Mechanical Design Engineer specializing in high-precision CAD modeling, complex assemblies, and performance-driven systems across automotive and industrial applications.
My design approach focuses on building mechanically efficient and manufacturable systems — from parametric CAD modeling to full-scale assembly design. Every component is engineered with attention to tolerances, fit, and real-world performance.
With hands-on experience in automotive assemblies and gear mechanisms, I aim to deliver solutions that are structurally reliable, optimized for production, and aligned with engineering standards like GD&T and BOM documentation.
A structured progression through education, projects, and mechanical design experience.
2024 - Present
Focused on automotive component design, plastic part development, and product engineering using CATIA V5, SolidWorks, and Siemens NX. Actively building advanced CAD projects and improving design optimization skills for Electric Two-Wheelers.
2024
Developed detailed 2D drawings and 3D models for automotive, industrial, and aerospace components. Designed sheet metal enclosures and product assemblies with emphasis on accuracy, manufacturability, and real-world application.
2021 - 2024
Gained strong foundation in mechanical design, product development, and engineering principles. Worked on CAD modeling, automotive-related projects, and practical design applications.
2018 - 2021
Built core technical knowledge in engineering drawing, design fundamentals, and manufacturing basics with hands-on academic projects.
2017 - 2018
Completed secondary education with a strong foundation in mathematics and science, developing analytical thinking and problem-solving skills.
A structured methodology focused on solving mechanical problems through precision, efficiency, and real-world applicability.
Analyzing requirements, constraints, and real-world conditions to define a clear engineering objective before design begins.
Developing parametric CAD models, building assemblies, and designing mechanisms with precision and functional clarity.
Ensuring manufacturability through GD&T, validating performance, and refining designs for efficiency and reliability.
Every design decision is guided by functionality, manufacturability, and long-term performance — ensuring solutions that work beyond theoretical models.
Whether it's product design, CAD modeling or assembly development — I'm open to collaboration and new opportunities.