Tamal Dey

Papers

Total Citations

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About

Tamal Dey is a researcher focused on advancing agricultural robotics and mechanization, with a particular emphasis on designing adaptive systems for challenging field conditions. His work centers on the development of agri-rovers—autonomous vehicles that assist farmers in tasks such as seeding, reducing labor time and improving efficiency. Dey’s key contribution lies in the design of specialized wheels for these rovers that perform effectively on both dry and wet surfaces, addressing a critical limitation in agricultural automation. His most-cited paper, "Design of Wheels of Agri-Rover for Both Dry and Wet Surfaces (Run-Way)" (2024), has garnered 1 citation, reflecting early interest in this practical innovation. By tackling the terrain adaptability problem, Dey’s research supports the modernization of farming practices, helping to transform traditional labor-intensive methods into more efficient, technology-driven operations. His work is particularly relevant for students and researchers exploring robotics in agriculture, offering a foundation for further innovation in vehicle design and field automation.