Mohammad Razavi

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About

Mohammad Razavi is a leading figure in agricultural robotics, with his work fundamentally advancing the automation of specialty crop harvesting. His research focuses on the intersection of robotic perception, mechanical design, and field-deployable systems, tackling the immense challenges of selective harvesting in unstructured outdoor environments. Razavi’s most impactful contribution is his pioneering work on the robotic selective harvesting of green asparagus, detailed in his highly cited 2017 paper (56 citations). This work introduced a complete prototype harvester that successfully navigates the complex visual and mechanical hurdles of the open field, offering a practical solution for a crop that has long resisted automation. By integrating novel sensing and manipulation strategies, his research has set a new benchmark for precision agriculture, demonstrating that even the most delicate and irregular crops can be harvested robotically. Razavi’s achievements provide a critical foundation for the future of sustainable farming, directly addressing labor shortages and the need for increased efficiency in food production.