本课程由Messgerat Labs推出，专为工程师与设计师设计，融合Fusion 360、Claude AI与Python脚本，通过9门核心课程，实现AI辅助的机械CAD自动化，涵盖参数化建模、高精度零件与联动机构，助力高效设计。
原始标题：Fusion 360 with Claude AI: AI-Powered CAD Design & Python
本课程由 Messgerat Labs 打造，专门面向工程师与设计人员，是一门将 Autodesk Fusion 360、Claude AI 与 Python 脚本深度融合的 1.4K 纯高清（1440p）机械 CAD 自动化实战指南。
在总计 1 小时 40 分钟的 9 门核心课程中，您将跳过深奥的代码理论，直接利用 Claude AI 作为“AI 结对工程师”，为 Fusion 360 快速生成、调试并运行 Python 自动化建模脚本。
课程采取完全基于项目的实战教学法，内容横跨三大工程维度：
- 基础参数化建模：利用 AI 辅助快速构建连杆、离合器片等工程刚需零件。
- 高精度机械零件：自动计算并精准生成复杂的正齿轮齿形与变速箱外壳排布。
- 高级联动机构装配：亲手设计并组装具备间歇性运动的日内瓦机构以及多组件联动的气动抓手，实现完整的运动副调试。
无论您是机械专业的学生、资深 CAD 设计师，还是对 AI 驱动工程感兴趣的零基础技术创作者，这门课都将帮助您把传统的点击拖拽式 CAD 工作流，升级为高效的“AI 提示词 + 代码”自动化设计流，大幅削减机械研发的重复劳动时间。
Published 8/2026
Created by Messgerat Labs (GaugeHow)
MP4 | Video: h264, 2560×1440 | Audio: AAC, 44.1 KHz, 2 Ch
Level: All Levels | Genre: eLearning | Language: English | Duration: 9 Lectures ( 1h 40m ) | Size: 1.6 GB
Learn Fusion 360 with Claude AI for CAD automation, Python scripting, mechanical design & practical engineering projects
What you’ll learn
⚡ Use Claude AI with Fusion 360 to assist with mechanical CAD design
⚡ Generate Python scripts with Claude AI to automate Fusion 360 design tasks
⚡ Create practical mechanical components such as connecting rods, spur gears, gearbox housings, and clutch plates
⚡ Design and assemble pneumatic grippers and Geneva mechanisms in Fusion 360
⚡ Apply AI-assisted CAD workflows to speed up mechanical design and automation
Requirements
❗ Basic knowledge of mechanical engineering and CAD concepts is helpful but not required.
❗ A Claude AI account is recommended.
❗ A computer capable of running Fusion 360 smoothly.
Description
Want to combineFusion 360, Claude AI, and Python to create mechanical designs faster? This practical course introduces you toAI-powered CAD design and automation using Autodesk Fusion 360 and Claude AI.
You’ll learn how to use Claude AI to generate Python scripts, assist with CAD workflows, and create practical mechanical engineering designs in Fusion 360. Instead of focusing only on theory, the course takes a project-based approach where you build real mechanical components and mechanisms step by step.
You’ll start by understanding howClaude AI can work with Fusion 360, followed by setting up an AI-assisted CAD workflow. You’ll then learn how to generate Python scripts with Claude to automate design tasks in Fusion 360.
The course includes hands-on projects such asConnecting Rod, Spur Gear, Gearbox Housing, and Clutch Plate. You’ll also design more advanced mechanical systems including aPneumatic Gripper and Geneva Mechanism.
By the end of this course, you’ll have experience with
✨Fusion 360 for mechanical CAD design
✨Claude AI for AI-assisted engineering workflows
✨Python scripting for Fusion 360 automation
✨ Parametric mechanical component design
✨ Practical assembly and mechanism design
✨ AI-assisted CAD automation
This course is suitable formechanical engineering students, CAD designers, engineers, product designers, and beginners interested in AI for engineering. Basic CAD or mechanical engineering knowledge is helpful, but you don’t need advanced Python skills to follow the course.
If you want to explore howgenerative AI can support practical mechanical design and CAD automation, this course provides a hands-on starting point.
Who this course is for
⭐ Mechanical Engineering students interested in AI-powered CAD design
⭐ CAD designers and engineers looking to use Claude AI with Fusion 360
⭐ Product designers who want to explore AI-assisted design workflows
⭐ Engineering professionals interested in CAD automation using Python
⭐ Beginners in AI for engineering who want to build practical mechanical design projects
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