Assistant Professor - Mathematics
School of Basic and Applied Science
My primary area of interest lies in the intersection of MATERIAL SCIENCE AND STRESS ANALYSIS, specifically focusing on the mechanical properties and performance of materials under different loading conditions. I am particularly fascinated by how materials behave when subjected to various types of stress, such as tensile, compressive, and shear forces. The ability to predict failure modes, such as fatigue, fracture, or plastic deformation, in different materials under diverse environmental conditions is crucial for advancing engineering designs. I am eager to explore innovative materials like composites, alloys, and piezo-materials as well as develop more accurate stress analysis techniques using numerical simulations and experimental methods to enhance the reliability and safety of structures and components in industries such as aerospace, automotive, and biomedical engineering.
PUBLICATIONS:
International Conferences
FDP’s
MOOC Courses
Seminars/Webinar
Professional Achievements