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About

Mohammad Reza Chalak Qazani is a robotics and mechatronics researcher whose work bridges precision mechanism design and real-world medical and aerospace applications. His core research areas include parallel manipulators, motion control systems, and haptically-enabled robotic technologies. He is best known for his foundational work on the Hexarot parallel manipulator, where he developed a mathematical model for linear motion error—a contribution that has garnered 34 citations and remains a reference in the field. Qazani also made significant strides in performance evaluation and calibration of the Gantry-Tau parallel mechanism, earning 24 citations for advancing accuracy in complex robotic systems. His recent work on HaptiScan, a haptically-enabled robotic ultrasound system for remote diagnostics, addresses the critical shortage of expert sonographers in regional areas, showcasing his commitment to translational healthcare robotics. Additionally, he has developed real-time motion control mechanisms for satellite tracking antennas, employing both serial robots and fuzzy logic control to overcome the workspace limitations of traditional parallel manipulators. With a growing citation record and a portfolio that spans from theoretical kinematics to deployable medical and space systems, Qazani is establishing himself as a versatile engineer whose innovations have tangible societal impact.