Papers
2
Total Citations
24
H-Index
1
About
Sungeun An is a rising researcher at the intersection of power systems resilience and insect-scale robotics. Her work addresses two critical challenges: enhancing grid reliability under extreme conditions and expanding the capabilities of miniature robots. In her highly cited 2025 paper on multi-agent mobile robot-based adaptive charging networks, she proposes a novel framework for bolstering power system resilience, earning 23 citations shortly after publication. This work demonstrates how coordinated mobile robots can dynamically manage charging infrastructure during disasters, offering a scalable solution for critical infrastructure protection. Simultaneously, An explores the frontiers of micro-robotics, developing a miniature rotary electrostatic clutch that enables multi-degree-of-freedom manipulation for insect-scale robots. This innovation, detailed in her 2025 paper, overcomes a key limitation of tiny crawling robots—their inability to interact with the environment—potentially revolutionizing applications in confined-space search, rescue, and surveillance. By bridging large-scale energy systems and sub-centimeter robotics, An exemplifies interdisciplinary engineering at its most impactful. Her early citation success signals a promising trajectory, with potential to influence both emergency response strategies and the next generation of autonomous micro-machines.
Research Focus
Key Achievements
Top Papers
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