With over 15 years of experience in teaching Aerospace Engineering at the graduate level, I specialize in a diverse array of subjects, including Thermodynamics, Fluid Mechanics, Low and High-Speed Aerodynamics, Computational Fluid Dynamics, Aerospace Materials, and Airport Management. My pedagogical approach integrates advanced theoretical concepts with practical applications to prepare students for cutting-edge challenges in aerospace engineering.Currently, my research is focused on the design and development of high entropy alloys for lightweight structural applications and hydrogen storage solutions, aiming to enhance performance and sustainability in aerospace materials. Additionally, I am exploring the integration of Artificial Intelligence and Machine Learning techniques in Material Science Engineering to innovate material properties and performance predictions.Throughout my career, I have held several key administrative roles. As Head of Department, I have led initiatives to enhance academic excellence. My coordination responsibilities span across IQAC, NAAC, NBA, ISO certifications, and encompass critical operational areas such as Exam Management, Time-Table Scheduling, Internships, Project Supervision, and Library Management. These roles have enabled me to drive quality assurance, streamline processes, and foster a robust academic environment.My commitment to advancing aerospace engineering education and research is reflected in my continuous efforts to integrate contemporary scientific advancements into the curriculum and my active participation in pioneering research projects.