Stefan Guldin

Technical University of Munich (TUM) is recruiting a Postdoctoral Research Fellow in Lab Automation and Data-Driven Colloid Science at the Chair of Complex Soft Matter, led by Prof. Stefan Guldin. The project sits at the interface of soft matter , colloid science , materials science , chemistry , physics , automation , and AI-driven experimentation . The successful candidate will help build next-generation automated research workflows, including robotic liquid handling, high-throughput experimentation, closed-loop/self-driving laboratory systems, quantitative characterization, Python-based data analysis, modelling, machine learning, and open-source hardware/software tools. The position is associated with the ERC Consolidator Grant Engineering Multivalency for Superselective Recognition of Pathogen Targets (EngToTarget), offering scientific freedom to shape a rapidly growing research direction in autonomous experimentation and colloid science. Eligibility highlights: PhD in chemistry, materials science, chemical engineering, mechanical engineering, or a related discipline; strong experimental and/or computational background in laboratory automation, robotics, and autonomous experimentation; experience with Python and data analysis; interest in soft matter, self-assembly, biointerfaces, or advanced materials characterization. Funding: Salary according to TV-L. The appointment is initially for 24 months, with possible extension depending on performance and funding availability. Application deadline: 21 June 2026. How to apply: Send a complete application as a single PDF to [email protected] . Informal inquiries can be directed to Prof. Stefan Guldin at [email protected] . More information is available on the TUM job page and the Chair of Complex Soft Matter website.

Technical University of Munich (TUM) is recruiting a Postdoctoral Research Fellow in Characterization of Bio-Nano Interfaces at the Chair of Complex Soft Matter, led by Prof. Stefan Guldin. The position is linked to the ERC Consolidator Grant project Engineering Multivalency for Superselective Recognition of Pathogen Targets (EngToTarget). The successful candidate will work on emerging topics spanning soft matter , colloid science , biointerfaces , molecular self-assembly , molecular recognition , biomolecular interactions , and advanced materials characterization . Research activities include developing and applying advanced methodologies for investigating interactions at bio-nano interfaces, with emphasis on colloidal systems and functional nanostructured materials for life science applications. The group’s broader research covers bioinspired colloid science, multiphase emulsions and gels, phase separation and structure formation, and structure control for tailored bio-nano interfaces and materials. Applicants should have a PhD in a relevant field such as materials science, chemistry, physics, chemical engineering, bioengineering, or nanoscience. Strong experimental experience with techniques such as AFM, QCM-D, scattering, spectroscopy, ellipsometry, or related methods is desirable. Skills in quantitative data analysis, image analysis, and scientific programming are beneficial. The role also values experience with biosensing, mesoporous materials, nanostructured interfaces, and biomolecular interaction studies. The position offers access to state-of-the-art laboratory infrastructure, advanced characterization platforms, significant scientific freedom, and a collaborative international environment. It is initially funded according to TV-L for 24 months, with possible extension depending on performance and funding availability. Application deadline: 21 June 2026 . Applications should be submitted as a single PDF by email to [email protected] . Informal inquiries can be directed to [email protected] .