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Plastic Design Job Vacancies in Nashik

  • 3 - 7 yrs
  • 7.0 Lac/Yr
  • Nashik
Plastic Design Plastic Product Design Project Interior Designer Automobile Engineer
Key ResponsibilitiesDesign and develop automotive plastic interior trim components such as dashboard, door trims, pillar trims, center console, glove box, and related assemblies.Create 3D models, 2D drawings, and engineering documentation using CAD software.Apply plastic part design guidelines, DFMEA, GD&T, and DFM principles during product development.Coordinate with cross-functional teams including styling, CAE, tooling, manufacturing, and quality departments.Conduct feasibility studies and design reviews to ensure manufacturability and assembly requirements.Support prototype development, testing, validation, and production launch activities.Work with suppliers and tool makers during mold development and product trials.Analyze and resolve design, fitment, dimensional, and quality-related issues.Ensure compliance with OEM standards, customer specifications, and regulatory requirements.Support engineering change management and product cost optimization initiatives.
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SR. Design Engineer For Nashik

Excel Management Consultants

  • 4 - 7 yrs
  • 5.0 Lac/Yr
  • Nashik
SR. Design Engineer Mechanical Plastic Moulding
Required Sr. Design Engineer for Nashik based manufacturing company, education: BE / Diploma Mechanical / Plastic Moulding. criteria: 4-7 years in Plastics design moulding, Die making, must experinced in Autocad. salary:3 to 5 Lack per annum. job location: Ramshej, Ashewadi, Nashik. post:Sr. Design Engineer. Interested candidates contact with Excel management consultants
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  • 0 - 2 yrs
  • 3.0 Lac/Yr
  • Nashik
Product Design Engineer Product Designer Product Design Plastic Product Design Product Engineer Design Engineer
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.
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