NOC Tag: Electrical and electronics engineers

Our Industrial Process Control course teaches you the skills required to set up process control systems (such as multiple motor system starters, compressor tank controls and more). Focus on setting up applications using proportional-integral-derivative (PID) controllers, enhanced PID (PIDE) controllers, and performance tuning/auto-tuning. Explore Rockwell Automation FactoryTalk View software, and consider multiple-language implementations and ActiveX…

Our Generator Protection System Design course focuses on detailed technical solutions for the protection of electrical generators, including very large medium-voltage generators (4.16 kV, 13.8 kV, 22 kV and 25 kV). Learn about the development of relay protection systems using EasyPower and ETAP software. Study solutions that use digital protective relays by GE Multilin, Schweitzer…

Our EasyPower Electrical System Modelling course teaches you how to build an electrical model of a substation using EasyPower analysis software. Explore the evolution of an electrical model and when to use a generic model. Learn how to perform field data acquisition, how to build and validate a real system model and how to maintain…

Our Automation Integration and Validation course teaches you a unified approach to developing and troubleshooting Allen-Bradley-based automations. Learn how to use the Allen-Bradley integration/development tools, how to use the ladder logic handler for debugging purposes and how to set up the RSView for alarms and trends. Practice your skills by developing an automation based on…

Our Allen-Bradley PLC 1 course teaches you to program the Allen-Bradley PLC-5, SLC 500 and ControlLogix 5000 with RSLogix (5/500/5000), SoftLogix 5800, 1734-Point I/O and RSLogix Emulate 500 software. Projects include typical event-based and time-based systems such as chemical batch, traffic light, compressor and multiple motor system starter.

Our Motor Control Basics course explores various AC and DC motors and considers controls, applications, design, set-up and troubleshooting. Study electromechanical systems, four-quadrant operation, power electronic devices, power converters, close-loop control systems, scalar variable-frequency drives, current inverters, vector drives and direct torque control drives as well as electromechanical and hard-wired relay systems.

This course allows students to confidently program PLC for real applications based on their constructed work station from previous courses. Students will learn various programming approaches such none-sequential and sequential logics, mnemonics statement lists and function blocks; process of entire system commissioning and validation. This course is part of the PLC/Automation Installation and Programming program…

This course introduces techniques of testing and troubleshooting of electrical and mechanical system by using two approaches software simulation or virtual PLC and hardware emulation or real PLC, to ensure every part of machine is function correctly. Students will also learn the importance aspects of commissioning and fault detection. This course is part of the…

This course introduces basic knowledge of electrical codes, electrical circuit diagram interpretation, PLC module and other electrical components mounting such as sensors, actuators, relays, terminal blocks; digital and analog I/Os (Inputs/Outputs) wiring and interfacing, signal conditioning and MCR safety circuits. This course is part of the PLC/Automation Installation and Programming program at Centennial College

Electrical Systems and Control focuses on basic electrical control components, wiring and motor starting methods. In addition to examining limit switches, sensors (inductive and capacitive), photo sensors and ultrasonic sensors, you will also learn the basics of PLC operation (PLC bases and PLC devices and programming), numbering system, terminology and programming. Lastly, this Electrical Systems…