• Understanding the basics of AutoCAD and its importance in various industries
• Navigating the AutoCAD user interface and settings

• Creating and editing 2D drawings using essential tools and commands
• Precision drawing techniques, including object snaps and tracking

• Introduction to 3D modeling concepts and techniques
• Creating and editing 3D models and solids

• In-depth exploration of advanced 2D drawing tools, such as parametric constraints
• Creating complex 2D drawings and layouts

• Enhancing 3D models with materials, lighting, and rendering
• Creating realistic 3D visualizations and walkthroughs

• Customizing AutoCAD workspace and menus
• Creating and using AutoLISP and Script files for automation

• Exploring industry-specific AutoCAD applications, such as AutoCAD Civil 3D, AutoCAD Architecture, and AutoCAD Mechanical
• Practical exercises in the chosen specialization

• Working with Xrefs (external references) and data management best practices
• Collaborating with team members using AutoCAD file sharing and collaboration tools

• Implementing industry-standard drawing practices and templates
• Creating detailed documentation, including title blocks and annotations

• Undertaking real-world projects that challenge students to apply their AutoCAD skills
• Projects may include architectural plans, mechanical drawings, or civil engineering designs

• Preparing for AutoCAD certification exams (if applicable)
• Reviewing key concepts and practicing exam-style questions

• Exploring the latest trends and innovations in the field of CAD and design
• Preparing students for future advancements in the industry

• Compiling a portfolio showcasing completed AutoCAD projects
• Preparing for job interviews and presenting design work effectively

• Architectural Floor Plans
• Mechanical Parts Drawing
• 3D Modeling and Visualization
• Structural Detail Drawings
• Machine Assembly Drawings