Masahiro Saito

National Agriculture and Food Research Organization, Tokyo University of Technology

Papers

Total Citations

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About

Masahiro Saito is a pioneering roboticist whose work bridges precision agriculture and disaster response robotics. His most influential contribution lies in agricultural automation, particularly through the development of a robot system for paddy field farming in Japan (2013, 33 citations), which addresses labor shortages in rice cultivation. Saito further advanced smart farming with his design of a robot combine harvester for beans using a CAN bus network (2013, 11 citations), demonstrating how industrial communication protocols can enable robust, modular agricultural machinery. In multi-robot systems, Saito made foundational contributions to formation control for the Super Mechano Colony (SMC) project (2005, 12 citations), proposing novel methods using multiple coordinate systems to coordinate a mother ship and child agents—work that laid groundwork for cooperative field robotics. His engineering ingenuity extends to extreme environments: his high-output robot hand with a retention mechanism (2016, 2 citations) features 12 degrees of freedom and a power-saving mechanical latch, designed for disaster response where energy efficiency is critical. With a career spanning agricultural efficiency, swarm coordination, and dexterous manipulation, Saito exemplifies how robotic design can solve real-world challenges—from feeding a growing population to saving lives in emergencies.