Razieh Ghaderi is an accomplished researcher whose academic background spans telecommunications, mechatronics and cutting-edge electrical engineering. Having established a solid foundation in communication technologies, she refocused her research during her master’s degree on optimising energy usage in fuel cell electric vehicles (FCEVs). This specialisation led to a PhD, during which she developed energy management strategies for multi-stack FCEVs, specifically targeting hydrogen economy and the longevity of energy sources. Her doctoral work was distinguished by a strong practical component, including the development of a dedicated test bench for experimental validation. Throughout her research, she collaborated closely with leading experts to address performance variations under various operational conditions. Motivated by a commitment to green transport, she has extended her expertise to the cutting-edge field of sustainable aerospace. Since 2025, she has held a postdoctoral research position at the University of Sherbrooke, where she focuses on green aviation. In this role, she continues to apply her in-depth knowledge of energy management to the next generation of carbon-neutral flights. Her career is defined by a deliberate progression towards solving the most complex challenges of modern electromobility.

Razieh Ghaderi is an accomplished researcher whose academic background spans telecommunications, mechatronics, and cutting-edge electrical engineering. Having established a solid foundation in communication technologies, she refocused her research during her master’s degree on optimising energy usage in fuel cell electric vehicles (FCEVs). This specialisation led to a PhD, during which she developed energy management strategies for multi-stack FCEVs, specifically targeting the hydrogen economy and the longevity of energy sources. Her doctoral work was distinguished by a strong practical component, including the development of a dedicated test bench for experimental validation. Throughout her research, she collaborated closely with leading experts to address performance variations under various operational conditions. Motivated by a commitment to green transport, she has extended her expertise to the cutting-edge field of sustainable aerospace. Since 2025, she has held a postdoctoral research position at the University of Sherbrooke, where she focuses on green aviation. In this role, she continues to apply her in-depth knowledge of energy management to the next generation of carbon-neutral flights. Her career is defined by a deliberate progression towards solving the most complex challenges of modern electromobility.