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About

Nidhi Parayil is an emerging researcher at the forefront of agricultural robotics, with a focused specialization in autonomous systems for precision horticulture — particularly the challenging domain of robotic fruit tree pruning. Her work addresses one of modern agriculture's most pressing challenges: the declining availability of skilled orchard labor and the need for intelligent automation to fill that gap. Parayil's most significant contributions center on developing integrated robotic systems capable of perceiving, planning, and executing dormant pruning tasks in complex orchard environments. Her 2023 paper on semiautonomous precision pruning of upright fruiting offshoot systems has garnered 26 citations, reflecting strong community interest in her end-to-end approach combining perception, manipulation, and control. Complementing this, her research on learned hybrid vision/interaction controllers — work that has accumulated nearly 20 citations across related publications — demonstrates a sophisticated approach to precise manipulator control that balances positional accuracy with force-aware interaction in cluttered, real-world settings. Presented at prestigious venues including the International Horticultural Congress, Parayil's research bridges robotics engineering and agricultural science, making her a notable voice in the growing field of precision horticulture robotics. Students exploring agricultural automation will find her body of work an excellent entry point into the discipline.