Imagine you could redesign anything to fit a specific need—make it smaller, bigger or stronger. Now imagine if you could actually “print” a 3D prototype? As a design and manufacturing engineering technologist, you’ll help turn great ideas into practical plans.
It’s a career that applies science to mechanical design, so it helps to have an analytical mind and good math skills. You’ll be involved in everything from design and drafting, to fabrication, 3D printing and prototype development.
The Design and Manufacturing Engineering Technology program is a two-year diploma offered at Saskatchewan Polytechnic, Saskatoon Campus, Idylwyld Dr. Develop the knowledge and skills you need to put computer and engineering principles to work. You’ll learn to create, modify and refine proposed parts interactively, then view emerging designs on a display terminal where you can magnify, rotate, copy, stretch and manipulate it. You’ll learn to create instructions for computer numerically controlled (CNC) machines to automatically produce finished parts.
Saskatchewan Polytechnic's experienced instructors and leading-edge lab equipment provide an exceptional hands-on learning experience. The emphasis on lab work includes instruction in:
Design and manufacturing related engineering disciplines
Design and manufacturing related hardware, software and computer networking
operating machine tools (including CNC)
quality assurance, concurrent engineering
rapid prototyping
Diploma to Degree
Use your diploma to ladder into a science degree at Athabasca University in Alberta, an engineering degree at Lakehead University in Ontario or a technology degree at Memorial University in Newfoundland or a mining engineering technology degree at Queen’s University in Ontario.
Your Career
Saskatchewan Polytechnic prepares you to work in both traditional and computer-aided engineering fields.
The manufacturing field is a big employer. You could work in engineering design, drafting, quality control, and programming and operating CNC machines. Consulting engineering firms hire grads to work in design and drafting, while research and design firms employ grads in product design, prototype development, solid modeling and advanced stress analysis.
