Giuliana Mattiazzo

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About

Giuliana Mattiazzo is a leading figure in robotics and sustainable energy systems, whose work bridges cutting-edge automation and renewable technologies. Her research focuses on the control of pneumatic robotic systems, wave energy conversion, and innovative mechanical design. In her early career, Mattiazzo made significant contributions to robotics with her work on a six-axis pneumatic robot, where she developed a control system using pulse width modulation (PWM) to regulate air flow via digital valves. This foundational study, cited 19 times, demonstrated precise position control for anthropomorphic robots powered entirely by pneumatics, advancing soft and safe actuation methods. Beyond robotics, Mattiazzo has become a prominent voice in ocean energy, leading the development of the ISWEC (Inertial Sea Wave Energy Converter) system, which captures wave power for electricity generation. Her work has garnered substantial impact, with her most-cited papers accumulating hundreds of citations, reflecting her influence in both robotics and renewable energy. She has also contributed to notable projects like the European-funded OPERA and DTOceanPlus initiatives, solidifying her reputation as a pioneer in sustainable engineering solutions.