---
title: Mastercam Part 1 Course
description: Learn essential CNC programming skills with our Mastercam 14-day training course. Gain practical experience in 2D, 2.5D, and basic 3D milling operations.
image: https://pages.imr.ie/hubfs/Mastercam%20Part%201%20(1).png
---

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![Mastercam Part 1 (1)](https://pages.imr.ie/hubfs/Training%202026/Mastercam%20Part%201%20(1).jpg "Mastercam Part 1 (1)")

# Mastercam Part 1

4-Day Hands-On Training | Beginner to Intermediate Level

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**Build Essential CNC Programming Skills with Mastercam**

| This course covers the basics of Mastercam to create 2.5D toolpaths. Students will learn through instructor-led demonstrations followed by practical student exercises covering icon functions, geometry creation, and toolpath development. Participants will progress to programming a wide variety of parts from start to finish. Students will build upon foundational principles by working on over 40 real-world part files to develop their skills. By the end of the course, they will be able to create and modify wireframe geometry, import solid models, and generate toolpaths for drilling, advanced pocketing, helical entry, and introductory dynamic milling.   |
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### **Overview**

| **Assessment** Practical project tasks, toolpath creation exercises, toolpath verification, and NC code generation assessments. |
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**Target Audience**

This training is ideal for:

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### **Prerequisites**

*No prior Mastercam experience is required; basic CNC milling knowledge is beneficial.*  

### **Learning Outcomes**

| **1. Navigate the Mastercam Interface** - Confidently use Mastercam’s interface, toolpaths manager, levels, planes, and views. - Customise the workspace for efficient access to essential tools and functions. **2. Import and Prepare Geometry** - Create, import, and modify 2D/3D geometry for machining. - Use wireframe and solid-model preparation tools required for programming. **3. Set Up Milling Jobs Correctly** - Define stock, fixtures, and work coordinate systems (WCS). - Understand plane setup for 2D and introductory 3D machining operations. **4. Create Core 2D/2.5D Toolpaths** - Program facing, drilling, contouring, pocketing, tapping, and similar operations. - Select appropriate tools and toolpath strategies for various materials and part features. **5. Control Toolpath Parameters** - Adjust depths, stepovers, compensation, linking parameters, and entry/exit moves. - Apply proper feed and speed settings for safe and efficient machining. **6. Use Verify and Simulation Tools** - Simulate toolpaths to check for collisions, gouges, or machining errors. - Evaluate stock removal and confirm machining accuracy before posting. **7. Manage Tool Libraries and Machine Definitions** - Create, edit, and organise tools using Mastercam’s tool library. - Select and configure machine definitions for 3-axis milling operations. **8. Post-Process and Output NC Code** - Generate accurate G-code using the correct post processor. - Understand the relationship between toolpath parameters and machine code output. **9. Apply Best Practices for Safe and Efficient Programming** - Follow workflows that reduce programming errors and improve part consistency. - Use methods to minimise cycle time while maintaining accuracy. |
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### Funding is available for qualifying companies. Find out if you qualify by registering your interest below.

## Register your interest

###### \*Limited to 8 places

### Register Your Interest - Mastercam Part 1

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