I have delivered several presentations (check out the full list below for details) at prominent conferences, showcasing my research in materials science, magnetic properties, and high-temperature alloys, which enhance my expertise in technical and creative domains like image processing. At the 2025 Magnetism and Magnetic Materials and Intermag conference in New Orleans and the TMS Annual Meeting in Las Vegas, I presented investigations into the Curie temperature, Gilbert damping, and enhanced magnetic properties of magnetron-sputtered Al0.25CrFeCoNi thin films, highlighting their potential in advanced magnetic applications. At TMS 2025 in Las Vegas, I discussed the protective potential of Al and Cr in mitigating intermediate-temperature oxidation of MoNbTaW thin films, emphasizing improved oxidation resistance. In 2024, at TMS in Orlando, I explored combinatorial synthesis of AlxCrFeCoNi for superior magnetic performance and non-equiatomic CrMoNbTaW for enhanced strength and oxidation resistance. At Materials Science & Technology 2023 in Columbus, I presented high-throughput studies on CrMoNbTaW’s microstructure and oxidation behavior. Additionally, at Superalloy 718 and TMS 2023 in Pittsburgh and San Diego, and TMS 2022 in Anaheim, I co-presented research on scan strategy effects on SLM IN718 thin-wall fatigue performance and mechanical properties, demonstrating microstructural optimization. These talks, leveraging my materials science expertise, inform my ability to optimize imaging technologies, such as sensor coatings, and streamline high-quality image/video production workflows through data-driven insights.