Douwe Dresscher

Douwe Dresscher is an Assistant Professor with dual affiliations in Robotics and Mechatronics and the Digital Society Institute. His research focuses on advanced robotics, teleoperation systems, and haptic feedback technologies, with applications in surgery and energy-efficient control systems. He contributes to the UN Sustainable Development Goals through innovations in robotics for sustainable practices.

Research Interests: His work spans teleoperation control architectures, human-robot interaction, haptic feedback in medical robotics, and energy-aware system design. He explores embodied telepresence and cognitive aspects of motor learning in tele-robotic environments.

Collaborations: Active in global research networks, his recent studies address challenges in surgical robotics and dynamic object segmentation for tele-robotic systems. He emphasizes operator-centric design principles and perceptual embodiment for enhanced teleoperation performance.

Key Contributions: Over 28 publications since 2012, with recent focus on bidirectional impedance reflection control, embodiment in tele-robotics, and haptic feedback for liver surgery. His work bridges theoretical control systems with practical applications in healthcare and energy efficiency.