Sahil Desai

Project Engineer – Mechanical Design (Cabinet Power Projects)

Project Engineer working on cabinet power projects, handling the complete design cycle from concept, 3D modeling, validation, costing, and final implementation. Experienced in sheet metal design, DFM, BOM creation, vendor coordination, prototype development, and FAI, ensuring production-ready and cost-effective designs. Actively collaborates with manufacturing, procurement, and quality teams to resolve technical issues and meet delivery timelines, using SolidWorks, AutoCAD, ERP, Excel, and Power BI for design execution, data tracking, and performance analysis.

Known for being organized, analytical, proactive, and driven by continuous improvement and innovation.

Project Engineer – Mechanical Design (Battery power Cabinet Projects)

Project Engineer working on cabinet power projects, handling end-to-end project execution, including concept development, 3D modeling, validation, costing, and final implementation. Previously worked as a

Design and Development Engineer, gaining hands-on experience in product development, blank development, prototype building, and design validation.

Experienced in sheet metal design, DFM, BOM creation, vendor coordination, prototype development, and

First Article Inspection (FAI), ensuring production-ready and cost-effective designs. Actively collaborates with manufacturing, procurement, and quality teams to resolve technical challenges and meet project delivery timelines. Proficient in SolidWorks, AutoCAD, ERP systems, Excel, and Power BI for design execution, data tracking, costing, and performance analysis. Known for being organized, analytical, proactive, and driven by continuous improvement and innovation.

Motivated and detail-oriented Mechanical Engineer with a solid background in product design, cost estimation,

and basic mechanical analysis. Skilled in creating accurate, production-ready drawings using SolidWorks and

AutoCAD, with a focus on sheet metal design, material selection, and design for manufacturability (DFM).

Comfortable with hand calculations and using ERP systems to manage part data, BOMs, and workflows.

Proficient in MS Excel for cost analysis, reporting, and data handling. Known for developing cost-effective,

functional, and visually appealing designs. Quick to learn, easy to work with, and always looking to improve and innovate in mechanical design.