Master Automotive Plastic Product Design with PG, Diploma & Industry Level CAD Training

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★★★★★
4.8 (5.5K)
₹19596 - ₹37392 (24% off)

Modes Of Training

Online

Online

Online

Flexible

Online

Classroom

Learning Options

Our combo plans are carefully crafted to provide comprehensive learning experiences.

Basic Plan

Perfect for beginners starting their journey in automotive design. Includes fundamental courses and essential skills.

Premium Plan

Advanced training for experienced professionals. Includes specialized projects and industry-specific applications.

Pro-Plus Plan

Complete mastery package with all courses, personal mentoring, and exclusive industry insights.

Custom Plan

Design your own learning path by selecting courses based on your needs.

Select or Customized your plan

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Start Your Career in Automotive Plastic Product Design with Advanced CAD & PG Programs

The Diploma in Automotive Plastic Product Design and PG Diploma Automotive Plastic Product Design provide a structured learning approach that focuses on design fundamentals, material selection, and CAD modeling techniques used in Automotive Plastic CAD Design Master Course and Advanced Automotive Plastic Design Course, helping learners understand real-world applications and industry practices through the Post Graduate Program Automotive Plastic Design and Professional Course in Automotive Plastic Design, ensuring that every student gains practical exposure while developing expertise required f... Read More

What Students Will Learn

Comprehensive skill development designed to make you industry-ready

Advanced CATIA V5 & UG NX Skills

Advanced CATIA V5 & UG NX Skills

Master both industry-standard software platforms for automotive design

Plastic Product Design Fundamentals

Plastic Product Design Fundamentals

Understand material properties, manufacturing constraints, and design principles

Real-world Project Experience

Real-world Project Experience

Work on actual automotive components like B-Pillar, Door Trim, and Floor Console

Industry-Ready Skills

Industry-Ready Skills

Learn tolerance stack-up, quality standards, and professional workflows

Problem-Solving Techniques

Problem-Solving Techniques

Develop critical thinking for complex automotive design challenges

Professional Portfolio

Professional Portfolio

Build a comprehensive portfolio showcasing your design capabilities

Learning Roadmap

A step-by-step journey to automotive design mastery

1

Week 3-4

Advanced CAD Course (One Software)

Select CAD Software that aligns with your interests and career goals, like CATIA or NX to enhance your design skills.

2

Week 2-3

Advanced Surfacing Course

Begin your journey by mastering advanced surfacing techniques in your chosen CAD software to create intricate design.

3

Week 6-8

Foundation Course (Domain Based)

Build a solid foundation in your desired domain, such as Plastic, by understanding key principles and industry standards.

4

Week 9-10

Hands - On Projects (Industry Level)

Engage in hands on, industry level projects that allow you to apply your skills and gain practical experience in your field.

5

Week 4-6

CAD Test + Others (Stack up, GD&T)

Master CAD modeling, GD&T, and tolerance stack-up to ensure precise and manufacturable mechanical designs.

6

Week 1-2

Interviews Preparation

We train you for mechanical design interviews with mock sessions, technical Q&A, and real-world design practice.

Quick Preview of Courses

High-quality video content designed for maximum learning retention

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Master Automotive Plastic Design

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Design Like an OEM Expert

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From Concept to Production-Ready

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Quick Preview: Your Design Career Starts Here

What Students have to say about this Courses !

Anshul Moraya

Anshul Moraya

Design Engineer - Magna

Exceptional Learning Experience

I was a newbie in the mechanical world, and it felt like I was just wandering around with no clear path. Getting job interviews was hard, and cracking them was even harder. Then, a friend told me about Isopara.

Ravi Sharma

Ravi Sharma

Product Designer - Tata Motors

Helped Me Break Into the Industry

The course structure is simple yet powerful. It cleared my fundamentals and helped me crack my first interview at Tata Motors.

Neha Verma

Neha Verma

CAD Engineer - Honda

Best Course for Beginners

From zero knowledge to cracking a CAD interview—this course played a huge role in my professional growth.

Asha Patel

Asha Patel

Junior Engineer - Bosch

Clear & Practical

Hands-on projects and the mentorship were key — very practical and industry-focused.

FAQs related to Combo Plans

Sheet metal design involves creating parts and components from thin metal sheets through cutting, bending, and forming processes. It's commonly used in automotive, aerospace, and industrial applications.

Common materials include mild steel, stainless steel, aluminum, and brass. Choice depends on strength, corrosion resistance, weight and manufacturability.

Key considerations: bend radii, minimum flange width, material thickness, hole placement, embossing, and avoiding features that make forming or tooling difficult.

Popular tools include SolidWorks, Autodesk Inventor, CATIA, Siemens NX, and Creo. Many CAD packages offer dedicated sheet-metal workbenches.

Cutting (laser/plasma/waterjet), bending (press brakes), stamping, punching, deep drawing, and welding/assembly are typical processes.

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