CNC Programming

Course ObjectivesTo introduce learners to CNC machine concepts, advantages, and applications across various industries.To develop proficiency in reading and writing CNC programs using G-codes and M-codes.To teach manual programming techniques for different machining operations such as turning, facing, tapering, boring, and threading.To provide knowledge of CNC machine components, coordinate systems, and tool offset management.To integrate practical exercises using CNC software simulations for real-time programming experience.To enhance understanding of feeds, speeds, and cutting conditions for optimal performance.To prepare learners for industrial applications through project-based learning on CNC lathe and milling machines.Learning OutcomesBy the end of the course, learners will be able to:Explain the working principles, components, and classifications of CNC machines.Interpret and apply CNC programming syntax including G-codes and M-codes for various operations.Perform manual calculations for programming operations like tapering, chamfering, and radius generation.Create, edit, and verify CNC part programs for turning, threading, drilling, boring, and milling operations.Select appropriate cutting tools, feeds, spindle speeds, and coolant systems for different machining tasks.Simulate CNC programs using software and identify/correct errors in code.Execute integrated CNC projects simulating real-world manufacturing processes. Expectations and GoalsThis course aims to build both conceptual understanding and practical expertise in CNC programming, ensuring learners are industry-ready. Participants are expected to actively engage in lectures, assignments, and simulation exercises to strengthen their skills. At the end of the program, learners will:Gain a strong foundation in CNC machine operations and programming logic.Understand the market relevance and applications of CNC machining in modern manufacturing.Be capable of performing independent CNC programming tasks on lathe and milling machines.Develop problem-solving and troubleshooting skills to handle machining challenges.Successfully complete project-based work reflecting industry standards and requirements.