Sheet metal parts design with CATIA surface design tools

Sheet metal parts design with CATIA surface design tools

CATIA is a design tool used in creation and management of 3D parametric models in multiple industries especially the automotive industry for design of structural systems and also mechanisms .

In this course you will learn how to create parametric design workflows for designing complex Sheet metal components in Generative Shape design Workspace which is very popular for designing parametric surfaces.

The course includes a number of projects covering almost all major design operations and workflow .

Format of the training :

An input is provided in the form of reference models. The goal for each project is to design a concept bracket to meet the requirements .
Projects covered :

1. Design of attachment bracket which is bolted from top and welded to a pipe

2. Design of attachment bracket which is bolted from top and welded to a pipe -2

3.  Support bracket for a panel

4. Tripod angle bracket

5. Base structure bracket

6. Coil spring bottom seat with helical form

7.  Overlap on section - transition

8. Transition between three section

9. Mechanism bracket 1 - Stiffened design

10. Stabilizer bar mount C clamp bracket

11. Body mount outrigger bracket

12. Upper control arm of suspension with C in C section

13. Suspension mount bracket

14. Mechanism bracket 2

The workflow utilizes the Generative shape design workspace in CATIA which is used widely for Body and chassis design in Automotive industry .

It  is an Intermediate to Advance level course and requires background on basic working with CATIA.

Learn Surface Design tools in CATIA for design of Sheet metal parts with advanced workflows

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What you will learn

• Learn how to use CATIA : Generative shape design tools for design
• Learn how to combine Trim, Join, Sweep, Multi sections tools
• Learn how to create designs from reference geometry of interface components

Rating: 4.61111

Level: Intermediate Level

Duration: 4.5 hours

Instructor: Mufaddal Rasheed