Integrated Design, Fabrication, and Data Analysis

in Advanced Manufacturing upskilling program

Male worker working with desk top computer for control CNC machine at workshop.

Hands-on learning. High-tech skills. Real-world innovation.

What You’ll Learn

Enter the world of advanced manufacturing through this practical, 112-hour micro-credential. Learn to:

  • Design and model custom technical parts in 2D and 3D
  • Create efficient CNC machining tool paths
  • Optimize manufacturing processes using real data
  • Apply sustainable and Industry 4.0 practices
  • Use statistical tools and digital simulations to solve real problems

Use statistical tools and digital simulations to solve real problems

Career Opportunities

Step into the next generation of industrial careers:

Worker with hardhat and protection glasses command computer to produce products by automate robot machines in factory workshop

CNC Operator

Man operating a cutting machine at a manufacturing factory - production line worker

Digital Fabrication Technician

Student in Technical Vocational Training with A CNC Machine

Data Analyst in Manufacturing

Industry engineer team worker operate control heavy machine with computer laptop to help analysis operating problem.

Industrial Process Improver

Group of Young People in Technical Vocational Training with A CNC Machine At School

Advanced Manufacturing Specialist

Build smarter systems. Design sustainable solutions.

A mature female CNC operator in protective ear gear offers guidance to a younger apprentice using water jet cutting technology within an industrial setting.

Is This Program for You?

Definitely—if you are:

  • Working in manufacturing and ready to upskill
  • A millwright, machinist, or technician embracing tech
  • A designer or analyst wanting hands-on know-how
  • Interested in CNC, 3D modeling, and data analysis
  • Looking to drive innovation on the shop floor

Who Can Join?

To succeed in this program, you should:

  • Have 3+ years of experience in manufacturing (work or volunteer)
  • Be eligible to work in Canada
  • Have access to a computer and stable internet
Manual mill worker  waring a plaid shirt and personal protection

Program Structure

Total Duration: 112 hours over 16 weeks

Delivery: Online | Synchronous & Asynchronous

Machinist Doing 3D CAD Model Design On Computer At Factory

Module 1

Design, Model, and Draw a Custom Part

Parametric modeling, tolerancing, design for sustainability

The abstract scene of 5-axis CNC milling machine and the NC code .Hi-precision CNC machining concept.

Module 2

CNC Tool-Path Creation & Optimization

2D cutting, CAM software, feeds & speeds, turning operations

Rear view of a female manager and engineer using computer in a cnc metallurgic factory

Module 3

Process Optimization with Data

Collect, visualize & analyze data, simulate solutions

Flexible Learning. Continuous Intake.
Start Anytime!

Ready to grow with us?

Contact us!

Monday to Friday fron 9 a.m. to 3 p.m.

613-742-2483, option 4 or toll free 1 800-267-2483, option 4

[email protected]

Funded by

Collèges et Instituts Canada
Upskill Canada
Canada