Course

Introduction to Mechanical Engineering Design and Manufacturing with Fusion 360

Autodesk

Learn the intricacies of design for manufacturing with Autodesk Fusion 360 in this comprehensive course. Through a series of engaging modules, you will explore CAD sketching and modeling, assemblies, animations, renders, detailed drawings, CAM, and CAE. Gain hands-on experience in creating physical prototypes from digital models using CNC programming and Fusion 360 tools.

  • Explore the future of manufacturing and innovation
  • Master CAD sketching and modeling techniques
  • Learn about assemblies, animations, renders, and detailed drawings
  • Understand CAM and the programming language for CNC machines
  • Gain proficiency in CAE for simulations and prototyping

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Introduction to Mechanical Engineering Design and Manufacturing with Fusion 360
Course Modules

This course comprises five modules that cover the future of manufacturing, CAD sketching and modeling, assemblies, animations, renders, detailed drawings, CAM, and CAE. Each module provides hands-on training and exercises to develop essential skills in design for manufacturing using Fusion 360.

The future of manufacturing and innovation

Explore the future of manufacturing and innovation, including the latest trends and the digital manufacturing process. Engage in pre-course discussions and connect with peers to gain insights and prepare for the learning journey.

Introduction to CAD sketching and modeling

Gain proficiency in CAD sketching and modeling techniques, including creating complex sketches, drafting parts, and 3D printing. Challenge yourself with practice exercises and interactive discussions to enhance your skills.

Introduction to assemblies, animations, renders, and detailed drawings

Delve into assemblies, animations, renders, and detailed drawings. Learn how to apply joints, drive animations, and create detailed drawings from rendered models. Engage in practical exercises to reinforce your understanding.

Introduction to CAM

Master the fundamentals of Computer-Aided Manufacturing (CAM) by defining tools, creating toolpaths, and simulating programs. Practice exporting NC files and participate in discussions to deepen your knowledge.

Introduction to CAE

Develop expertise in Computer-Aided Engineering (CAE) by using simulations, adding load conditions, and reviewing results. Prepare for the course challenge exercise and final assessment to showcase your skills in design for manufacturing.

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