Kazuya Konada

Papers

Total Citations

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About

Kazuya Konada is a robotics researcher focused on developing collaborative robots, or "co-workers," designed to operate safely alongside humans in industrial settings, particularly automotive assembly lines. His primary research areas include human-robot collaboration, collision avoidance, and robust robotic manipulation. Konada’s most significant contribution is the development of the PaDY (Parts/tools Delivery to You) robot series, including the B-PaDY for bumper assembly lines. These robots are not directly involved in assembly tasks but perform supportive roles, handing over parts and tools to workers. His 2016 paper on a dynamic collision avoidance method using a time-augmented configuration-space, which has garnered 6 citations, addresses the critical safety challenge of preventing collisions between humans and robots sharing a workspace. More recently, his 2021 work on robust regrasping for bin-picking and kitting, with 2 citations, tackles the practical problem of handling grasping errors in dual-arm robotic systems. Konada’s work bridges the gap between theoretical safety algorithms and real-world industrial deployment, making him a notable figure in the advancement of safe, effective human-robot collaboration in manufacturing.