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About

Eka Susanti is a robotics researcher whose work centers on wireless communication systems, humanoid robot control, and disaster-response technologies. Her most cited paper, "The design of hand gesture robot software based on wireless technology" (2018, 16 citations), explores efficient device integration through wireless communication, enabling robots to interpret human gestures for seamless command execution. She further advances practical applications in "Xbee pro module application in to organize and monitoring earthquake disaster location with the robot control system" (2018, 10 citations), where she designs an Arduino-based robot control system using Xbee Pro modules to monitor earthquake-prone areas in Indonesia, addressing a critical need for rapid disaster assessment. Susanti also contributes to humanoid robotics with "Humanoid Robot Control System Balance Dance Indonesia and Reader Filters Using Complementary Angle Values" (2018, 4 citations), developing a balance control system that allows humanoid robots to perform traditional Indonesian dance movements, blending cultural preservation with technical innovation. Her work demonstrates a commitment to creating accessible, wireless-controlled robotic systems for both practical emergency response and culturally expressive applications, establishing her as a researcher dedicated to bridging technology and societal needs.