Conducted research on the ballistic response of unidirectional glass-epoxy (UD-GE) composites, integrating the Johnson-Cook model numerically and 4D X-ray imaging experimentally to analyze damage patterns and ballistic limits.Led a micromechanical study of unidirectional composites, revealing how fiber distribution influences mechanical properties under shear loading, providing valuable insights for material design.Developed finite element models for inflatable UAV wings using UHMWPE/Dyneema fabrics, optimizing stress distribution and improving durability through burst testing and FEA simulations.Presented research findings at international conferences, including the 21st ECCM and ARMS-2023, contributing to advancements in composite materials and UAV technology.Co-authored papers in top journals such as Polymer Composites.Key Achievements:Published extensively in peer-reviewed journals.Presented at major conferences in Europe and India.Developed insights for material design and UAV application through FEA simulations and testing.

Taught undergraduate courses such as Engineering Mechanics, Elements of Mechanical Engineering, and Automobile Engineering, focusing on developing a strong foundation in these subjects.Designed and assigned practical, hands-on assignments that advanced students' technical skills in areas such as finite element analysis (FEA) and using mathematical tools such as Matlab.Key Achievements:Integrated research findings into course curriculum, enhancing students' understanding of cutting-edge material science.Significantly contributed to students’ technical development through impactful assignments and project-based learning.Published important research papers during this tenure.

Managed lab activities, ensuring accurate experimental setups and data collection for experimental testing and material characterization.Mentored undergraduate and postgraduate students in FEA and polymer characterization techniques.Key Achievements:Published research in top materials science journals.Played a key role in advancing lab capabilities, improving the accuracy of experimental research.