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About

M. Saravana Mohan is a researcher at the forefront of mechatronics and agricultural robotics, specializing in the kinematic modelling, dynamic performance, and control of robotic manipulators. His work uniquely integrates shape memory alloys and PID control to enhance the precision and functionality of industrial robots, such as the SCARA arm. Notably, his 2020 paper on "Kinematic modelling and simulation of PID controlled SCARA robot with multiple tool end effector" (5 citations) demonstrates a practical mechatronics approach for developing versatile electromechanical systems. Mohan’s contributions extend to precision agriculture, where he has designed a robotic arm for automatic tea harvesting and a plant disease detection robot, addressing critical labour shortages and crop monitoring challenges. His 2020 study on the "Impact of Cu-Al-Ni shape memory alloy in dynamic performance of redundant SCARA robot" (3 citations) further showcases his innovative use of smart materials to improve robotic responsiveness. With a growing citation footprint, Mohan’s work bridges theoretical modelling and real-world automation, offering scalable solutions for both manufacturing and sustainable farming. His research is essential reading for students and engineers interested in intelligent, adaptive robotic systems.