Mohiuddin Quadir

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About

Mohiuddin Quadir is a robotics researcher focused on developing autonomous systems for precision agriculture and industrial applications. His work addresses critical challenges in herbicide overuse and labor-intensive manual operations by designing cost-effective robotic solutions. Quadir’s most impactful contribution is a low-cost robot with autonomous recharge and navigation for weed control in fields with narrow row spacing (28 citations), which offers a targeted alternative to large-scale sprayers that waste herbicide and reduce crop yields. He has also pioneered robotic painting with rollers, introducing a novel method to mimic human applicators for coating substrates—a first in the field (2023). His earlier work on vision and force-based autonomous coating with rollers (2020) further demonstrates his commitment to affordable, practical automation. Quadir’s research stands out for its emphasis on accessibility and real-world deployment, making advanced robotics viable for small-scale agriculture and construction. His achievements highlight a career dedicated to bridging the gap between cutting-edge robotics and tangible, everyday applications.