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About

Kazem Kazerounian is a distinguished robotics and mechanical engineering researcher whose work spans kinematics, robotic manipulation, and the pioneering application of engineering principles to biological systems. His foundational contributions to robotic manipulator theory — particularly his landmark 1988 paper on redundancy resolution, which has garnered 188 citations — established critical frameworks for optimizing joint velocities and kinetic energy in manipulators with excess degrees of freedom. His early work on numerical inverse kinematics, dating to 1987 and refined in 2005, produced reliable algorithms that remain influential in robotic motion planning. Kazerounian made significant strides in applied robotics through his research on belt grinding systems, developing accurate calibration techniques, simulation platforms, and material removal models for manufacturing complex free-form geometries — work that has collectively attracted nearly 200 citations. Perhaps most remarkably, he extended kinematic theory into molecular biology, introducing the concept of "nano-kinematics" to analyze protein conformation and support drug design. By modeling protein molecules as miniature kinematic chains, he opened an imaginative interdisciplinary frontier connecting mechanical engineering with biochemistry. His body of work reflects both rigorous theoretical depth and a bold willingness to reimagine where robotics research can reach.