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Sheet Metal Design in CATIA V5 From Basics to Advanced
Highest Rated
Rating: 4.6 out of 5(21 ratings)
115 students

Sheet Metal Design in CATIA V5 From Basics to Advanced

Boost your design career with hands-on sheet metal expertise.
Highest Rated
Created byG Suresh Kumar
Last updated 6/2025
English

What you'll learn

  • Fundamentals of Sheet Metal Design -Key concepts: bend allowance, K-factor, relief types
  • CATIA V5 Sheet Metal Workbench Mastery -Introduction to Sheet Metal Design environment Overview of essential tools: Wall, Bend, Flange, Cutouts
  • Creating Sheet Metal Parts from 2D Sketches Converting sketches to sheet metal components Understanding feature-based modeling flow
  • Advanced Sheet Metal Features Multi-body parts and complex flange creation

Course content

5 sections • 47 lectures • 5h 58m total length

  • Introduction5:40
  • K - Factor4:27
  • BEND ALLOWANCE4:54
  • Design Guidelines For Holes4:21
  • Sheet Metal Defects12:29
  • What is the purpose of a bend relief in sheet metal design?
  • 1. What is the primary characteristic of sheet metal?
  • Which of the following is NOT a common sheet metal operation?
  • In sheet metal design, minimum flange length is typically dependent on:
  • Which process is used to remove unwanted material from a sheet?
  • Catia interface and Parameters1:36
  • Recognize9:49
  • Wall3:21
  • Wall on Edge -part 16:28
  • Wall on Edge - part 24:20
  • Extrusion2:42
  • Flange5:12
  • HEM1:34
  • Tear Drop1:24
  • User Flange3:20
  • Hopper - Part 14:42
  • Hopper - Part 22:29
  • Free From Surface12:06
  • Rolled Walls5:29
  • Bend and Conical Bend3:47
  • Bend From Flat Surface3:42
  • Unfold , Fold and Curve Mapping4:17
  • Cut Out4:46
  • Hole and Circular Cut Out7:33
  • Corner Relief4:58
  • Corner and Chamfer5:29
  • SHEET METAL MATERIALS9:51

Requirements

  • Basic Knowledge of Engineering Drawing
  • Familiarity with Mechanical Design Concepts
  • Basic Computer Skills
  • Access to CATIA V5 Software
  • No Prior Experience in Sheet Metal Needed

Description

Are you a design engineer looking to master Sheet Metal Design using CATIA V5? This course is designed to take you from the fundamentals to real-world design projects, helping you build confidence and practical skills that are highly valued in the automotive and product design industries.

With over 10 years of hands-on experience in sheet metal design, I’ve structured this course to give you clear explanations, practical exercises, and real-world scenarios you’ll actually encounter on the job.

What you’ll learn:

  • Complete overview of CATIA V5 Sheet Metal workbench

  • Creating wall features, bends, flanges, cutouts, and more

  • Applying design parameters and material specifications

  • Converting solid models into sheet metal parts

  • Unfolding and flattening for manufacturing

  • Real-world design examples and case studies

  • Design tips for manufacturability and optimization

Who this course is for:

  • Mechanical or automotive design engineers

  • CAD professionals looking to specialize in sheet metal

  • Engineering students who want job-ready CATIA skills

  • Anyone preparing for interviews or upskilling in product design

Course Features:

Hands-on demonstrations

Downloadable resources

Quiz and assignments

Real industry examples

Let’s turn your CATIA skills into a career asset. Enroll now and start designing like a pro!

Learn faster, easier ,design smarter, and gain confidence in real-world applications.

Who this course is for:

  • Mechanical and Design Engineers
  • Engineering Students & Fresh Graduates-Who want to build industry-relevant skills and stand out in job interviews.
  • CAD Professionals and Draftsmen-Aiming to upskill or switch to sheet metal design roles.
  • nyone Interested in Learning Real-World CATIA V5 Sheet Metal Applications Whether you're a beginner or want to refine your expertise through hands-on practice.

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