Jeremiah Krider

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About

Jeremiah Krider is a researcher at the forefront of intelligent manufacturing and robotic systems, with a primary focus on integrating real-time sensing and control into industrial automation. His work centers on the instrumentation of robotic grippers, where he has pioneered methods for embedding force monitoring directly into end-effectors to enable dynamic, closed-loop control of robotic systems. Krider’s most significant contribution is his 2018 paper, “Real-time force monitoring of smart grippers for Internet of Things (IoT) applications,” which has garnered 62 citations, reflecting its influence in bridging the gap between physical robotics and the IoT ecosystem. This work demonstrates how smart grippers can serve as data nodes in a connected manufacturing environment, enhancing both precision and adaptability. In a related study, he explored the broader instrumentation of robotic grippers for dynamic control, contributing to the evolution of modern manufacturing systems toward greater intelligence and flexibility. Krider’s research is particularly notable for its practical implications in Industry 4.0, where his innovations support the development of more responsive, data-driven production lines. His achievements underscore a commitment to advancing the synergy between hardware instrumentation and digital connectivity.