Fariba Mashayekhi Mazar

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Fariba Mashayekhi Mazar is a pioneering researcher at the intersection of bio-inspired robotics and sustainable energy systems. Her primary contributions center on developing biofuel-powered actuators, most notably through her landmark 2019 paper "Artificial Muscles Powered by Glucose," which has garnered 56 citations. This work introduced a groundbreaking approach to untethered actuation by leveraging enzymatic reactions to convert glucose directly into electrical charge, eliminating the need for conventional batteries. By enabling robotic devices to harvest fuel from their environment, Mashayekhi Mazar's research opens new frontiers for autonomous, long-duration operation in medical implants, soft robotics, and environmental monitoring. Her innovative integration of biochemistry with materials science has positioned her as a rising leader in the field, with her work frequently cited in studies on biocompatible energy harvesting and next-generation artificial muscles. Mashayekhi Mazar's achievements represent a significant step toward truly self-sufficient robotic systems that can operate indefinitely on ambient biological fuels.