Max Robotics — Global Service Robot Directory + US Certification

About

Michael Zillich is a leading researcher in cognitive robotics, with key contributions spanning long-term autonomy, 3D object perception, and human-robot interaction. His most influential work, "The STRANDS Project" (196 citations), demonstrated how robots can operate autonomously in everyday environments for extended periods, addressing critical challenges in real-world deployment. Zillich pioneered methods for segmenting unknown objects in cluttered indoor scenes (156 citations), enabling robots to grasp and manipulate objects in complex, occluded environments—a fundamental capability for service robotics. He developed the first integrated system allowing a mobile robot to autonomously detect, model, and re-recognize objects (65 citations), and advanced active object classification through viewpoint evaluation (40 citations). Zillich also contributed to cognitive architectures with his work on self-understanding and self-extension (38 citations), and created systems for one-shot learning of novel objects through natural language dialogues (33 citations), enabling robots to learn from human interaction. His middleware contributions (BALT & CAST, 24 citations) provided foundational tools for building intelligent robotic systems. With over 680 total citations across his top papers, Zillich's work has been instrumental in bridging perception, learning, and long-term autonomy for cognitive robots.