The lab is dedicated to the development and validation of methods for the control of industrial and collaborative robots in advanced manufacturing. The lab is structured as an open space populated by heavy industrial robots, collaborative robots and mobile manipulators, in order to create an ecosystem of interacting autonomous machines.

The lab focuses on thematic areas such as human-robot collaboration, task and motion planning, physical human-robot interaction, rapid sorting, human-robot and robot-robot co-manipulation. These topics have applications in various areas in manufacturing, including waste sorting, assembly and disassembly, and pick and pack.

  • 2 Comau NS16 industrial robots
  • UR10-CB3 collaborative robot
  • UR5-CB3 collaborative robot on external linear axis
  • UR10-CB2 mobile collaborative robot (mounted on mobile platform)
  • Kuka IIWA mobile collaborative robot (mounted on mobile platform)
  • 2 Kuka LBR collaborative robots
  • conveyor belt
  • Time-of-flight camera system
  • smart camera systems for capturing gestures and people in the cell
  • radar systems for wireless localization of people in the vicinity of the robot
  • collaborative robotics applications for advanced manufacturing
  • physical human-robot interaction
  • lead-through programming
  • gesture recognition/human intention estimation
  • machine learning applied to interaction estimation
  • motion planning and manipulation planning
  • AI for task planning & scheduling
  • development of measurement protocols
  • development of protocols for using collaborative robots
  • motion control for machining
  • deep learning for motion planning feedback