Transforming engineering concepts into precise digital models and comprehensive simulation analysis
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Complete CAD modeling and FEA stress analysis of automotive engine block under thermal and mechanical loads.
Advanced structural optimization of aircraft wing using topology optimization techniques.
Complete design and kinematic simulation of 6-DOF industrial robot arm with dynamic analysis.
Design and analysis of high-pressure vessel according to ASME standards with comprehensive FEA.
Ergonomic design and manufacturing optimization of portable medical device housing.
Comprehensive structural and aerodynamic analysis of wind turbine blade design.
Leading CAD design and FEA analysis projects for aerospace and automotive clients. Specialized in complex multi-physics simulations and design optimization. Mentoring junior engineers and developing automated analysis workflows.
Developed 3D CAD models and performed structural analysis for industrial machinery. Implemented design for manufacturing principles and conducted validation testing. Reduced design cycle time by 30% through process optimization.
Performed finite element analysis for various engineering applications. Gained expertise in linear and nonlinear analysis, contact mechanics, and thermal simulations. Collaborated with design teams to optimize product performance.
Specialized in Computational Mechanics and Design Optimization. Thesis on "Advanced Finite Element Methods for Composite Material Analysis". GPA: 3.9/4.0. Active member of ASME student chapter.
Strong foundation in mechanical engineering principles, CAD design, and manufacturing processes. Graduated Magna Cum Laude. Senior project on "Design and Analysis of Wind Turbine Blade" received recognition award.