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Course Outline
Introduction
- Fusion 360 philosophy and principles: The foundational concepts driving Fusion 360’s position as a comprehensive CAD, CAM, and CAE platform.
- What is Fusion 360?: An overview of the software’s core functionalities and integrated capabilities.
- Fusion 360 vs SolidWorks: A comparative analysis of two leading computer-aided design tools.
- Overview of Fusion 360 features and architecture: An examination of the system’s structural framework and functional scope.
- Beyond Fusion 360: Identification of complementary software ecosystems that enhance its utility.
- Understanding Fusion 360's parametric design: The role of parametric modeling in achieving design precision and flexibility.
The lifecycle of a Fusion 360 project
- A sequential workflow from initial concept through simulation to final production, detailing the steps required for effective design realization.
How Fusion 360 fits in with modern design and manufacturing / How Fusion 360 works
- The function of Fusion 360 within the broader ecosystem of design engineering, simulation, computer-aided manufacturing, and additive manufacturing.
Getting Started
- Setting up the Development Environment: Configuring system requirements to support Fusion 360 operations.
- Installing Fusion 360 as a stand-alone application: Procedural instructions for local software deployment.
- Installing Fusion 360 plugins and extensions: Methods for expanding software functionality through add-ins.
- Setting up Fusion 360 for team collaboration: Implementation of Fusion Team and related tools for coordinated project management.
- Accessing Fusion 360 in the cloud (private, AWS, etc.): Utilizing cloud infrastructure to support data accessibility and processing for government and enterprise applications.
Integrating Fusion 360 with 3D printers and CNC machines
- Procedures for generating G-code, preparing digital models for additive manufacturing, and configuring computer-aided machining workflows.
Troubleshooting
- Identification and resolution of frequent technical challenges, ranging from installation errors to complex design constraints.
Summary and Next Steps
- Consolidation of essential concepts and guidance for advanced utilization of the platform.
Requirements
- Foundational comprehension of three-dimensional design principles
- Commitment to advancements in additive manufacturing and computer-aided design
Target Participants
- CAD practitioners seeking proficiency with Fusion 360 for government-related applications
- Additive manufacturing professionals requiring skills to engineer and refine custom components
- Individuals dedicated to integrating digital fabrication workflows
21 Hours
Testimonials (1)
the point that Huba took the time to sit with me as the lesser knowledgeable of the application and go through each part and explain where i had gone wrong and how to correct the issue
