Work Term 2, 3 and 4 (Capabilities as outlined in Work Term 1 plus)Įnhanced program provides a solid background in applications and theory in mechanical engineering, including design, manufacturing, automation and robotics, energy conversion and transmission, and engineering materials
Additional experience and exposure is also gained on work term assignments and is not necessarily reflected in capabilities. Semester skill is acquired on campus as outlined below. Learn more about Mechanical Engineering Technology Work Term Capabilities Program Lengthģ academic years (periods of 8 months) and a 12-month co-op
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While completing this program, you will have the opportunity to obtain certifications in SolidWorks Professional and FANUC Robotics Operation. Take your theoretical and practical skills, combined with your co-op job experience, and graduate with confidence, knowing that this program has prepared you for a successful career!įoundry Educational Foundation (FEF) CertifiedįEF provides resources to certified metalcasting programs to develop technical talent for the industry. FEF is the metalcasting industry's link to colleges and universities in North America. This program focuses on the applications and theory of mechanical engineering, including design, advanced manufacturing, engineering materials and automation/robotics. Mohawk College’s Mechanical Engineering Technology program gives you the knowledge and skills to contribute immediately in a wide variety of industries and careers.
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The program covers foundational engineering, develops theoretical understanding, and offers students the opportunity to apply their knowledge in advanced labs.Partnerships with major companies including FANUC Robotics, Rockwell Automation, Siemens and Mitutoyo ensure this program teaches leading edge technology that will give you the skills to be ready for the workforce!.The only postsecondary program in Canada certified by the Foundry Educational Foundation (FEF), with many of our students receiving scholarships annually.The classroom, hands-on labs and co-op work introduce students to a variety of technologies including industrial robotics, automation, CAD, solid modelling, mechatronics and others. Graduates are prepared for a variety of careers including mechanical design, manufacturing, lean optimization, preventive & predictive maintenance, and project management.
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