PhD Position (m/w/d) Nanotechnology for Single-Molecule Detection.

Your mission

• Develop solid-state nanopore devices for detecting individual molecules, opening new possibilities for research and diagnostic applications.
• Design and investigate novel nanostructures with microfluidics to improve device functionality and sensing performance.
• Develop integrated nanodevices that connect nanoscale sensing elements with practical measurement systems.
• Fabricate and characterize devices using semiconductor processing technologies, including electron beam lithography and reactive ion etching.
• Explore how device geometry, materials, and surface properties influence single-molecule detection.
• Collaborate with an interdisciplinary team, publish your findings, and present your research at scientific conferences.

Your profile

• A Master’s degree in physics, chemistry, nanoscience, or a related discipline.
• A strong interest in nanotechnology, experimental research, and the development of new sensing devices.
• Experience with semiconductor processing technologies or cleanroom fabrication is welcome.
• Knowledge of nanofabrication, materials characterization, surface chemistry, or electrical measurements would be an advantage.
• A hands-on approach, analytical thinking, and the motivation to develop and test your own ideas.
• The ability to work independently and collaborate across disciplines.
• Good communication skills in English, communication skills in German are welcome.

Why us?

• Pursue a PhD in the nano-bio research group of KSI’s director Prof. Dr. Ulrich Rant, awarded by TU Dresden, one of Germany’s Universities of Excellence 
• Join the Kurt-Schwabe-Institute for Sensor Technologies and contribute to research at the interface of nanotechnology, physical chemistry, and bioanalytics.
• Develop technologies with applications ranging from fundamental single-molecule research to future diagnostic systems.
• Gain practical expertise in semiconductor processing, nanodevice integration, and advanced measurement techniques.
• Take ownership of your research, from designing novel nanostructures to evaluating their sensing performance.
• Work in an interdisciplinary environment with close links to TU Dresden and opportunities for scientific collaboration.
• We offer compensation according to TV-L E13 (75%) and the use of the KSI-shuttle between Dresden and Meinsberg.