Course Overview
This 42-week diploma program is designed to build a solid foundation in CNC machining, CAD/CAM design, and multi-axis machine operation. Students develop real-world skills through over 500 hours of hands-on training using industry-standard software such as Mastercam and SolidWorks, and operate CNC mills and lathes in a live workshop environment.
The curriculum combines technical theory with practical experience in blueprint reading, G-code/M-code programming, metrology, and toolpath optimization. By the end of the program, graduates are equipped with the knowledge and skills needed to meet the high-precision demands of today’s aerospace, automotive, medical device, and advanced manufacturing industries.
What You Will Learn
- CNC Set Up, Operation and programming
- Blueprint Reading
- Metrology
- CNC related Math
- G-Code Programming for Mills and Lathes
- Mastercam for Mills and Lathes
- Multi-axis programming
- CNC Mills and Lathes with Fanuc Controls
- CAD/CAM systems (Mastercam, Solidworks,..)
- Program Type: Diploma
- Program Length: 42 Weeks
- Campus: Mississauga
- Start Dates: Multiple start dates
- Program Mode: Hybrid (Online + In-Person)
- Financial Aid Available
Admission Requirements
- High School Diploma or equivalent
- Mature student (18 years or older)
- Proficiency in English language
- Wonderlic Scholastic Level Exam
Career Options
NOC Code 72100
- CNC Mill and Lathe Operator
- CNC Mill and Lathe Setup
- Automotive Machinist
- Aerospace / Aviation Machinist
- Machining Tool Operator
- Setup Technician
Gain 1,250 hours of blended training with expert instructors across theory, computer labs, and 500+ hours of live workshop practice. Learn blueprint reading, CNC math, precision machining, and CAD/CAM design in a career-focused diploma program.
Train on CNC mills and lathes with Fanuc controls while mastering Mastercam and SolidWorks. Build the skills employers demand in aerospace, automotive, medical device, and advanced manufacturing.
program courses
WHMIS regulations and safe CNC-shop practices
Reading blueprints, applying GD&T and SPC, shop-floor calculations
Fundamentals of cutting theory, tool-wear analysis, using data sheets
Setting machine and work-piece coordinate systems
Tool functions plus basic program set-up and configuration
Program execution, machine set-up, introductory metrology
Milling pockets, slots and planar surfaces accurately
CAD/CAM part design and multi-axis toolpath creation in Mastercam
3D CAD modelling of parts and fixtures in SolidWorks
Hands-on vertical machining-centre practice
Hands-on CNC-lathe practice