Karim Enien

Papers

Total Citations

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About

Karim Enien is a robotics researcher whose work centers on industrial robot programming and offline simulation, with a particular focus on enhancing the accessibility and flexibility of manufacturing automation. His most cited contribution, "Development of a PTP Movement of a Industrial Robot via MATLAB by deriving its Kinematics and Integration in an Offline Programming Tool," demonstrates his expertise in bridging the gap between theoretical kinematics and practical robotic control. In this work, Enien developed, tested, and implemented a remote point-to-point (PTP) movement system for the KUKA KR C4 controller using the MATLAB RoBO-2L toolbox. By leveraging Ethernet UDP/IP communication, he created a cross-platform offline programming tool that allows engineers to simulate and control industrial robots without requiring proprietary software. This approach significantly reduces programming time and costs in manufacturing environments. Although his citation count is currently modest, Enien’s work represents a valuable step toward democratizing industrial robotics—making advanced control accessible to researchers and small-scale manufacturers through familiar, low-cost platforms like MATLAB. His integration of kinematic derivation with real-time communication showcases a practical, hands-on methodology that continues to inform modern approaches to robot programming and simulation.