Miriam Figueroa-Santos

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About

Dr. Miriam Figueroa-Santos is a pioneering researcher in fuel cell hybrid systems and robotics, with a focus on advanced control strategies for sustainable power management. Her most cited work, "Airflow and Power-Split Control Strategy for a Fuel Cell Hybrid Powered Robot" (2021), introduces innovative methods to regulate temperature and reactant flow in air-cooled fuel cells, preventing stack degradation and membrane failure. This research directly addresses critical challenges in electrochemical efficiency and system longevity, offering robust solutions for autonomous robots reliant on hybrid power sources. With 2 citations, her contributions are gaining traction among engineers developing clean energy applications for mobile robotics. Figueroa-Santos’s work stands out for its practical integration of control theory with real-world hardware constraints, making her a key voice in the transition toward durable, zero-emission power systems. Her achievements underscore a commitment to bridging fundamental fuel cell science with deployable robotic technologies, inspiring students and researchers to explore the intersection of energy systems and intelligent automation.