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Autodesk Fusion 360: Introduction to Parametric Modeling Certification Training

Explore the parametric design philosophy using Autodesk Fusion 360 with our three-day Fusion 360 Introduction to Parametric Modeling training. The Autodesk-certified instructors (ACIs) cover all the industry-relevant aspects and help you prepare for the Autodesk Fusion 360 Certified User exam.

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Autodesk Fusion 360: Introduction to Parametric Modeling Certification

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autodesk fusion 360 intro parametric modeling certification

Autodesk Authorized Training Center

24x7 access to learning resources

Flexible training schedule

A course completion certificate from Autodesk

Overview Learning Objectives Who Should Attend Prerequisite Outline

Autodesk Fusion 360: Introduction to Parametric Modeling Course Overview

Vinsys Autodesk Fusion 360 Introduction to Parametric Modeling training provides you with essential skills/knowledge for designing models utilizing Fusion 360. It also assists in securing the Autodesk Fusion 360 Certified User credential.

Objectives

Learning the Autodesk Fusion 360 interface.
To Create/Constrain/Dimension 2D sketches.
Create/Edit Solid 3D Features.
Create/Use Construction Features.
Create Equations and Work with Parameters.
Manipulate the Feature History of a Design.
Duplicate Geometry in a Design.
Place/Constrain/Connect Components in a Single Design File.
Define Motion in a Multi-component Design.
Create Components/Features in a Multi-component Design.
Create/Edit T-spline Geometry.
Document a Design in Drawings.
Define Structural Constraints/Loads for Static Analysis.

Audience

Individuals willing to learn designing in Autodesk Fusion 360.
Those who wish to earn the Autodesk Fusion 360 Certified User accreditation.

Prerequisites

Knowledge of drafting 3D parts is recommended, not mandatory.
Experience with Microsoft Windows operating system.

Course Outline

Autodesk Fusion 360 Introduction

Fusion 360 Fundamentals.
Get Started.
Fusion 360 Interface.
Design Navigation and Display.

Create the First Feature with Quick Shapes

Design Units and Origin.
Quick Shape Creation.

Create Sketched Geometry

Sketching Workflow Introduction.
Sketching Entities.
Dimensioning.
Sketching Constraints.
Extruding/Revolving a Sketch.

Additional Sketching Tools

Additional Entity Types.
Editing Tools.
Additional Dimension Tools.
Moving/Copying.
Rectangular/Circular Sketch Patterns.

Sketched Secondary Features

Using Existing Geometry.

Pick/Place Features

Fillets.
Chamfers.
Holes.
Edit Pick/Place Features.

Additional Features & Operations

Draft.
Shell.
Rib.
Split Face.
Scale.
Thread.
Press Pull.

Design/Display Manipulation

Reorder/Insert Features.
Suppress Features.
Measure/Section Analysis.
Direct Modeling.

Single Path Sweeps

Sweeps.

Loft Features

Lofts.

Feature Duplication Tools

Mirroring Geometry.
Patterning Features.

Distributed Design

Assembly Design Methods.
Distributed Design.
Joint Origins.
Assigning Joints.

Component Design Tools

Rigid Groups.
Interference Detection.
Miscellaneous Joint Tools.

Multi-Body Design

Multi-Body Design Tools.
Components.
As-Built Joints.

Sculpting Geometry

Sculpt Environment Introduction.
Surface Quick Shapes.
Create Sketched T-Spline Surfaces.
Create Faces and Filling Holes.

Edit Sculpted Geometry

Edit Form Geometry.
Delete Entities.
Work with Edges/Faces/Points.
Controlling Symmetry.
Thickening Geometry.

Draw Basics

Create a New Drawing.
Additional Drawing Views.
Exploded Views.
Manipulate Drawings.

Detailing Drawings

Dimensions.
Other Annotations.
Parts List and Balloons.
Annotation/Dimension Settings.
Drawing Output.

Static Analysis Using the Simulation Environment

Simulation Environment Introduction.
Set up a Structural Static Analysis.
Set up the Mesh.
Solve a Design Study.
Visualize the Results.

Choose Your Preferred Mode

ONLINE TRAINING

Autodesk-approved Subject-matter Experts
Authorized Content
Approved and Quality Ensured training Material
24*7 learner assistance and support

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CORPORATE TRAINING

ROI-optimization & Group Discounts
Domain-customization
Instructor-Led Skill Development Program
24*7 Learner Assistance and Support

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FAQ’s

Is it Worth Getting Trained on Autodesk Fusion 360?

Yes! The in-demand Fusion 360 is often acknowledged as the best cloud-based 3D modeling, CAD, CAM, CAE, PCB product design and manufacturing software. It unifies your design, engineering, electronics, and manufacturing into a single platform. Altogether, modeling with Autodesk's Fusion 360 is simple, powerful, and fast, sufficient for most design projects.

What's the Difference Between Autodesk AutoCAD and Fusion 360?

AutoCAD is merely a CAD application for creating 2D/3D drawings; however, Fusion 360 is an integrated CAD, CAM, CAE, and PCB software.

How Can we Define Parametric Modeling?

It can be described as a time-saving CAD tool that helps in eliminating the need for design engineers to constantly redraw designs each time one of the design dimensions changes.

Do I Need to have Prior Knowledge of 3D modeling or CAD?

No.

Is Fusion 360 Introduction to Parametric Modeling Course Foundational or Intermediate-level?

It is introductory or entry-level training.

Is this Autodesk Training Theory-oriented Or Practical?

The hands-on Fusion 360 course is highly practice-intensive.

Why Should I Prefer an Autodesk Fusion 360 Course from Vinsys?

Vinsys remains a globally admired Corporate/Individual training provider and an Autodesk-authorized center with seasoned industry experts sharing an official curriculum.
Our instructor-led Fusion 360 online training, customizable skill-development programs, and 24*7 learner support ensure the most comprehensive upskilling experience, a must for capitalizing on valuable Autodesk Fusion 360 opportunities.

What are the Charges for Enrolling in the Fusion 360 Training at Vinsys?

Please refer to our updated Autodesk Course calendar here.