Vinoth Kumar.G

• Qualified engineering professional experienced with fixture designs. Thorough and detail-oriented in calculating values and optimising designs for safety, code compliance and project specifications. Analytical in approaching and resolving design issues. Customer-oriented.

Part model Housing cylinder Design Project

• Designed a 3D model of a bearing housing assembly using CATIA with proper dimensional and geometric constraints.
• Created detailed part models including housing body, mounting holes, bearing seats, and supporting components according to design standards.
• Performed 2D drafting and generated manufacturing drawings with GD&T annotations, sectional views, and tolerance details.
• Worked on assembly modeling by positioning bearings, shafts, bolts, and related components using assembly constraints in CATIA.
• Checked component fitment, alignment, and interference to ensure smooth assembly and proper functionality of the bearing housing system.
• Improved CAD modeling skills, design understanding, and knowledge of mechanical components through project-based learning and design validation.

Sheet Metal Housing Plate Design Project

• Designed a sheet metal housing plate model using CATIA by applying sheet metal design features and manufacturing standards.
• Created base flanges, bends, cutouts, holes, embosses, and edge flanges according to project requirements.
• Prepared accurate 2D manufacturing drawings with bend dimensions, flat pattern views, and tolerance specifications.
• Developed flat pattern layouts for fabrication and ensured proper bend allowance and bend radius calculations.
• Performed assembly fitment checks and verified dimensional accuracy of sheet metal components.

Feeding Hopper Conveyor Assembly Design

• Designed a feeding hopper conveyor assembly using CATIA for material handling and industrial conveying applications.
• Created 3D models of conveyor components including hopper, rollers, belt supports, shafts, frames, brackets, and motor mounting structures.
• Performed assembly modeling and applied constraints to ensure proper alignment, movement, and fitment of conveyor parts.
• Generated detailed 2D manufacturing drawings with dimensions, sectional views, BOM, and assembly details for fabrication purposes.
• Conducted interference and clearance checks to improve assembly accuracy and smooth conveyor operation.
• Enhanced understanding of mechanical assembly design, material handling systems, and production-oriented CAD modeling through project execution.

Crankshaft Reverse Engineering Project

• Performed reverse engineering of a crankshaft using CATIA to develop an accurate 3D CAD model.
• Collected component dimensions using measuring instruments such as vernier calipers and micrometers for precise modeling.
• Created detailed 3D geometry including main journals, crank pins, counterweights, fillets, and oil hole features.
• Generated 2D manufacturing drawings with dimensions, tolerances, and sectional views for production reference.
• Conducted dimensional verification and ensured proper alignment and geometric accuracy of the crankshaft model.
• Enhanced knowledge in reverse engineering methodology, automotive component design, and mechanical CAD modeling through practical project execution.

• Certified in autocad and solidworks
• Certified in catia V5

• I hereby declare that the information provided in this resume is true and correct to the best of my knowledge and belief.