● Hands-on experience in linear static, dynamic, impact, fatigue, nonlinear, and crash analysis.● Experienced in structural crashworthiness simulations using LS-DYNA software to evaluate full vehicle crashworthiness performance for high-speed Frontal and offset impacts.● Experienced in BIW stiffness and Body closures stiffness.● Coordinated cross-functionally for input related to planning development.● Contributed to creating full vehicle Finite Element Analysis (FEA) models for different load cases.

● Investigated failure modes in composite beams, plates, and pressure vessels using ABAQUS, leading to significant improvements in structural integrity by analyzing the effects of surface compressive stress and enhancing surface strength through targeted interventions.● Analyzed effects of surface compressive stress to identify vulnerabilities and enhance structural integrity.● Conducted detailed stress analysis and failure prediction simulations under real-world conditions and Implemented design modifications and material enhancements to reinforce surface strength

● Performed 3D solid and surface modeling of aircraft fuselage, wings, and control surfaces using CATIA V5 for manual single-model production.● Executed comprehensive static and dynamic stress analyses on aircraft components using commercial FEA software to evaluate stress distribution and deformation under various loading conditions.● Performed fatigue analysis to predict potential failure points, examining stress concentration areas and optimizing the design for enhanced durability.● Utilized computational fluid dynamics (CFD) tools to perform aerodynamic analysis of aircraft wings, fuselage, and control surfaces to optimize lift, drag, and overall aerodynamic performance. Developed and validated CFD models to study the impact of various design parameters on fluid flow behavior. Optimized the shape, size, and position of lifting and control surfaces to improve aerodynamic efficiency and performance.

● Developed a 3D model of a nozzle and performed CFD simulations to study the jet behavior and implemented design modifications to reduce jet noise.● Developed detailed 3D concept design, Detail design, and 2D drawing of valveless pulsejet engine including the intake, combustion chamber, and exhaust system.● Performed extensive CFD simulations to analyze airflow, combustion processes, and thermal characteristics within the engine for next-generation jet engine prototype development.● Implemented iterative design modifications to enhance thrust, fuel efficiency, and overall engine performance.