Job Description: Mechanical Design Engineer – Alloy Wheel Design and ManufacturingDepartment: Engineering / R & DKey Responsibilities:Alloy Wheel & Castings Components Design:1. Design alloy and casting wheels, including concept design, 3D/2D modeling, surfacing, and detailing, using CAD software such as Siemens NX.2. Ensure that designs meet both aesthetic and functional requirements, while adhering to safety, durability, and lightweight criteria.3. Apply industry standards, including ETRTO (European Tyre and Rim Technical Organization) and TRA (Tire and Rim Association) norms in design validation.4. Draft and apply GD&T principles to ensure precision in manufacturing and assembly processes.5. Ensure that wheel designs are optimized for manufacturing processes such as forging, casting, and machining, considering cost, efficiency, and ease of production.6. Collaborate with manufacturing teams to address DFM/DFA concerns and ensure smooth production workflows.7. Conduct VA/VE (Value Analysis/Value Engineering) studies to optimize wheel weight, enhance material efficiency, and reduce manufacturing costs without compromising performance.Finite Element Analysis (FEA) & Simulation:Perform FEA using tools like Siemens NX Nastran to validate designs for structural integrity, fatigue, impact resistance, and load-bearing capacity.

Job Description: Mechanical Design Engineer – Sheet metal components Design, Tailor made components and ManufacturingDepartment: Design and EngineeringAs a dedicated Mechanical Sheet Metal Engineer, I specialize in designing, analyzing, and manufacturing sheet metal components and assemblies. My expertise includes:-Key Responsibilities:1. Design and develop sheet metal components for various applications, ensuring precision and compliance with industry standards. Creating detailed 3D models and 2D drawings using Solid works, ZWCAD3D.2. Create customized, tailor-made sheet metal designs based on specific customer requirements. Utilize advanced CAD tools (SolidWorks, ZWCAD3D, AutoCAD) for 3D modeling, drafting, and detailing of sheet metal components.3. Work closely with clients to understand their specific needs, developing tailor-made sheet metal components to meet unique specifications.4. Apply innovative design techniques to solve complex challenges in customized sheet metal development, including material selection and formability. 5. Material Selection: Evaluating and selecting appropriate materials for various applications, balancing factors like weight, strength, and cost.6. Select appropriate sheet metal materials based on client requirements, ensuring optimal performance, durability, and cost-efficiency.7. Manufacturing Processes: Collaborating with production teams to optimize fabrication processes, including laser cutting, bending, and welding, to enhance efficiency and quality.8. Problem Solving: Analyzing and troubleshooting issues in design & production, implementing innovative solutions to improve product performance and reliability.9. Work with tooling teams to design & develop necessary jigs, fixtures, and gauges for sheet metal component production.10. Analyze project requirements & specifications to develop comprehensive cost estimates for sheet metal parts and assemblies.