I am an experienced Assistant Professor specializing in the interdisciplinary fields of Biomedical and Mechanical Engineering. My research is driven by a passion for developing innovative medical solutions. A primary achievement is the synthesis and characterization of multifunctional, self-healing dental composites, which have demonstrated up to 40% self-healing efficacy. Another significant contribution is the computational design and optimization of axial flow blood pumps for pediatric heart defects, validated using ANSYS-CFX. I hold a Ph.D. in Mechanical & Materials Engineering from the University of Tulsa and have published my work extensively in prestigious, peer-reviewed journals. My research integrates advanced computational tools (CFD, FEA) with material science to address critical challenges in healthcare, aiming to bridge the gap between theoretical engineering and tangible medical device innovation.