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AUTODESK FUSION 360 - Level 2 course hero image

AUTODESK FUSION 360 - Level 2

Session Details

Khobar

USD 6,000.00

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Overview

  • Fusion 360 is a systematic design platform widely adopted to optimize product development strategies, ensuring that designs and components perform their intended functions efficiently and cost-effectively. Fusion focuses on determining the most practical and effective design and manufacturing activities, tailored to specific engineering contexts. By establishing streamlined workflows from concept to production, it aids in formulating changes to design methods and fabrication processes that enhance reliability and performance.

  • The successful implementation of Fusion 360 can lead to substantial time savings, improved design accuracy, and stronger collaboration. However, the platform’s success lies in the details understanding the critical tools and methodologies of Fusion 360 is essential for achieving these benefits.

  • The Autodesk Fusion 360 Level 02 course builds upon the fundamental skills acquired in the Level 1 course, taking participants deeper into the advanced features and functionalities of Autodesk Fusion 360.

  • This course is designed for individuals who have completed the Level 01 course or possess equivalent knowledge and experience in Fusion360. Through hands-on exercises and practical projects, participants will further develop their proficiency in 3D modeling, parametric design, assembly creation, technical documentation, rendering, simulation, and collaborative workflows using Fusion 360. The course focuses on enhancing design efficiency, accuracy, and productivity while exploring more advanced tools and techniques available in the software.

Course Objectives

  • Understand the Fusion 360 Process Flow: Know how to navigate the complete workflow from concept design to production, including sketching, modeling, rendering, and manufacturing stages.

  • Differentiate Fusion 360 Workspaces: Recognize the purpose and functions of each workspace such as Design, Sculpt, Render, Animation, and Manufacture, and understand how they support various design goals.

  • Importance of Data Structure and Management: Understand how Fusion’s cloud based data structure ensures organized project content, version tracking, and secure collaboration before starting any design work.

  • Identify and Categorize Design Components: Learn how to identify, structure, and categorize bodies, components, and assemblies for efficient modeling and accurate production output.

  • Understand Design Criticality and Analysis Tools: Explore how Fusion’s simulation and analysis tools help evaluate stress, performance, and reliability of designs before manufacturing.

Course Certifications

  • Short quizzes at end of each module

  • Final project: Design, assemble, and document a simple mechanical part

  • Certificate of completion (Autodesk Certified User – optional)

Course Methodology

  • This Autodesk Fusion 360 course will employ a variety of proven, highly interactive, and hands-on learning techniques to ensure maximum understanding, comprehension, and retention of the software’s tools, concepts, and workflows.

  • This includes guided individual and group design exercises, collaborative modeling sessions, practical 3D projects, design simulations, and rendering activities.

  • The instructor will further enhance the learning experience by encouraging participants to apply, test, and critically evaluate the principles and functionalities of Fusion 360 throughout the course, from concept creation to product fabrication.

Course Outline

Module 1: Manufacturing Design Rules

Outline Design for Subtractive Manufacturing

  • Apply Knowledge of Subtractive Manufacturing Methods

  • Explain the Principles of Material Removal and Tool Access

  • Operate the Software Evaluation Tools for Minimum Radius and Tool Access

Outline Design for Additive Manufacturing

  • Discuss the Types of Additive Machines

  • Explain the Principles of Support Material & Design Requirements for Each Method

  • Operate the Software Evaluation and Export Tool for Additive Manufacturing

Outline Design for Drafted Applications

  • Discuss the General Design Guidelines for Injection Molding View Cube

  • Explain the General Design Guidelines for Casting

  • Operate the Software Tools for Part Evaluation for Draft

Outline Design for Sheet Metal Manufacturing

  • Discuss the Types of Sheet Metal Manufacturing Tools

  • Explain Basic Sheet Metal Design Language

Module 2: 3D Component Modelling

Create and Modify Sketches

  • Create Advanced Sketch Entities

  • Create Sketch Patterns , intersection Curves , Construction Geometry

  • Create And Manipulate User Parameters.

  • Create Advanced Sketch Constraints, 3D Sketch Entities.

  • Create Construction Planes and Axes.

Create and Modify 3d Solid Features

  • Create an Extrude Feature.

  • Create Advanced Hole and Thread Features.

  • Create Ribs and Webs on a Model.

  • Apply Draft to a Model.

Demonstrate View Controls

  • Create a Named View

  • Change the Default View

Create And Modify 3d Surface Features

  • Create Surface Features.

  • Create a Solid from a Thickened Surface.

  • Use Stitch to Combine Surfaces

Create And Modify Freeform Parts

  • Form Bodies from a Primitive.

  • Form Bodies from a Sketch

  • Use Advanced Edit Form Controls for Soft Modification.

  • Create or Modify Edges with Form Tools

  • Modify a Form with Bridge

  • Repair or Smooth a Form Body

Create And Modify Sheet Metal Parts

  • Define Sheet Metal Rules.

  • Create Sheet Metal Base Flanges and Bends

  • Modify a Sheet Metal Part

  • Export a Sheet Metal Design

Module 3: 3D Assembly Modelling and Management

Create Distributed and Derived Designs

  • Create and Break a Design.

Create Motion with Assembly Joints

  • Create A Joint Origin

  • Apply Higher Degree of Freedom Joint Types

  • Control Joint Limits

  • Create Rigid Groups

Create A Storyboard

Demonstrate Component Control

  • Use Isolate to Focus Attention on a Component.

  • Control Component Opacity.

  • Use Component Color Swatch and Color.

  • Cycling.

Control Component Physical Materials

  • Apply a Physical Material to a Component

  • Measure Component Mass Properties

Manipulate Component Positions with Transform

  • Manually Explode Components

Module 4: Create A Technical Drawing & Cont

Technical Detailed Drawing Creation

  • Create a New Drawing

Create Technical Drawing Templates

  • Create a Title Block Template

Create Technical Drawing Elements

  • Create a Title Block Template

  • Create a Drawing View Parts Table

  • Renumber Drawing View Balloons

  • Use GD&T Drawing Symbols

  • Create A Drawing Annotation

Introduction to Generative Design

  • CAD Design Process for Generative Design

  • Summarize the Mindset for Generative Design advance Fusion 360 CAD Workflows

Simulation Workshop

  • Introduction

  • Creating a Study: Static Stress

  • Conclusion

Module 5: Rendered Image Creation

Set Up a Render Scene

  • Select a Scene Environment.

  • Control Scene Settings

  • Change Scene Camera Settings

Control Render Appearances

  • Apply and Modify Appearances.

Create Renderings

  • Produce a Rendered Image.

  • Produce a Turn Table Render.

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