Inventor for Mechanical Design Professional Certification Prep - Apply topology optimization principles | Autodesk

Inventor for Mechanical Design Professional Certification Prep

Outline

1

Getting started

Module overview

Course overview

Get the software

Course resources

2

About the certification

Module overview

Sample test questions

Test taking tips

3

See where you stand

Module overview

4

Configuration and administration

Module overview

Configure project files

Configure document settings

Improve application options

Create and modify styles in documents

Practice exercise

Challenge exercise

5

Standard part modeling

Module overview

Describe the characteristics of models that fulfill design intent

Demonstrate the effective use of feature patterns on parts in assemblies

Identify advanced uses of work features

Identify scenarios in which to use Direct Edit

Create and modify complex sketches

Analyze the implications of adaptive parts

Practice exercise

Challenge exercise

6

Advanced part modeling

Module overview

Create 3D sketches

Apply 3D features

Create and use multibody parts

Create and edit surfaces

Develop freeform models

Apply topology optimization principles

Practice exercise

Chellenge exercise

7

Sheet metal

Module overview

Use the Sheet Metal environment to create features

Practice exercise

Challenge exercise

8

Assembly modeling

Module overview

Modify the Bill of Materials in the BOM Editor

Import, link, and export files or point clouds

Describe and use simplify

Optimize component relationships in an assembly

Create and manage representations

Restructure components and views in the browser

Understand the key workflows for large assembly management

Practice exercise

Challenge exercise

9

Weldments

Module overview

Create models and deliverables in the Weldment environment

Practice exercise

Challenge exercise

10

Deliverables

Module overview

Use breakout and overlay views, and GD&T to create 2D documentation

Generate files and views for collaboration and digital fabrication

Practice exercise

Challenge exercise

11

Design automation techniques

Module overview

Simplify workflow by using iParts, iFeatures, iMates, and iAssemblies

Use Frame Generator to create and edit frames

Describe the benefits of using Design Accelerators to create bolted connections

Practice exercise

Challenge exercise

12

Course challenge

Module overview

Challenge exercise

13

Practice test

Module overview

Start your practice test

Apply topology optimization principles

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After completing this video, you will be able to:

Explain how the Shape Generator can improve design.
Define loads, constraints, materials, boundaries, and keep outs.

Video quiz

Step-by-step guide