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About

N. Jawahar is a distinguished researcher whose work sits at the intersection of industrial robotics, automation, and intelligent manufacturing systems. His most celebrated contribution, "Automated Trajectory Planner of Industrial Robot for Pick-and-Place Tasks" (2013), has garnered 148 citations and established him as a leading authority in robotic motion planning — a field critical to modern automated manufacturing. This work, complemented by his earlier 2012 study on synchronized trigonometric S-curve trajectories (43 citations), demonstrates his sustained focus on developing smooth, time-optimal, and jerk-bounded motion profiles that enhance precision and efficiency in industrial robot operations. Beyond trajectory planning, Jawahar has made significant strides in robotic assembly line balancing, exploring bio-inspired search algorithms (65 citations) and evolutionary approaches for energy-efficient robotic assembly line design (36 citations). These contributions address pressing industrial challenges, including rising energy costs and sustainability goals in manufacturing environments. His earlier work on genetic algorithm-based scheduling for flexible manufacturing cells (1998) reveals a career-long commitment to computational intelligence in production systems. Collectively, his research, spanning over two decades and accumulating more than 300 citations, has meaningfully advanced the design and optimization of intelligent, resource-efficient robotic manufacturing systems.