CNC Programming Certified Course

Course Description:

The CNC Programming  process of writing instructions that direct the movements and operations of CNC machines is known as CNC (Computer Numerical Control) programming. The machine is instructed by these instructions, which are frequently written in G-code, how to cut, mill, or otherwise manipulate material to produce the desired product.

Key Features of Course Divine:

• Collaboration with E‑Cell IIT Tirupati
• 1:1 Online Mentorship Platform
• Credit-Based Certification
• Live Classes Led by Industry Experts
• Live, Real-World Projects
• 100% Placement Support
• Potential Interview Training
• Resume-Building Activities

Career Opportunities After CNC Programming:

• CNC Programmer
• CNC Operator
• CNC Setter
• CAM Engineer
• Manufacturing Technician
• Mechanical Production Engineer
• Quality Control Technician

Essentials Skills You will Develop NC Programming:

• Understanding of CNC Fundamentals
• Programming Skills
• Machine Operation Proficiency
• CAM Software Application
• Material and Tool Knowledge

Tools Covered:

• AutoCAD / SolidWorks / Fusion 360
• For 2D and 3D CAD modeling.
• Mastercam / Edgecam / Fusion 360 CAM
• For creating CNC programs using CAM (Computer-Aided Manufacturing) techniques.
• Siemens NX / FANUC Simulator
• For G-code programming and CNC simulation.

Syllabus:

Module 1: Introduction to CNC Machines What is CNC (Computer Numerical Control)? History and Evolution of CNC Technology Types of CNC Machines (Lathe, Milling, Router, EDM) Basic CNC Components and Axis Applications in Manufacturing Industry.

Module 2: Basics of Machining and Manufacturing Introduction to Machining Processes Cutting Tools and Tool Materials Speeds and Feeds Work Holding Devices Tool Geometry and Nomenclature.

Module 3: CNC Machine Configuration and Operations CNC Machine Parts and Functions Control Panel Overview Manual Data Input (MDI) and Jogging
Reference Setting and Homing Safety Practices and PPE.

Module 4: CNC Programming Fundamentals Understanding G-codes and M-codes
Program structure and syntax Coordinate Systems (Absolute vs Incremental)
Tool Compensation and Offsets Basic Sample Programs.

Module 5: CNC Lathe Programming Turning Operations (Facing, Turning, Threading) G-code programming for CNC Lathe Canned Cycles for Lathe (G71, G73, G76, etc.) Tool Change and Work Offsets Simulation and Dry Run.

Module 6: CNC Milling Programming Milling Operations (Slotting, Drilling, Pocketing)
G-code programming for CNC Milling Canned Cycles for Milling (G81, G83, etc.)
Tool Path Optimization Work Coordinate Systems.

Module 7: CAD/CAM Integration Introduction to CAD/CAM Software (Fusion 360, Master cam, etc.) Designing 2D/3D parts Toolpath Generation Post-processing and NC Code Generation Transferring Programs to CNC Machine.

Module 8: Simulation and Verification Introduction to CNC Simulators Code Verification before Machining Collision Detection Backplotting and Troubleshooting
Program Debugging Techniques.

Module 9: CNC Maintenance and Troubleshooting Routine Maintenance Checks
Lubrication and Coolant Systems Error Messages and Alarms Troubleshooting Mechanical and Electrical Faults Ensuring Machine Accuracy.

Module 10: Final Project and Certification Live CNC Project (Lathe/Mill Part Programming) Complete Process: Design → Program → Simulate → Execute Program Optimization & Report Viva and Skill Assessment Certification and Industry Guidance.

Industry Projects:

• Milling of Complex Geometries
• Automotive Part Manufacturing
• Die and Mold CNC Programming
• Fixture Design and CNC Machining
• Batch Production Simulation

Who is this program for?

• Engineering Students & Graduates
• Diploma Holders in Mechanical Fields
• Working Professionals
• Job Seekers in Manufacturing & Tooling Industries
• Faculty & Trainers

How To Apply:

Mobile: 9100348679

Email: coursedivine@gmail.com