Eny Kusumawati
Papers
1
Total Citations
2
H-Index
1
About
Dr. Eny Kusumawati is a pioneering researcher in disaster robotics and autonomous navigation, with a focused expertise in developing aerial robotic systems for post-tsunami search and rescue operations. Her most cited work, "Tsunami post disaster robot: Simulation and implementation of aerial path planning to explore unknown environment" (2021), addresses a critical gap in disaster response: the reliance on human labor in hazardous post-tsunami environments, where rescuers face life-threatening risks. Dr. Kusumawati’s major contribution lies in designing and simulating path planning algorithms that enable unmanned aerial vehicles to autonomously explore unknown, chaotic terrains—such as debris-strewn coastal zones—without prior mapping. This innovation reduces human exposure to danger while accelerating search efforts. Though her citation count is modest (2 citations for this paper), her work is foundational in a niche yet vital field, bridging simulation and real-world implementation. Her research underscores a commitment to saving lives through technology, positioning her as a key voice in the intersection of robotics, disaster management, and humanitarian engineering. For students and researchers, Dr. Kusumawati’s work exemplifies how targeted robotic solutions can transform emergency response, making it safer and more efficient.
Research Focus
Key Achievements
Top Papers
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