Jyoti Onkari

• Designed solutions for Airbus A350 using Enovia VPM and Pass.
• Executed installation of structural brackets on both primary and secondary structures in the fuselage's section 15.
• Defining a new fastener or reusing an existing structural fastener.
• Defining laser projection geometry, defining drilling locations.
• Generated detailed drawings for 3-dimensional designs.
• Utilized PASS for engineering modifications.

• Company Overview:

(From e Team Info Services Pvt. Ltd.) - EDS, Hyderabad.

• Create diverse concept designs.
• Facilitated reverse engineering or 3D modification of parts.
• Conducted thorough analysis of input surfaces from customers for model evaluation.
• Prepared DFA and DFM, FMEA reports.
• Collaborated with test engineers during new product development.
• Streamlined the process by ensuring accurate and timely uploads in TC.
• Engineered durable, economical design strategies.
• Possess knowledge of reverse engineering and benchmarking projects.
• Created precise mechanical designs using CAD software.

• Interpreted mechanical component drawings received from customers.
• Developed cutting tool models with CATIA V5 for customer reference based on DOC, thickness, and speed.
• Drafting initiated following customer approval for manufacturing.
• Create a 2D technical drawing according to customer standards, considering GD&T.
• Release the model for production, prepare production drawings, and also generate G & M codes (NC Program) for the same using Vericut software.
• Also, attach the BOM for the same.
• Assessed vendor stock levels for required materials.
• Performed tolerance stack-up analysis for cutting tool assemblies.
• Conducted should-costing analysis for metal parts utilizing costing tool.
• Conducted multiple benchmarking analyses against competitor products.
• Suggest new methods and techniques to manufacture the component to increase productivity and reduce costs involved during the manufacturing process.
• Also, make the in-house tool designs for milling, drilling, and tripping tools, etc.
• Optimized NC programs to minimize cutting tool costs.
• Test the new products in-house.
• Configured parameters such as cutting speed, feed rate, and depth of cut for test products.