Dayana Kamaruzaman

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About

Dayana Kamaruzaman is a researcher at the forefront of biomimetic robotics and rehabilitation engineering, bridging the gap between nature-inspired design and human-centered technology. Her work spans two critical domains: developing bio-inspired underwater propulsion systems and advancing robot-mediated therapy for neurodevelopmental disorders. In her pioneering study on biomimetic flapping thrusters, Kamaruzaman introduced a novel speed control mechanism for Ionic Polymer Metal Composite (IPMC) actuators, enabling precise, low-power underwater locomotion for applications in search-and-rescue, archaeology, and oceanography. This foundational work, cited 4 times, addresses the critical need for compact, real-time verification systems in constrained aquatic environments. Simultaneously, Kamaruzaman’s research on “Zorabots” explores the transformative potential of NAO robots in telerehabilitation for children with Autism Spectrum Disorder (ASD). Her 2020 study, with 3 citations, demonstrates how robot-mediated interfaces can eliminate geographical barriers, allowing therapists to conduct remote physical interactions with autistic children. This dual focus on underwater biomimetics and socially assistive robotics highlights Kamaruzaman’s versatility and her commitment to solving real-world challenges—from deep-sea exploration to inclusive healthcare—through innovative, interdisciplinary engineering solutions.