Master Course in Automotive Plastic Product Design - Catia/NX

(online / offline)

Plastic design is the backbone of the plastics manufacturing industry. Correct design is very important before it goes for tooling as it saves exponential huge costs in the product lifecycle. Nowadays in the automotive industry, so many plastic parts are used for better efficiency, low cost, lightweight, and many other factors. Hence, there are best opportunities in Plastic Product Design.

High demand for design profiles like Interiors, Exteriors, soft trims, Plastic trims related to the Automotive and Aerospace industry. Learn fundamentals to expert level for designing the parts like Door panel, Dash board, Overhead system, and bumpers side cladding, Central console, A/B/C/D pillars, etc. A to Z about plastic design - a complete course to learn all Fundamental to Advance level skills and product design guidelines to manufacturing defects and eliminating them by design changes.

 

clock Last updated : April-2022

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Master Course in Automotive Plastic Product Design - Catia/NX

Master Course in Automotive Plastic Product Design - Catia/NX

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₹ 12999 ₹ 26000.00 50% OFF

$ 189 $ 380.00 50% OFF

  • 45 hours on-demand video
  • 35 downloadable Exercise
  • Certificate of Completion
  • Access on mobile and TV
  • Full Live support 
  • Lifetime Login Access

What You'll Learn  ( Inshorts )

  • Introduction: Introduction to plastics | Why plastics | Overview of automotive industry
  • Manufacturing Process: Manufacturing process of plastic parts | Injection molding | Blow molding | Mold concept | Plastic Materials and many more...
  • Vehicle development process: Vehicle development process and understanding the process of concept to launch of a car | clay models | Class A Surface
  • Solid creation: Class A to Class B  surface creation | Master Section creation
  • B-side features: Creation of B- side features like Clip tower | dog house | snap | screw boss | heat stake| ribs gussets | Its design guidelines | Power copy concept.
  • Tooling: Tool direction | Types to find tooling direction | Parting line | Internal undercut | external undercut | slider-lifter concept | Tooling feasibility checking and creating report
  • Modification: Modification as per new data | remastering
  • Technical: Ergonomics study | DFA | DFM | DFMEA | DFS etc., Automotive safety standars and OEM regulations with standard.
  • Exercise: 30 Downloadable exercises and 10 CAD tests and more...

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Course Module List

documentIntroduction to plastic product design, work flow and automotive overview

playcircleWhy CAD

playcircleIntroduction to plastic product design

playcircleAutomotive Overview

playcircleVehicle Development Process

documentImportance of plastic, different materials and manufacturing process for plastic products

playcircleWhy Plastic

playcircleManufacturing process

playcircleMold concept

playcirclePlastic materials

documentBasic plastic part design guidelines and introduction to car body

playcircleCar body introduction

playcirclePlastic Product Design Guidelines -1

playcircleDemo - basic plastic part

playcircleDemo - shut off angle

playcircleDraft Analysis

playcircleExercice solution 1

playcircleExercice solution 2

documentIntroduction to class A surface and tooling direction, A to B surface creation methodology

playcircleIntroduction to class A surface

playcircleWhy A to B surface creation

playcircleClose Volume (A to B)-1

playcircleClose Volume (A to B)-2

playcircleClose Volume (A to B)-3

playcircleA surface replace

playcircleHow to draw/find tooling direction

documentDifferent B-side features, Concept of power copy and slider-lifter

playcircleIntroduction to power copy

playcirclePowercopy of doghouse

playcircleSlider lifter details

playcircleProduct B side feature

documentPlastic welding methods and manufacturing defects, Skin-foam creation

playcircleManufacturing defects

playcirclePlastic welding

playcircleIntroduction to Skin foam

playcircleDemo video part 1

playcircleDemo video part 2

documentTooling feasibility Checking, DFMA, automotive safety standards

playcircleCar coordinate system

playcircleAutomotive safety standards

playcircleDFMA

playcircleDemo 1

playcircleTooling feasibility analysis

playcircleFeasibility report creation

document10 basic CAD tests with 2 solution

playcircleCAD test Solution 1

playcircleCAD test Solution 2

documentModification work in existing parts and introduction to H point

playcircleFRP

playcircleIntroduction to H point

playcircleDemo 1

playcircleDemo 2

playcircleRPS System

playcircleRFQ

documentIntroduction to filers, non-parametric(dump) to parametric conversion

playcirclePlastics fillers

playcircleHow to avoid slider and lifter

playcircleIntroduction to remastering

playcircleRemastering Demo 1

playcircleAvoid slider lifter solution

playcircleRemastering Demo 2

document10 advance CAD test

playcircleCAD test Solution 1

playcircleCAD test Solution 2

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Pre - Requirements

You must know the basic knowledge of CATIA V5 / NX. Or you are working in design using this CAD software.

Course Video - Preview

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