the interface of machine learning, computer vision and microbiome research to turn microfluidic live-cell imaging into a smart, autonomous platform for future clinical gut microbiome diagnostics.

This position is ideal for postdocs who are passionate about technological innovation, interdisciplinary science, and entrepreneurial impact.

Institute issuing the offer: IBG-1

Your Job:

Microorganisms in the gut microbiome play a key role in health and disease, but their behavior in complex, dynamic microenvironments is still poorly understood. Within a Helmholtz collaboration, we are building a high-throughput single-cell analysis platform that combines microfluidics, advanced imaging and AI-based analysis to study gut microbial consortia.

You will drive the development of the next-generation image analysis and control framework for microfluidic live-cell analytics in close collaboration with partners at HZI, Helmholtz Munich and HHU.

Your tasks in detail:

• Establish deep-learning–based segmentation, species classification and lineage tracking workflows for multi-species time-lapse data
• Optimise models and pipelines for real-time performance, enabling adaptive imaging and feedback
• Develop active learning and retraining pipelines to adapt to new consortia
• Implement event-triggered, autonomous experiment control to steer imaging in space and time
• Provide FAIR analytics workflows and contribute open source tools for use in data analysis
• Present your results at international conferences, publish in peer-reviewed journals, and contribute to training activities within the consortium

Your Profile:

• Excellent Master and subsequent PhD in computer science, engineering, biophysics, applied mathematics, computational biology or a related field
• Proven programming expertise in Python (PyTorch, scientific Python) with solid experience in scientific computing and software development; familiarity with C++ and Linux environments is an advantage
• Strong background in deep learning for image analysis / computer vision, ideally on microscopy or time-lapse data
• Experience in at least one of: tracking / time-series analysis, probabilistic modelling / uncertainty, real-time or streaming pipelines
• Strong mathematical / statistical background, with pronounced analytical and problem-solving skills
• No prior wet-lab experience is required; curiosity for biological questions and willingness to collaborate with experimentalists is sufficient
• Excellent collaboration and communication skills, and enjoyment of working in an international, interdisciplinary research team
• Prior research experience (e.g. internships, thesis projects, open-source software contributions, or publications) is highly desirable
• Excellent English skills;
  German is a plus but not required

Our

Offer:

We work on highly topical, socially relevant issues and offer you the opportunity to actively shape change! You can expect a wide range of opportunities:

• INTERDISCIPLINARY WORK:
  An exciting, interdisciplinary research environment at the interface of AI, imaging and microbiome research in a Helmholtz-wide collaboration
• CUTTING-EDGE INFRASTRUCTURE:
  Access to state-of-the-art imaging, microfluidics and computing infrastructure
• INNOVATION & TRANSLATION:
  Opportunities to engage in technology translation and spin-off preparation within FZJ’s innovation ecosystem
• KNOWLEDGE & FURTHER TRAINING:
  Comprehensive training and development opportunities for personal and professional development with support from experienced PIs.
• FLEXIBILITY:
  Flexible working time models, including options close to full-time (  ), allow you to tailor your working hours to suit your individual needs
• VACATION:
  You will receive 30 days of vacation plus additional days off…