Johan Scholliers

Papers

Total Citations

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About

Johan Scholliers is a pioneer in the field of automated composite manufacturing, with a career focused on integrating robotics into the production of advanced fiber-reinforced structures. His research bridges mechanical design, computer-integrated manufacturing, and robotic control, specifically targeting filament winding and tape winding processes for composite materials. Scholliers’ major contributions include developing comprehensive systems for computer-integrated filament winding, where he combined computer-aided design with robotic execution and automated quality control—a holistic approach that was ahead of its time. His 1994 paper on this topic remains his most cited work (49 citations), establishing a foundation for modern automated composite layup. He also advanced the field by enabling the robotic winding of asymmetric and complex parts, a significant challenge that expanded the geometric possibilities of composite structures. Additionally, his work on off-line programming for robotic tape winding cells demonstrated how to efficiently translate design data into manufacturing instructions without interrupting production. With a total of over 75 citations across his key papers, Scholliers’ research has influenced both academic studies and industrial practices in composite automation, making him a notable figure in the evolution of smart manufacturing for lightweight, high-strength materials.