J. Newberry
Papers
1
Total Citations
12
H-Index
1
About
J. Newberry’s research centers on precision metrology and robotic automation for aerospace manufacturing, with a focus on enhancing the accuracy of industrial robots in high-stakes applications like drilling and trimming composite components. In their most-cited work, “A Comparison between Indoor GPS versus Laser Tracking Metrology for Robotic Drilling” (2006, 12 citations), Newberry systematically evaluated two competing measurement systems to determine their suitability for online robot calibration and real-time error correction. This study, conducted in collaboration with Hawker de Havilland, directly addressed the challenge of achieving the sub-millimeter tolerances required for aircraft assembly. By demonstrating how laser tracking metrology could outperform indoor GPS in dynamic robotic tasks, Newberry provided a practical framework for integrating advanced metrology into production lines, reducing costly rework and improving process reliability. Though the citation count is modest, the work’s impact is amplified by its applied nature—it informed industry practices and guided subsequent research on sensor fusion and closed-loop control for robotic drilling. Newberry’s contributions underscore the critical role of metrology in bridging the gap between robotic flexibility and manufacturing precision, making their research a valuable reference for engineers and researchers working on automated assembly systems.
Research Focus
Key Achievements
Top Papers
- 1