Papers
2
Total Citations
21
H-Index
2
About
Haruka Kikuchi is a pioneering researcher in reconfigurable manufacturing and robotic assembly systems, whose work has fundamentally advanced the concept of "Plug & Produce" in industrial automation. Her key research areas include agent-based manufacturing control, automatic robot calibration, and flexible assembly cell design. Kikuchi's most significant contribution is the development of an easily reconfigurable robotic assembly cell, detailed in her highly cited 2007 paper (16 citations), which introduced innovative functions to solve critical problems in physical reconfiguration—such as automatic position calibration and workspace allocation. Her foundational 2003 work (5 citations) on automated calibration methods for instantaneous device installation established the core principles of the "Plug & Produce" paradigm, enabling assembly robots to be installed and integrated without manual setup or programming. This research directly addresses industry's need for highly flexible and agile assembly systems that can rapidly adapt to changing production requirements. Kikuchi's contributions are particularly notable for bridging the gap between theoretical reconfigurability concepts and practical industrial implementation, making her work essential reading for researchers and engineers in manufacturing automation, robotics, and Industry 4.0.
Research Focus
Key Achievements
Top Papers
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