Max Robotics — Global Service Robot Directory + US Certification

About

Daniel Leidner is a robotics researcher whose work spans robotic manipulation, human-robot interaction, assistive robotics, and space teleoperation. His research is distinguished by a drive to make robots genuinely useful in complex, real-world settings — whether on a factory floor, in a domestic environment, or on the surface of another planet. Leidner has made significant contributions to robotic assembly planning, developing methods that automatically generate and refine assembly sequences to accommodate rapidly changing product variants, work that has garnered over 65 and 47 citations respectively. His investigations into anthropomorphic grasping and functional object classification (each cited over 50 times) helped advance how humanoid robots reason about and interact with tools and everyday objects. He has also pioneered shared control frameworks for assistive robotics, including the EMG-controlled EDAN system, which helps restore manipulation capabilities for people with motor disabilities — reflecting a consistent commitment to socially impactful applications. Perhaps most strikingly, Leidner has extended robotic teleoperation to space contexts, contributing to knowledge-driven orbit-to-ground control systems and force-feedback geological exploration from orbit, work increasingly relevant as space agencies plan crewed lunar and Martian missions. With a body of work exceeding 500 citations, his research bridges fundamental robotics and transformative real-world deployment.