Dragan Avirovik

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About

Dragan Avirovik is a researcher whose work sits at the intersection of bio-inspired robotics and advanced actuator design. His primary research areas include piezoelectric motors, biomimetic locomotion, and magnetoelectric composites. Avirovik’s major contributions lie in developing novel, low-frequency piezoelectric motors that enable efficient, insect-inspired robotic movement. His most cited paper, "Millipede-inspired locomotion through novel U-shaped piezoelectric motors" (2014, 23 citations), introduces a motor operating at just 144 Hz—far below conventional ultrasonic motors—to meet the precise displacement and gait requirements for a millipede-inspired robot. This work demonstrates his ability to merge fundamental materials science with practical robotic design. Additionally, his research on "Magnetoelectric composites for medical application" (2015, 22 citations) highlights the translational potential of his work, targeting surgical tools and medical devices. Another notable achievement is his development of a crawling robot using L-shape piezoelectric actuators (2013, 5 citations), which leverages their simple design and high torque for potential use in minimally invasive surgery. Avirovik’s portfolio showcases a clear trajectory from fundamental actuator innovation to tangible robotic prototypes, making his work highly relevant for students and researchers interested in soft robotics, medical devices, and energy-efficient locomotion systems.