Introduction

The "CAD/CAM Tools for Mechanical Design" professional course is designed to provide participants with a comprehensive understanding of computer-aided design (CAD) and computer-aided manufacturing (CAM) technologies. Over the course of five days, attendees will gain hands-on experience with industry-standard software tools used in mechanical design and manufacturing. The course will help professionals enhance their skills and apply CAD/CAM methodologies effectively in real-world projects.

Objectives

• Understand the fundamental concepts of CAD and CAM systems.
• Gain proficiency in using CAD/CAM software tools for mechanical design.
• Learn to create detailed 3D models and technical drawings.
• Explore automated manufacturing processes using CAM.
• Apply CAD/CAM techniques to optimize mechanical design workflows.

Course Outlines

Day 1: Introduction to CAD/CAM Systems

• Overview of CAD/CAM technologies and their importance in mechanical design.
• Introduction to CAD software interfaces and functionalities.
• Basic sketching and dimensioning techniques for mechanical components.
• Understanding coordinate systems and geometric constraints.
• Hands-on session: Creating simple 2D sketches.

Day 2: 3D Modeling and Design

• Introduction to 3D modeling concepts and techniques.
• Creating complex 3D geometries using CAD tools.
• Techniques for assembling multiple components in a 3D model.
• Model verification and analysis for design accuracy.
• Hands-on session: Building a 3D mechanical assembly.

Day 3: Advanced CAD Techniques

• Parametric modeling and the use of design variables.
• Feature-based modeling and design iterations.
• Advanced surface modeling for complex shapes.
• Generating technical drawings and annotations.
• Hands-on session: Creating advanced models with parametric features.

Day 4: Introduction to CAM Processes

• Overview of CAM systems and their role in manufacturing.
• Understanding CNC programming concepts and machine operations.
• Generating tool paths and machining strategies using CAM software.
• Simulation of machining operations and error detection.
• Hands-on session: Simulating a milling operation in CAM software.

Day 5: Integrating CAD/CAM for Production

• Workflow integration between CAD and CAM systems.
• Optimizing design for manufacturability and cost-efficiency.
• Case studies: Real-world applications of CAD/CAM in industry.
• Exploring future trends in CAD/CAM technology.
• Final project: Designing and simulating a part from scratch.