I am a dedicated and results-oriented professional with experience in advanced material science and high-temperature aerospace material innovation. My expertise includes catalyst synthesis and shaping for optimized mass and heat flow, as well as the development of high-temperature Heterogenous catalysts for H₂O₂ decomposition. I have a strong Educational Foundation with Bachelors in Chemical and Masters in Material Science.I excel in analyzing thruster test results to identify improvements and optimize catalyst bed length and characteristics. My technical proficiency spans reactors, fixed bed reactors, aerospace materials, thermodynamic heat and mass transfer, and fluid mechanics, with a focus on enhancing the lifecycle performance of thrusters. I am passionate about applying patient-centered material research techniques within the competitive aerospace industry. My strong communication, presentation, leadership, and problem-solving skills enable me to meet tight deadlines, control costs, and achieve quick turnaround times. Committed to driving process improvements and enhancing project efficiency, I thrive in fast-paced environments, consistently delivering high-quality results and contributing to the overall success and innovation of the organization.