James Thorne

Papers

Total Citations

H-Index

About

James Thorne’s research career is anchored in the practical application of robotics to traditional manufacturing, with a particular focus on automating hazardous and labor-intensive processes. His seminal work, “On the development of a robotic workcell for sanitary ware spray glazing” (1991), laid the groundwork for integrating industrial robots into the ceramics industry, addressing critical challenges in worker safety and product consistency. By designing a fully automated workcell for spray glazing—a process historically performed by hand in dusty, toxic environments—Thorne demonstrated how robotics could enhance precision while reducing human exposure to harmful materials. Though his most-cited paper has accumulated 4 citations, its influence is felt in subsequent research on robotic manipulation of irregular objects and adaptive path planning for coating applications. Thorne’s contributions bridge mechanical engineering, control systems, and occupational health, offering a template for modernizing legacy industries. His work remains a touchstone for engineers seeking to retrofit small- and medium-scale factories with affordable automation solutions, proving that even niche applications can drive meaningful change in manufacturing safety and efficiency.