Jordan Meader
Papers
1
Total Citations
3
H-Index
1
About
Jordan Meader’s research lies at the intersection of precision engineering and robotic manipulation, with a focus on overcoming the inherent accuracy limitations of industrial robots. His most notable contribution is the design and validation of a flexure-based active workpiece fixture system for precision robotic deburring, detailed in his 2018 paper. This work directly addresses the challenge of poor positioning accuracy in industrial manipulators, which has long hindered the adoption of robots for high-precision tasks like deburring, polishing, and grinding. By introducing a compliant, actively controlled fixture, Meader’s system compensates for robot positioning errors, enabling more reliable and accurate material removal. While his citation count is currently modest, the work represents a foundational step toward bridging the gap between robotic flexibility and the stringent demands of precision manufacturing. Meader’s approach—combining flexure mechanics with active control—offers a practical, cost-effective solution for industries seeking to automate finishing processes. His research is particularly relevant for students and engineers exploring compliant mechanisms, robotic accuracy enhancement, and advanced manufacturing, demonstrating how clever mechanical design can solve persistent industrial challenges.
Research Focus
Key Achievements
Top Papers
- 1