AutoCAD for Mechanical Training Course

Course Overview

• Next Batch:New batches start every month. Limited seats available – enroll early!
• Course Duration:1 Month (including hands-on design and drafting projects).
• Eligibility: Mechanical Engineering learners Designers Drafters Industry Professionals.
• Mechanical Engineering learners.
• Industry Professionals.

AutoCAD for Mechanical Training Course

• Learn the AutoCAD for Mechanical interface and essential drawing tools.
• Create precise 2D machine components, assemblies, and layouts.
• Develop 3D models and isometric views for mechanical parts.
• Understand dimensioning, tolerancing, and drafting standards.
• Generate BOMs (Bill of Materials) and detailed engineering drawings.
• Work on live mechanical design projects for hands-on industry exposure.

Overview of AutoCAD for Mechanical Training Course

The AutoCAD for Mechanical Training Course is designed to train learners and professionals in mechanical drawing, drafting, and design documentation. It focuses on both 2D and 3D aspects of machine design, enabling learners to create accurate, industry-ready designs, providing you with the specialized technical expertise needed to advance your career.

This course bridges design concepts with manufacturing practices by teaching how to represent mechanical parts, assemblies, and tolerances. By the end of this program, you'll be confident in producing professional mechanical drawings and models for industrial applications.

1. Introduction to AutoCAD Mechanical

• Overview of CAD in mechanical industries.
• Introduction to AutoCAD Mechanical workspace and interface.

2. Basic Drawing & Editing Commands

• Drawing tools: Line, Circle, Arc, Rectangle.
• Modify tools: Trim, Extend, Move, Copy, Mirror.

3. Layers, Properties & Annotations

• Using layers for efficient drawing.
• Dimensioning and text annotations.
• Multiline text and leaders.

4. Advanced Tools & Mechanical Symbols

• Working with mechanical parts and standard symbols.
• Hole charts, thread features, and feature control frames.

5. Parametric Design and Constraints

• Geometric and dimensional constraints.
• Smart editing with parametric relationships.