AI for AutoCAD Users Course in Lebanon
Learn how to use artificial intelligence tools such as ChatGPT, Gemini, and Claude to automate AutoCAD workflows, generate AutoLISP and Python scripts, create custom productivity tools, and reduce repetitive drafting tasks.
Duration: 15 hours
Teaching Methodology: Hands-on, project-based
Course Schedule: Schedule
Fees $360
Course Mode: Blended — Face-to-face or online via Zoom
Course Description
AI for AutoCAD Users teaches participants how to use artificial intelligence tools such as ChatGPT, Gemini, and Claude to improve AutoCAD productivity, automate repetitive tasks, and generate custom solutions for real-world drafting and design challenges.
Participants learn how AI can generate AutoLISP routines, Python scripts, custom commands, macros, and automation workflows that reduce manual work and improve efficiency.
The course combines practical AutoCAD applications with AI-assisted problem solving, enabling users to create intelligent workflows without requiring extensive programming experience.
Why Learn AI for AutoCAD?
Modern design offices increasingly rely on automation to improve productivity, reduce repetitive work, enforce CAD standards, and accelerate project delivery. Professionals who understand Python, AutoLISP, and AI-assisted automation can create custom tools that save hundreds of hours of manual drafting time each year.
AI Tools Covered
- ChatGPT
- Google Gemini
- Claude
- AI-assisted Python development
- AI-assisted AutoLISP development
- Prompt engineering for AutoCAD workflows
OVERVIEW
This course guides AutoCAD power users through a practical introduction to automation and AI-assisted design. It begins with the fundamentals of Python programming and setting up a professional development environment using Visual Studio Code (VS Code). Students learn how to read, interpret, and modify scripts generated by AI tools such as ChatGPT, Google Gemini, and Claude.
Because AI-generated code does not always align perfectly with AutoCAD workflows, the course emphasizes how to review, troubleshoot, and adapt these scripts to ensure reliable and accurate performance.
Students are also introduced to the fundamentals of AutoLISP programming and learn how to leverage AI tools to generate and refine AutoLISP scripts that automate repetitive tasks within AutoCAD.
Finally, participants learn how to create custom AutoCAD buttons and ribbon tabs to organize and execute their AI-generated scripts efficiently—transforming everyday drafting workflows into streamlined, personalized automation systems.
AI TOOLS USED IN THIS COURSE
Click below to explore the AI tools, development platforms, and programming environments used in this course.
AI Tools & Development Platforms
Python Development Environment
Official Python programming language download used for automation scripting, AutoCAD integration, and AI-assisted programming workflows.
Lightweight code editor used to write, test, debug, and organize Python and AutoLISP automation scripts for AutoCAD.
AI Assistants & Code Generation
Used for generating Python and AutoLISP scripts, debugging automation workflows, explaining code, and accelerating development.
Used for AI-assisted coding, problem solving, script optimization, and workflow analysis for AutoCAD automation.
Useful for understanding large scripts, improving automation logic, writing structured code, and debugging complex workflows.
AI coding assistant used to accelerate Python scripting, automate repetitive coding tasks, and improve productivity inside development environments.
AI Automation & Productivity Tools
Used for experimenting with advanced AI models, testing prompts, and developing automation concepts.
Used for understanding API-based automation workflows and integrating AI-generated logic into technical pipelines.
BENEFITS OF THIS COURSE
This course is designed to help AutoCAD users dramatically reduce repetitive drafting and production work using AI-assisted automation, Python scripting, and AutoLISP tools. Instead of manually repeating the same commands hundreds of times, students learn how to automate them intelligently and build personalized productivity systems directly inside AutoCAD.
Architectural drafting departments can significantly accelerate repetitive CAD production tasks such as layer cleanup, block renaming, title block updates, annotation processing, drawing standardization, plotting preparation, file auditing, and batch modifications. In many real-world offices, automation can reduce repetitive drafting and cleanup operations by 60% to 85%.
Interior design teams can automate repetitive drawing preparation tasks such as furniture layer organization, annotation cleanup, block replacement, drawing packaging, batch plotting, and repetitive detailing workflows. Scripts can process dozens or even hundreds of drawings automatically, reducing production time and minimizing human error.
MEP and mechanical departments can use automation to accelerate CAD standardization, layer corrections, block management, drawing cleanup, equipment tagging, plotting pipelines, and repetitive documentation workflows. Tasks that normally require many hours of repetitive manual editing can often be completed automatically within minutes.
Civil and infrastructure drafting teams can benefit from automation when processing large groups of drawings, coordinate extraction, annotation consistency, title block management, plotting automation, and repetitive CAD standards enforcement across entire projects.
One of the strongest advantages of this course is that students do not need to become traditional programmers. Using modern AI assistants such as ChatGPT, Google Gemini, and Claude, students learn how to generate, improve, debug, and customize Python and AutoLISP scripts much faster than traditional coding workflows.
By the end of the course, students will be able to:
- Automate repetitive AutoCAD drafting tasks.
- Create AI-assisted Python and AutoLISP automation tools.
- Batch process large numbers of AutoCAD drawings.
- Build custom AutoCAD ribbon tabs and productivity buttons.
- Reduce drawing cleanup and standardization time.
- Automate plotting and documentation workflows.
- Improve drafting consistency and reduce human error.
- Develop reusable automation systems for company-wide CAD production.
As AI-assisted automation becomes increasingly important in architecture, engineering, manufacturing, and construction industries, professionals who understand AutoCAD automation and AI-driven productivity workflows are becoming highly valuable in modern technical environments.
Recommended Learning Path
AutoCAD Essentials → AI for AutoCAD Users → AutoCAD Production Workshop → Construction Documentation with AutoCAD
Certifications & Accreditations
ETC Expertise Training Center is an Autodesk Authorized Training Center (ATC) and a licensed educational institution in Lebanon. Participants receive an international Autodesk Certificate of Completion upon successfully completing Autodesk-authorized training programs.
Students who meet the requirements outlined in ETC's certification roadmap may also qualify for ETC certificates attested by the Lebanese Ministry of Education, providing both internationally recognized training credentials and locally attested professional certification.
AUDIENCE
Architects, civil engineers, interior designers, CAD technicians, BIM professionals, construction professionals, and AutoCAD users interested in improving productivity through artificial intelligence and automation.
PREREQUISITES
No prior coding required. Python 1 is recommended (for deeper fundamentals) but not mandatory. AutoCAD Essentials
Career Opportunities
- CAD Automation Specialist
- Design Technology Specialist
- BIM Automation Specialist
- CAD Productivity Consultant
- Technical Support Specialist
- Computational Design Specialist
- AI Workflow Developer
- Digital Design Innovation Specialist
- CAD Standards Manager
- Engineering Automation Specialist
COURSE CONTENTS
01 - VS Code Setup for AI-Assisted AutoCAD Automation
- Installing Python and Visual Studio Code.
- Configuring Python, Pylance, and AutoLISP extensions.
- Creating and running Python scripts.
- Debugging AI-generated code.
- Installing pyautocad and pywin32.
- Connecting Python to AutoCAD.
- Using ChatGPT, Gemini, and Claude for coding assistance.
02 - Python Essentials for AutoCAD Users
- Python syntax and coding fundamentals.
- Variables, data types, and expressions.
- Lists and dictionaries.
- Conditions and loops.
- Functions and reusable code.
- Error handling and debugging.
- Understanding and modifying AI-generated Python scripts.
03 - Connecting Python to AutoCAD with AI
- Installing and testing pyautocad.
- Creating and modifying AutoCAD drawings with Python.
- AI prompt engineering for AutoCAD automation.
- Generating Python scripts using ChatGPT, Gemini, and Claude.
- Drawing automation templates.
- Data extraction and reporting.
- Batch modification and workflow automation.
04 - Advanced AutoCAD Automation Projects
- Building advanced automation tools.
- Creating graphical user interfaces with Tkinter.
- DWG inventory and reporting systems.
- Batch processing AutoCAD drawings.
- CSV export and data analysis.
- Error handling and production-ready scripts.
- AI-assisted workflow optimization.
05 - AutoLISP Programming with AI
- Introduction to AutoLISP.
- Creating custom AutoCAD commands.
- Writing and loading LISP routines.
- Working with variables and user input.
- Generating AutoLISP using ChatGPT and Gemini.
- Automating repetitive drafting tasks.
- Building reusable AutoCAD productivity tools.
06 - Custom Tabs, Buttons & Productivity Systems
- Creating custom ribbon tabs and panels.
- Building AutoCAD command buttons.
- Launching Python scripts from AutoCAD.
- Connecting AutoLISP with Python automation.
- Creating reusable automation toolsets.
- Deploying productivity tools across teams.
- Building a complete AI-powered AutoCAD workflow.
Frequently Asked Questions
Do I need programming experience?
No. The course teaches participants how to use AI tools to generate and improve AutoLISP and Python code even if they have limited programming experience.
Will I learn AutoLISP?
Yes. Participants learn how to create and customize AutoLISP routines manually and with the assistance of AI tools.
Will I learn Python?
Yes. The course introduces Python for AutoCAD automation and demonstrates how AI can accelerate script development and troubleshooting.
Can AI completely replace AutoCAD users?
No. AI assists with automation, coding, and repetitive tasks, but professional drafting, engineering judgment, design decisions, and quality control still require skilled CAD professionals.
Related AutoCAD Courses
This course is part of ETC's AutoCAD training program in Lebanon. Explore the other courses in the department:
- All AutoCAD & CAD Automation Courses in Lebanon
- AutoCAD Essentials
- AutoCAD Professional
- AutoCAD Production Workshop
- Construction Documentation with AutoCAD
- AutoCAD 3D Modeling
Related ETC Departments
CAD automation skills complement BIM, Revit, Dynamo, Python programming, artificial intelligence, data analysis, and architectural visualization workflows.

