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AUTODESK FUSION 360

Overview

  • This beginner-level course introduces the basics of Autodesk Fusion 360, focusing on 3D design, parametric modeling, assembly creation, and technical documentation. It is ideal for students, hobbyists, and professionals starting with CAD/CAM design.

  • 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 Fusion360 is essential for achieving these benefits.

Courses 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 Certification:

  • 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

Introduction: Getting Started With Fusion 360

Setting Your Preferences

  • Access preferences.

  • Modify preferences settings.

  • Datasets Required.

  • No dataset are required. You start with a new empty design.

Module 1: User Interface Overview
  • Introduction to CAD/CAM/CAE principles

  • User interface overview

  • Use the toolbar & marking menu

  • Cloud based design and data management

  • Customizing preferences and workspace

  • Control objects in the browser.

  • Control operations in the timeline.

  • Change workspaces.

Module 2: Sketching Basics
  • Create a 2D sketch.

  • Understanding geometric and dimensional constraints

  • Working with sketch tools: line, arc, circle, rectangle, spline

  • Editing and constraining sketches.

Module 3: Solid Modeling & Features
  • Creating 3D features (extrude, revolve, sweep, loft)

  • Using fillets, chamfers, and shells

  • Parametric modeling and timeline editing

  • Modifying and editing solid bodies

Module 4: Assemblies
  • Creating components and subassemblies

  • Joints and motion simulation

  • Component organization and naming conventions

  • Working with the browser and design history.

Module 5: Visualization and Materials
  • Applying appearances and materials

  • Using the rendering workspace

  • Quick render setup and lighting controls.

Module 6: Technical Drawings and Documentation
  • Generating 2D drawings from 3D models

  • Adding dimensions, annotations, and title blocks

  • Exporting drawings to PDF or DWG

Module 7: Cam and 3D Printing Basics (Introduction)
  • Introduction to manufacturing workspace

  • Setting up toolpaths and simulations

  • Exporting STL for 3D printing

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