Yogesh Raju Dounge

• Designed and executed application-based projects to optimize material flow in manufacturing facilities.
• Conceptualized and modeled components for machining and welding fixtures, ensuring precision during processes.
• Developed hobbing tools, inspection gauges, and gripping solutions for CNC turning centers.
• Prepared laser cutting profiles, minimizing material waste through strategic design.
• Reviewing and understanding specific manufacturing and fixture design requirements for various production projects involving sheet metal parts, weld fixtures, and machining setups.
• Selecting standard equipment and components such as LM guideways, clamps, sensors, bearings, seals, gaskets, hooks, etc. It is a critical aspect of mechanical design, especially for automation, tooling, fixtures, and machine-building projects.
• Discussing technical aspects of ongoing and upcoming projects, including part feasibility for manufacturing, fixture conceptualization, assembly constraints, and manufacturing process compatibility.
• Sharing concept models (3D CAD and strip layouts) in the early design stages for functional validation, design feedback, and incorporating feedback from me and shop-floor teams into conceptual and final designs to ensure DFM (Design for Manufacturability) and DFA (Design for Assembly) principles, and obtaining approvals on design concepts through:
• Utilized mathematical skills and understanding of engineering principles to design new products.
• Led team meetings to discuss project progress and address issues.
• Resolved escalated customer issues in a timely manner.
• Implemented best practices in engineering standards and procedures.
• Led the team in the design and implementation of complex engineering projects, ensuring adherence to quality and budget constraints.
• Mentored junior engineers, providing guidance and support to facilitate professional growth and project success.

• Directed projects on complex automobile components, emphasizing fixturing, gauges, and stacking solutions.
• Coordinated client interactions to facilitate effective project planning and execution.
• Collaborated with customers on technical discussions to secure essential approvals.
• Executed conceptual design work and CAD modeling for fixtures and tool holders.
• Led machine selection and fixture planning aligned with specific application requirements.
• Assisted in drafting design specifications and related documentation tasks.
• Developed secondary processes at suppliers to enhance production workflows.
• Utilized Creo and AutoCAD for detailed design tasks.

• Created accurate models and drawings of tool holders and expanding mandrels using CAD software.
• Performed SAP tasks such as part code and BOM creation efficiently.
• Delivered technical support to customers and marketing teams, enhancing product understanding.
• Effectively utilized measuring instruments including dial gauges, micrometers, and height gauges for quality assurance.
• Supported operations at Birla Precision Technologies Ltd., an ISO-certified manufacturer of rotating tool holders.
• Tools: AutoCAD 2019, and Autodesk Inventor.
• Assisted in production of various tool holders and collets with a focus on precision.

• Executed mechanical design of fixtures, special gauges, and SPM components.
• Conducted detailed 3D modeling and created proposal/detail drawings for costing and production.
• Selected standard parts, features, and materials according to internal guidelines to meet customer specifications.
• Provided technical support to customers and marketing executives for product inquiries.

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• Executed drafting of custom machine parts based on application requirements.
• Participated in designing gauges and fixtures, emphasizing accuracy.
• Oversaw assembly and dispatch processes for various projects.
• Engaged in high-precision tool room operations within small-scale industry.
• Employed AutoCAD 2010 for effective drafting and design execution.