随着我们对电力的依赖日益增长，对熟练电气工人的需求也在增加。向电气工程技术专业的学生介绍电气原理和建筑布线，而技术人员的学生则进行工业自动化和PLC编程，为下一代机器人技术的未来趋势做准备。体验式学习：-在支持性学习环境中获得实用的，实际的培训，以培养与讲师的一对一关系：第一年提供对电气和电子学的工作理解，以及电气构造和电气技术所需的基本技能自动化，开发电气安装，电机控制和工业流程基础知识–包括可编程逻辑控制器（PLC），流体动力和过程控制，在第一年实际操作实际的PLC，而不仅仅是模拟软件，第二年的学习提
As our dependence on electricity grows, so too does the demand for skilled electrical workers. Electrical Engineering Techniques students are introduced to electrical principles and building construction wiring while technician students advance into industrial automation and PLC programming, preparing for tomorrow's trends in next-generation robotics. <br>Experiential learning<br>Get practical, real-life training in a supportive learning environment that nurtures one-on-one relationships with instructors:<br><br>The first year provides a working understanding of electricity and electronics, as well as the fundamental skills needed in electrical construction and automation.<br>Develop skills in electrical installation, motor control and the basics of industrial processes — including Programmable Logic Controllers (PLCs) and process control.<br>Hands-on work with actual PLCs in your first year, not just simulation software.<br>Students gain a solid understanding of the Ontario Electrical Safety Code.<br>A second year of study delivers skills required in installing, configuring, maintaining and calibrating industrial control systems, including industrial robotic and automated production systems.<br> Students can apply their knowledge to extracurricular projects, such as building a racecar simulator arcade game using only automation equipment and software.