Master precision manufacturing and high-value tooling design
Love precision work and problem-solving with technical drawings
Want hands-on work designing and building production tools
Are comfortable learning CNC machining and CAD software
Prefer manufacturing roles with career growth in design and management
Dislike repetitive tasks—tooling varies, but some roles are routine
Have physical limitations—standing, lifting, and fine motor skills required
Work in rural areas—most shops concentrate in industrial regions
Tool and Die Makers are the backbone of Canadian manufacturing. Competition is increasingly global, but reshoring initiatives and electric vehicle tooling demand are driving strong local opportunities. You'll need patience to master precision techniques, but the pay and job security reward the commitment.
Your day starts with a safety briefing on the shop floor. You assist senior toolmakers setting up a progressive stamping die for an automotive body panel. You practice reading complex technical drawings, measuring tolerances with precision instruments, and operating basic CNC machinery under supervision. By lunch, you're learning die set assembly and heat treatment basics in the classroom.
You arrive to inspect a compound die for a transmission housing. After reviewing the CAD design and load requirements, you program the CNC machining centre, machine die cavities to tight tolerances (+/- 0.05mm), and perform quality assurance using precision measuring tools. You mentor two apprentices and attend a meeting about optimizing die-casting parameters for a new EV battery terminal.
Today you're fabricating injection moulds for consumer plastics. You study the mould cavity design, operate a sinker EDM machine to create complex features, and assemble cooling line systems. Your supervisor reviews your tolerance measurements and gives feedback on your manual tool-and-die finishing techniques. You also attend an online CAD/CAM certification course in the afternoon.
You're designing and building custom gauges and fixtures for a high-precision medical device client. Using CAD software, you model complex geometries, choose appropriate tool steels, and coordinate with clients on fit and function. You oversee the full manufacturing cycle, conduct stress testing, and deliver a finished product that meets exacting specifications. You're also on the hiring committee for new apprentices.
Aerospace tooling demands extreme accuracy. You're working on jigs and fixtures for aircraft engine components. Each piece is inspected using CMM (Coordinate Measuring Machines) and must meet strict aerospace standards. You work in a cleanroom environment and document every measurement. Your supervisor emphasizes that a 0.1mm error could cost the company thousands. You're also preparing for your Red Seal examination.
You're collaborating with design engineers to develop new die technology for composite materials used in aircraft wings. You evaluate wire-EDM and advanced carbide tooling options, conduct prototype testing, and present findings to manufacturing leadership. You're also involved in training technicians and consulting on export contracts with European aerospace suppliers.
Progressive and compound dies for high-volume automotive and appliance manufacturing.
Design and build plastic and rubber injection moulds for consumer products and industrial components.
Create precision setup tools that position and secure parts during manufacturing and assembly.
Build custom measurement instruments and inspection tools for quality control.
Wire-EDM and sinker-EDM operations for complex cavities and hard materials.
Advanced CNC milling with exotic materials for aerospace and precision tooling.
Class-based theory and shop floor basics. Learn safety, precision measurement, manual tools, and basic CNC operation.
Dive into die design, CAD/CAM, EDM operation, heat treatment, and multi-machine proficiency. Begin specialized certifications.
Intensive hands-on work, complex project leadership, and preparation for the Red Seal exam. Build a portfolio of finished projects.
Work independently, mentor apprentices, and specialize in high-value roles (aerospace, EDM, advanced CAD design).
Lead shop operations, manage contracts, consult on complex designs, or transition into manufacturing engineering or business ownership.
Stay current with CAD software updates, advanced machining techniques, and industry certifications. Many toolmakers pursue business or engineering degrees later in their careers.
Workplace Hazardous Materials Information System. Required for chemical and tool handling safety.
Recommended for shop environments and workplace emergency preparedness.
Recommended when moving heavy dies and tooling around the shop.
Optional asset—increases employability and specialized pay opportunities.
Optional asset—SolidWorks, AutoCAD, or other industry-standard design tools.
Optional asset—advanced precision measurement and quality assurance skills.