Logistics engineering
The logistics engineering research group is dedicated to researching and developing technological solutions for logistics applications with a strong technical focus. The group concentrates on topics such as the integration of advanced sensor technology, autonomous robotics, and specialized software for controlling, monitoring, and automating logistics processes. The goal is to make technological innovations specifically usable for the design of modern logistics systems – from intelligent warehouse robots to networked IoT structures. Through its focus on technical components, the group makes a central contribution to the further development of digital and automated logistics.
Our research goals
Within the scope of the logistics engineering research group ...
- ... technical solutions are to be made usable for logistics.
- ... technical solutions are to be optimized and further developed.
- ... the degree of automation in logistics is to be increased through the use of robotics.
- ... technology transfer into practical application is to be pursued.
- ... sustainability in logistics is to be promoted through technical solutions.
Projects
- AI-supported Automation of CAD in the early Design Stages reusing existing Data
- AI-supported Data Analysis to Improve the Performance of Mobile Robots
- CableKites - Reliable, climate-friendly tidal power plant with ropeway technology
- Car2Car - Circular and Sustainable Recycling Concepts
- CoCoRo – Collaborative Construction Robots
- Future Sustainable Car Materials
- High Precision SLAM
- KolUmBot - Collective Environmental Information Model for Mobile Robots
- Wear Behavior of Steel Wheels on Stacker Cranes
Contact
Contact Person: Adrian Sonnemann, M.Sc.
Please direct inquiries to technische-logistik.fml(at)ed.tum.de.
You're a student looking for an exciting thesis topic, or you already have an idea and are looking for the right supervision?
You're curious about how automated systems, digital twins, and intelligent control concepts are transforming the logistics engineering of tomorrow?
Then you’ve come to the right place!
In our current project offering, we explore key questions surrounding the (intra-)logistics of the future: from real-time optimization of material flows and the integration of automated systems to the role of automation in supporting the circular economy.