My scientific bibliography reflects more than a decade of continuous research activity in the fields of fire safety, combustion, and energy efficiency. My research focuses primarily on the experimental and numerical analysis of combustion phenomena under confined and under-ventilated conditions, the assessment of ignition and explosion risks associated with unburnt gases, and the improvement of the energy performance of thermal technologies integrating alternative and low-carbon fuels. To date, I have published more than thirty-five articles in peer-reviewed international journals, including well-established outlets such as Fire Safety Journal, Process Safety and Environmental Protection, Fuel, Energies, and Case Studies in Thermal Engineering. These publications, which are widely cited in the literature, demonstrate both the visibility and the scientific impact of my work. In parallel, I have supervised and currently supervise several PhD theses addressing research topics closely related to industrial fire safety, fire behavior of materials, and the enhancement of energy efficiency in combustion-based systems. This doctoral supervision is fully embedded in a research strategy that combines fundamental investigations with applied objectives, aiming to produce original scientific contributions while addressing major industrial and societal challenges related to risk management and the energy transition.