Hodge E. Jenkins

Papers

Total Citations

H-Index

About

Hodge E. Jenkins is a robotics researcher whose work centers on the practical design and educational application of robotic systems. His primary contributions lie in the development of robotic end effectors—the critical “hands” that allow robots to interact with their environment—and in demonstrating how programmable robots can transform laboratory learning. Jenkins’s 2007 paper, “Robot Applications in Laboratory-Learning Environment,” is a standout, showcasing a five-axis robot performing tasks from machine loading to kindergarten painting and Kool-Aid mixing. This work highlights his commitment to bridging theoretical robotics with tangible, real-world use cases. Though his citation counts are modest—his most cited papers each garnering 4 citations—the specificity and applied nature of his research make it valuable for educators and engineers seeking accessible, hands-on robotics solutions. Jenkins’s focus on end-effector design and lab-based learning underscores a career dedicated to making robotics functional and teachable, offering a foundational perspective for students exploring how robots can be integrated into both industrial and educational settings.