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CNC Programming Only Simulation Not On Machine Or Hardware CAD & Engineering Design

CNC Programming Only Simulation Not On Machine Or Hardware

CNC programming is the language that tells machines how to cut and shape parts. This simulation-based course teaches you G-code, machining operations and toolpaths, letting you learn and test programs safely on screen. It's a practical entry into modern manufacturing without needing machine time.

Duration
1.5 months
Format
Live 1-on-1
Level
Professional
Certificate
Osian NSDC
Overview

What this course is about

CNC Programming Only Simulation Not On Machine Or Hardware focuses on the thinking behind a machining programme, without suggesting that screen simulation replaces shop-floor verification. One-on-one CNC programming classes guide you through drawing interpretation, stock definition, work offsets, tool selection and the sequence of cutting operations. The emphasis is on safe, readable code for learners in India who want a structured start in manufacturing programming.

You will practise ISO-style G-code and common M-codes through turning and milling examples, depending on the selected simulator. Lessons explain rapid and feed moves, spindle control, canned cycles, tool compensation, drilling patterns and coordinate systems. Simulation helps you inspect tool motion, collisions, feeds and finishes, while the teacher points out details that still require a machinist, machine manual and approved setup sheet.

This CNC course online is suitable for an engineering student, production trainee or operator who wants to understand programmes before entering a workshop. Sessions can fit weekday or weekend availability between 7 AM and 9 PM. You receive a completion certificate, practical project guidance and support with resume presentation, mock interviews and referrals, but the course does not claim machine operation experience because no machine or hardware is included.

By the end

What you’ll be able to do

  • Interpret engineering drawings for dimensions, datums, holes and machining operations
  • Set work coordinates, tool numbers, offsets and safe approach positions
  • Write structured G-code and M-code blocks for basic milling or turning tasks
  • Use simulation to inspect toolpaths, collisions, feeds and programme sequence
  • Apply cutter compensation, canned cycles and drilling patterns where appropriate
  • Document a programme with setup notes, assumptions and verification points
Syllabus

How the course flows

  1. 1
    Interface & 2D DraftingWeek 1

    Navigating the software and producing precise 2D drawings.

  2. 2
    Editing & AnnotationWeek 2

    Modifying geometry, dimensions, layers and title blocks.

  3. 3
    3D ModellingWeek 3

    Moving from flat drawings to full 3D models.

  4. 4
    Assemblies & DetailingWeek 4

    Combining parts and preparing production-ready detail.

  5. 5
    Project Drawing SetWeeks 5–6

    A complete, presentable drawing set for your portfolio.

Toolkit

Tools you’ll use

  • AutoCAD
  • Revit
  • SolidWorks
  • STAAD.Pro
  • Civil 3D
Audience

Who this course is for

  • Mechanical engineering students learning computer numerical control concepts
  • Fresh diploma holders preparing for production programming work
  • Workshop trainees who want stronger code reading skills
  • Design engineers connecting CAD drawings with machining operations
  • Career changers seeking a simulation-based CNC programming foundation
Where it leads

Roles this opens up

  • CNC Programming Trainee

    Prepares and reviews basic machining programmes under shop-floor supervision.

  • CAM Support Assistant

    Helps translate drawings and process plans into checked toolpath instructions.

  • Production Documentation Assistant

    Maintains setup sheets, programme notes and revision records for machining work.

Questions

Before you enrol

Yes, the course is deliberately limited to programming concepts and computer simulation. It cannot give you hands-on experience with machine setup, workholding, cutting tools or real material behaviour.

The exact practice depends on the chosen simulator and your learning goal, so the teacher will set a suitable milling or turning path. Core ideas such as coordinates, offsets, feeds and safe sequencing are taught through relevant examples.

Basic drawing awareness is useful but not compulsory. Dimensions, datums, tolerances and operation planning are explained as they appear in each programming exercise.

No, it is a programming-only course delivered through simulation. Machine operation, setup approval and production release must be learnt and assessed in an appropriate workshop.

You need a reliable laptop or desktop and a simulator selected for the exercises. The teacher will discuss installation, licensing and system requirements before practice, because simulator options vary.

This course centres on CNC code logic and simulated tool movement, not broad 3D modelling or complete CAM production workflows. A CAD or CAM programme may spend more time on geometry, assemblies, toolpath generation and post-processing.