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About

Denis Manolescu is a rising researcher in robotics, with a focus on kinematic design, teleoperation, and bio-inspired locomotion. His work centers on developing accessible, high-precision robotic systems that bridge the gap between complex hardware and practical, deployable solutions. Manolescu’s most cited paper, “Design of a 3-DOF Robotic Arm and Implementation of D-H Forward Kinematics” (2023, 5 citations), establishes foundational methods for robotic arm modeling using Denavit–Hartenberg parameters, a key contribution for students and engineers seeking clear, implementable kinematic frameworks. He further advances human–robot interaction through his work on a wireless glove system for remote control of a 7-DoF robotic arm (2024, 2 citations), addressing the critical need for simplified, low-cost teleoperation in remote work environments—a significant step toward democratizing robotic control. Additionally, his development of a 3D printed biologically inspired monoped self-balancing robot (2023, 2 citations) explores agile, lightweight designs with potential applications in space and planetary exploration. Though early in his career, Manolescu’s work demonstrates a clear trajectory toward practical, innovative robotics that enhance human capability and accessibility.