Computer-Aided Manufacturing (CAM)
Overview
CAM is often used in conjunction with CAD (Computer-Aided Design). CAD designs are translated into instructions for CAM machines to create objects directly from the design.
This process can help: increase the efficiency of producing parts, optimize the amount of materials used, create components and tooling with precise dimensions, and reduce energy consumption.
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Knowledge Partner
What you will learn:
- Introduction and Basics
- CNC programming fundamentalsv
- Practical machining operationsv
- Introduction to CAM software
- Material and Fixture management
- Intermediate CNC programming and measurement
- Quality control and Advanced toolpaths
- Surface finishing and maintenance
- Advanced applications and projects
- Final Workshop and Certification
Objectives:
- Introduce CNC programming fundamentals and the integration of CAD and CAM for efficient part production.
- Teach students material, fixture management, and practical machining operations to optimize manufacturing processes.
- Equip students with skills in advanced tool paths, quality control, and surface finishing techniques
- Develop proficiency in CAM software and intermediate CNC programming for precise measurements and tool management.
Assessment
Throughout the course, your progress will be evaluated through interactive quizzes, hands-on demonstrations, and a final project to showcase your skills. Upon completion, you’ll receive a prestigious certification, recognized by leading organizations in the industry.
Certificates
