Plastic Product Design Jobs

Key ResponsibilitiesConceptualization: Translating customer requirements or market gaps into initial design sketches and technical specifications.3D Modeling & Drafting: Using advanced CAD software to create detailed 3D parts and assemblies, ensuring proper fit, clearance, and tolerances.Material Selection: Researching and selecting the best materials (plastics, metals, composites) based on strength, weight, heat resistance, and cost.Prototyping & Testing: Overseeing the creation of physical prototypes (using 3D printing or CNC machining) and conducting rigorous Failure Mode testing.DFM/DFA Implementation: Applying Design for Manufacturing (DFM) and Design for Assembly (DFA) principles to ensure the product is easy and affordable to produce.Vendor Coordination: Working with mold makers, tool rooms, and electronic component suppliers to ensure design intent is maintained during tooling.

Role OverviewWe are looking for a seasoned Die Tooling professional to lead both Production Tooling and New Product Development (NPD) functions. This role demands strong technical depth, a process-driven mindset, and leadership capability to ensure robust tooling systems, high productivity, and seamless new product launches.The incumbent will be responsible for end-to-end tooling lifecycle management including design validation, preventive maintenance, troubleshooting, repair, documentation, process standardization, and continuous improvement.Core Technical Competencies (Common for Both Roles) Extensive expertise in:o Plastic Moulding Toolso Sheet Metal Toolingso Precision Dies & Tooling Controlso Forging Dies Strong understanding of tool materials, heat treatment, GD&T, and tolerances Hands-on experience in tool trials, debugging, and process stabilization Knowledge of manufacturing processes, quality systems, and cost optimization Strong focus on process-driven tooling management and standardizationA. Die Tooling - ProductionKey Responsibilities Lead overall management of production dies, moulds, and fixtures Implement and drive preventive maintenance (PM) systems for all tooling to minimize breakdowns Handle troubleshooting and root cause analysis of tooling issues Ensure timely repair, refurbishment, and modification of tools Maintain high uptime through effective breakdown management and quick response systems Monitor and improve tool life, efficiency, and productivity Ensure proper die maintenance documentation including maintenance logs, breakdown records, PM checklists, tool history cards, and modification recordsProcess & System Orientation Coordinate with vendors for tool repair, modification, and development Develop and strengthen in-house tool room capabilities Evaluate vendor performance based on quality, cost, and delivery Ensure optimal balance between outsourced and in-house tooling activitiesB. Die Tooling - New Product Development (NPD)Key Responsibilities Lead tooling development for all new product initiatives from concept to SOP (Start of Production) Conduct feasibility analysis in coordination with design and engineering teams Oversee design validation, tool manufacturing, trials, and final approval Ensure smooth tool trials, debugging, and process stabilization Drive adherence to project timelines, quality benchmarks, and cost targets Support seamless handover from NPD to production Maintain complete tool development and validation documentation including design changes, trial reports, approval records, and lessons learned.

Key ResponsibilitiesQuality Inspection & Auditing: Perform in-house audits, inspect incoming raw materials, and test finished products for conformance to specifications.Team Leadership: Train, mentor, and supervise QA/QC staff, including setting work assignments.Procedure Implementation: Develop, implement, and maintain standard operating procedures (SOPs) and quality standards.Problem Resolution: Investigate customer complaints, identify root causes for non-conformance, and implement corrective actions.Data Analysis & Reporting: Analyze production data to identify trends and report on performance improvements

Plastic Execuine plant head

Responsibilities:Conceptual Design and Development: Generate innovative mechanical design concepts and solutions based on product requirements, specifications, and market needs, considering factors like functionality, cost-effectiveness, and manufacturability in the local context.Detailed Design and Drafting: Create detailed 3D models and 2D drawings of mechanical components, assemblies, and systems using CAD software (e.g., SolidWorks, CATIA, AutoCAD, Inventor), ensuring accuracy, adherence to drafting standards (including GD&T), and consideration for local manufacturing processes.Engineering Analysis: Perform engineering calculations, simulations, and analyses (e.g., FEA, thermal analysis, kinematic analysis) to evaluate the structural integrity, performance, and reliability of mechanical designs.Material Selection: Select appropriate materials based on design requirements, performance criteria, cost considerations, and local availability of materials and processing capabilities.Design for Manufacturing and Assembly (DFMA): Optimize designs for efficient and cost-effective manufacturing and assembly processes, taking into account local production capabilities and workforce skills.Prototyping and Testing Support: Collaborate with prototyping teams and provide design inputs for the development of prototypes. Participate in testing and validation activities, analyze test results, and recommend design modifications based on findings.Bill of Materials (BOM) Management: Create and maintain accurate and detailed Bills of Materials (BOMs) for designed products and assemblies.Collaboration with Cross-Functional Teams: Work closely with manufacturing, production, quality, and other engineering teams in Nashik to ensure design feasibility, address manufacturing challenges, and facilitate smooth product development and launch.Engineering Change Management: Participate in the review, analysis, and implementation of engineering change orders (ECOs) related to mechanic

Okay, here's a Mechanical Design Engineer job description tailored for Shahada, Maharashtra, India, keeping in mind the current date and time (Thursday, May 15, 2025, 1:32 PM IST) and the local context:Job Title: Mechanical Design EngineerDepartment: Engineering / Research & Development / Product DevelopmentReports To: Engineering Manager / Design Lead / Project ManagerLocation: Shahada, Maharashtra, IndiaJob Summary:We are seeking a creative and detail-oriented Mechanical Design Engineer to contribute to the design and development of our [Specify Products/Machinery/Systems - e.g., industrial equipment, automotive components, consumer products] in our Shahada facility. The Mechanical Design Engineer will be responsible for conceptualizing, designing, analyzing, and prototyping mechanical components and systems. This role requires a strong understanding of mechanical engineering principles, proficiency in CAD software, and the ability to work collaboratively within a team. Knowledge of local manufacturing processes and suppliers in the Shahada region is a plus.Responsibilities:Conceptual Design and Development: Generate innovative mechanical design concepts based on product requirements, specifications, and market needs, considering feasibility and cost-effectiveness for local manufacturing.3D Modeling and Drafting: Create detailed 3D models and 2D engineering drawings using CAD software (e.g., SolidWorks, AutoCAD, CATIA), ensuring accuracy and adherence to design standards.Design Analysis and Simulation: Perform engineering calculations, simulations (FEA, CFD - if applicable), and analyses to evaluate the performance, strength, and reliability of mechanical designs.Material Selection: Research and select appropriate materials based on design requirements, cost, availability in the local market, and performance considerations.