机器继续以非凡而复杂的方式塑造着我们的世界。他们的设计，维护和功能依赖于熟练的专业人员。如果这种动态的，按需的职业激发您，或者您想探索各种专业选择，则机电工程技术员（Co-op）计划将为您提供梦想所需的技能。您将通过各种机电课程学习电气和机械原理，这将使您能够分析，修改，维护和维修机电系统。您还将在我们的机电工程计划中学习项目管理技能，以及机械打印，公差和系统机械细微的来龙去脉，以及自动化，机器人技术和控件。由于在现代经济中取得成功所需的技能范围是多种多样的，因此您还将学习推理和写作，并且可以在实验室中与
Electromechanical Engineering Technician is a two-year Ontario college diploma program combined with a co-op component. Students will learn to analyze, modify, maintain, and repair electromechanical components. Additionally, students will learn project management skills, and the ins and outs of mechanical prints, tolerances, and the mechanical nuances of a system. Machines continue to shape our world and this program will give you the necessary skills to meet the demand.<br>Automated processes and machines continue to shape our world in remarkable and complex ways. Their design, maintenance and function relies on skilled professionals. The Electromechanical Engineering Technician (Co-op) program will provide the skills to give your dreams the jolt they need.<br>Youll learn the principles of robotics and as you progress through the program you'll be eligible to earn a FANUC Robotics Certification through our FANUC Robotics Certified Education Robot Training. Youll also learn the principles of PLC automation, HMI development and pneumatic control circuits.<br>The range of skills needed for success in the modern economy are diverse, so youll also study project management, laws and ethics, reason and writing in preparation for an exciting and challenging career. The EMN program is a two-year, four-semester program of academic study and practical application. As a co-op program, students will get the chance to get hands on experience in their chosen field.<br>Students will also get to demonstrate their mastery of electromechanical principles and skills through a 15-week capstone project. Students will learn the principles of PLC automation, HMI development and pneumatic control circuits. The basics of mechanical prints, tolerances and the nuances behind designing and building modern electromechanical machinery are taught through AutoCad and SolidWorks. Additionally students will develop the necessary critical thinking skills to be capable of analyzing, modifying, maintaining and repairing electromechanical systems.