Automation Technology

• SELFLED - Selective fluorescence microscopy of single cells based on highly integrated microLED arrays

  The joint research project SELFLED is working on a new type of miniaturized illumination unit for fluorescence microscopy. Optical simulations and algorithms will be used to design microlens arrays that influence the beam level of microLEDs in such a way that individual cell samples can be selectively illuminated and examined.

  Led by: M. Sc. Anna-Lena Fritze

  Year: 2024

  Funding: BMBF

  Duration: 01.01.2024 - 31.12.2026
• KraNavi

  The research project "KraNavi" aims to develop an augmented reality (AR)-based assistance system for autonomous transport using overhead cranes. Intuitive control via voice and gestures is intended to significantly simplify operation. Another goal is to prevent accidents caused by operating errors. An environment recognition system identifies and classifies objects, people, and obstacles in real time and provides the operator with all relevant information using AR.

  Led by: M. Sc. Anna-Lena Fritze

  Year: 2025

  Funding: IGF

  Duration: 01.08.2025 - 31.07.2027