Our research goals
Our research focuses on the complex requirements of mobile work systems, which are shaped by developments in sustainability, digitalization, and the shortage of skilled workers. We aim to meet these challenges through cutting-edge research and the development of innovative solutions. Our research focuses on key topics such as analyzing and modeling process data, developing robotics applications and autonomous assistance systems for the construction industry, and optimizing safe and sustainable construction processes. By using modern technologies, we actively contribute to the design of future-proof mobile work systems.
Reference projects
Ongoing:
- CoCoRo – Collaborative Construction Robots
- Hochautomatisierte Turmdrehkrane - Entwicklung einer systematischen Umgebungswahrnehmung
- Autonomous bulk transport
- Extrusion of Near-Nozzle Mixed Concrete –Individually Graded in Density and in Rate of 3D Fibre Reinforcement
- ZeroFleet - Collection and analysis of process and usage data for the optimization of sustainable construction equipment fleets
Finished:
- SEkaseG - Systematic electrification of conventionally powered high emitting construction equipment
- ToolFlott – BIM coupled construction machinery Tool requirements when using machine instational processes for the verification of construction progress
- MiProcess2Twin - Digital twin for optimizing construction processes through equipment connectivity
- SiteRoue - Data trust model for optimizing the flow of information and materials on the digital construction site
- Bauen 4.0 – Digitalization of the construction site
- Development of an Intuitive, Target-oriented Control Concept for Hoisting Machinery