Hee‐Je Kim

Papers

Total Citations

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About

Hee-Je Kim is a researcher whose work sits at the intersection of robotics, power electronics, and sustainable energy systems. His primary research areas include automated robotic systems, wireless power transfer, and intelligent energy storage solutions. Kim’s most cited work, “Development of a vision-based automatic vaccine injection system for flatfish” (2012, 22 citations), demonstrates his innovative application of computer vision and robotics to aquaculture, automating a delicate biological process to improve efficiency and animal welfare. He has also made notable contributions to mobile robotics infrastructure, exploring wireless power transfer systems to eliminate cumbersome cables and enhance robot mobility. In his work on a bidirectional power supply charger (2016), Kim integrated solar panels with super capacitors to create a sustainable, self-charging system for robot cleaners, showcasing a practical approach to merging renewable energy with consumer robotics. Though his citation counts are modest, Kim’s research is characterized by its applied, interdisciplinary nature—bridging mechanical design, control systems, and energy management. His work offers valuable insights for researchers interested in the practical challenges of deploying autonomous systems in real-world environments, from fish farms to household cleaning.