Michaela Kendall

Papers

Total Citations

H-Index

About

Dr. Michaela Kendall is a leading innovator in the application of microtubular Solid Oxide Fuel Cells (mSOFCs) to mobile robotics, addressing the critical challenge of energy autonomy. Her research focuses on integrating high-density fuel cell technology to replace or augment conventional batteries, enabling robots to operate for extended periods without lengthy recharging. In her seminal 2017 work, "Microtubular SOFC (mSOFC) System in Mobile Robot Applications" (17 citations), she demonstrated how mSOFCs can overcome the limitations of 1kWh batteries, which require frequent swapping. Her follow-up study in 2018 (4 citations) further advanced this concept, showing that propane-powered mSOFCs can enhance robot range by an order of magnitude while allowing rapid refueling. Dr. Kendall’s key contribution lies in improving the system power-to-weight ratio by reducing cell diameter, making fuel cells viable for compact, mobile platforms. Her work bridges energy engineering and robotics, offering a transformative path toward self-sufficient robotic systems for consumer and industrial applications. With her pioneering efforts, Dr. Kendall is shaping the future of clean, long-duration mobile power.