A Design Engineer for Progressive Tooling in Sheet Metal is a professional responsible for designing and developing tooling solutions used in the progressive stamping process of sheet metal. This involves designing tools, dies, and fixtures that are used to create complex sheet metal parts efficiently and accurately. Below are key aspects of the role and responsibilities of a Design Engineer Develop and design sheet metal components systems using UG NX.Collaborate with cross-functional teams to optimize product designs.Conduct simulations and stress analysis for design validation.Prepare technical documentation and manufacturing specifications.Ensure designs meet industry standards and customer requirements.Good hands-on Unigraphics NX software commands.UG NX Expertise, in solid, surface modellingResponsible for the design, development, and release of all trim componentsProduct Design & development experience in automotive trim componentsProficiency in 2D & 3D modelling within a product development environmentGood communication skills, presentation skills,Good understanding of manufacturing processes, DFMEA, GD&T & tolerance stack analysis.Exposure to Europe Automotive Customer Specifications & Standards.Multi tool skills, more than one CAD software experience

The Quality Engineer is responsible for ensuring that the products manufactured by the company meet both external and internal standards of quality. The role involves monitoring production processes, identifying areas of improvement, testing products, and implementing quality control processes to guarantee product reliability, safety, and customer satisfaction. 1)Responsible for part setup Approvals.( HANDLING INSTRUMENT: Smart scope (VMM) trimos height Gauge, height gauge, profile projector , Vernier caliper, micrometer)2)Prepare Annual Layout Inspection Plan & Carry out Layout inspection as per Drawing3)Maintaining rejection analysis report and PPM level to be Calculated monthly.4)Analysis of monthly Internal Rejection / Rework & suggesting Corrective Actions.5)Implementation of kaizens in work place6) Basic Knowledge of ISO 9001 2015

Progressive Tooling in Sheet Metal Tool and Die Making refers to a specific type of die used in the sheet metal stamping process where multiple operations, such as cutting, punching, bending, and forming, are performed in a single pass through the die. The progressive die has multiple stations in which each station performs a different operation as the sheet metal strip moves through the die. 1. Tool maintenance Engineer / Executive Key Responsibilities:Design and Creation:Develop and create tools, dies, jigs, fixtures, gauges, and other specialty tools. Analyze design specifications and blueprints to understand requirements. Select appropriate materials and manufacturing processes. Machining and Fabrication:Operate various machine tools (lathes, mills, grinders, etc.) to cut, shape, and form metal and other materials. Perform precision machining operations to achieve tight tolerances and complex geometries. Utilize hand tools and power tools for various tasks. Assembly and Testing:Assemble parts and components to create complete tools and dies. Test completed products to ensure they meet specifications and perform as intended. Repair and Maintenance:Diagnose and repair damaged or worn tools, dies, jigs, and fixtures. Perform preventative maintenance on tools and equipment. Maintain a clean and organized work area. Other Duties:May assist in the development of new tooling or manufacturing processes. Follow safety procedures and regulations.