Mustafa Soylak

Papers

Total Citations

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About

Mustafa Soylak is a researcher whose work sits at the intersection of robotics, control systems, and industrial automation. His key contributions center on developing real-time control architectures for manufacturing robots, with a particular focus on plasma cutting applications. His most cited paper, "A novel real-time control system for plasma cutting robot with xPC target" (2016), presents an innovative, low-cost controller system built using MATLAB xPC. In this work, Soylak designed a 5-degree-of-freedom plasma cutting robot model in MATLAB/Simulink, generating real-time code that is downloaded to a target machine for precise control. This approach significantly reduces the complexity and cost of implementing robotic cutting systems, making advanced automation more accessible for industrial settings. While his citation count is modest—4 citations for his top paper—his work represents a practical, hands-on contribution to the field of real-time robotic control. Soylak’s research is particularly valuable for students and engineers seeking to bridge the gap between simulation and physical robotic systems, offering a clear pathway from model-based design to real-world deployment.