CNC Programming Training Course

Course Overview

• Next Batch: New batches start every month. Limited seats available – enroll early!
• Course Duration: 1.5 Months (including hands-on CNC programming and machining projects).
• Eligibility: Mechanical Engineering learners Production Engineering learners Electrical Engineering learners Machine Operators Industry Professionals.
• Mechanical Engineering learners.
• Production Engineering learners.
• Electrical Engineering learners.
• Industry Professionals.

CNC Programming Training Course

• Understand CNC machine operations, tool paths, and coordinate systems.
• Learn G-code and M-code programming for CNC milling and turning.
• Create 2D and 3D toolpaths using CAM software like Mastercam or Fusion 360.
• Simulate machining processes and verify tool movements.
• Set up and operate CNC machines safely and efficiently.
• Work on live industry-based projects for hands-on programming experience.

Overview of CNC Programming Training Course

The CNC Programming Training Course is designed for mechanical engineers, machinists, and manufacturing professionals who want to master computer numerical control (CNC) systems. This course focuses on both manual programming and CAM-based automation for production efficiency, giving you the specialized technical expertise needed to advance your career in the modern manufacturing sector.

Through real-world machining simulations, learners gain expertise in writing, editing, and optimizing CNC programs. By the end of this course, you'll be ready to handle CNC machines, generate accurate tool paths, and execute complex manufacturing operations confidently.

1. Introduction to CNC Technology

• What is CNC and its role in modern manufacturing.
• Overview of CNC machines: lathes, mills, routers, grinders.

2. Basics of CNC Programming

• Introduction to G-code and M-code.
• Structure and syntax of CNC programs.

3. CNC Machine Setup & Operation

• Machine configuration and safety protocols.
• Loading tools, setting work coordinates, and zero referencing.

4. Programming for Machining Operations

• Programming for turning, drilling, milling.
• Understanding feed rates, spindle speed, and cutting depth.

5. Tool Selection & Toolpath Planning

• Choosing appropriate tools for different operations.
• Toolpath strategies for efficiency and quality.