Today’s electrical field is extremely broad and diverse. Employers need motivated people who have the knowledge and skills to design, implement and maintain power generation, distribution and control systems, entertainment and communication systems, and process, automation and manufacturing systems.
The Electrical Engineering Technician program will provide students with the theoretical and practical skills required to meet these demanding job opportunities. Graduates of the Electrical Engineering Technician Program will have a well-rounded practical and theoretical knowledge of many aspects of the electrical field.
Some areas of study will include, but are not limited to the following:
- Canadian Electrical Code usage and application
- Reading and creating blueprints, schematics, and wiring diagrams
- Residential, commercial, and industrial wiring
- Industrial process measurement, calibration, and control
- Power electronics with application to power and motor speed control equipment
- Industrial automation systems with programmable logic controllers and motor control equipment
- Power generation and distribution equipment
- Fire alarm, security, and communication systems
At the completion of the program, graduates may apply to write exemption tests to provide an exemption from the in-school portion of the Ontario Electrical Apprenticeships. These tests are administered by SLC and are free of charge to all graduates of the Electrical Engineering Technician program.
In this course, students learn fundamental principles of electrical theory to analyze and design electrical circuits. Learners explore topics such as atomic structure, static electricity, sources of Electromotive Force, batteries, simple electrical circuits, conventional and electron flow, and the principles of voltage, current, resistance, work, power, and energy. Students apply Ohm's and Kirchhoff’s Laws to analyze series, parallel, combination, and three-wire distribution circuits and the effects of electricity upon the human body.
In this course, students gain practical knowledge of how simple AC and DC circuits are designed and constructed, how to measure current, voltage, power and frequency, and the proper safety procedures when working with electricity. Students were a residential electrical service and ancillary equipment, and low voltage signalling systems. Students examine wiring types and requirements, electrical enclosures, and conduits, and apply protection and grounding methods. Students also demonstrate the safe and proper handling and storage of hand tools, and electrical materials commonly used in the electrical industry.
In this course, students obtain information from architectural, structural and electrical blueprints, specifications, and building codes and then apply the Canadian Electrical Code to complete an electrical installation for a single-family dwelling. Students identify and interpret alphanumerical lines, use and convert between the metric and imperial scales, and draw and label a panel schematic for a single-family dwelling. Students prepare a material take-off for a single-family dwelling using drawings and specifications and prepare sketches to solve and document construction problems and solutions.
In this course, students gain the necessary mathematical skills relevant to the requirements of industry. Technical applications are emphasized with topics including: use of a scientific calculator, operations with real numbers, algebra, ratio and proportion, measurement conversion, vector additional and trigonometry.
In this course, students learn the fundamentals of digital logic circuits and the tools of design and analysis. Students design, assemble and troubleshoot digital logic circuits. Learners explore logic gates, Transistor-Transistor Logic (TTL) and Complementary-Metal-Oxide-Semiconductor (CMOS) logic circuits, logic expressions, Boolean algebra, circuit simplification, sequential circuits, digital interfaces and communications, and data transmission.
In this course, students are introduced to the Canadian Electrical Code Book (CEC) as it applies to electrical installations. Students develop an understanding of the layout of the Canadian Electrical Code Book to locate specific code rules. Students interpret and apply the rules and tables referencing the CEC book appendices and diagrams as necessary.
In this course, students learn how to communicate effectively and correctly to meet the requirements of a technical audience. Students prepare a variety of technical and project management reports. Topics covered include clarity of communication, appropriate formats, mechanics of correct syntax, grammar, punctuation, and spelling. In addition, students are introduced to project management tools and learn to prepare basic reports using these tools.
This is a course designed to help students adapt to the rapidly changing workplace. It provides an historical overview of our working society and how it has evolved. Issues such as employment equity, harassment, regulation of health and safety, unionization, professional organizations and codes of ethics are discussed. Students also identify strategies to meet the needs of current employers and to make interview processes work to their advantage.
In this course, students learn the fundamentals of magnetism and electromagnetism, and their application to direct current generators and motors. Learners explore strategies for solving routine technical problems.
In this course, students connect and examine the operation of DC motors and generators. Learners explore parts of DC machines, the design, installation and control of series, shunt and compound DC motors, and generator circuits.
In this course, students determine utility location and site features using site drawings, methods of construction using architectural and structural drawings, and the electrical characteristics of commercial facilities. Learners explore the layout of mechanical equipment and systems, commercial distribution, service equipment, and wiring and branch circuits for lighting and equipment. Students prepare a material take-off for a commercial installation, using drawings, and specifications, and applying the Canadian Electrical Code (CEC). Students prepare sketches to solve and document construction problems and solutions, as well as prepare as-built drawings and develop basic single line, schematic, and wiring diagrams.
In this course, students interpret the ULC standard for the installation of a complete Fire Alarm System and connect, test, and troubleshoot a non-addressable fire alarm system. Students learn the various types of input and output devices, as well as ancillary and supervisory circuitries. Learners are introduced to the basic operation of wet and dry sprinkler systems and other forms of suppression systems used in the industry, and the basic security system.
In this course, students design, construct, analyze, and troubleshoot analog circuits. Learners explore resistors, capacitors, semiconductors, diodes, transistors, transistor switches, and timers.
In this course, students explore trade-specific sections of the Canadian Electrical Code (CEC). Learners locate, interpret, and apply code rules for motor protection, multi-unit residential dwellings, commercial applications, and hazardous locations.
In this course, students learn the fundamentals of instrumentation, an overview of the common types of processes, and explore in more detail temperature and pressure processes and equipment as used in industry.
In this course, students learn the fundamentals of network terminology, network media, the Network Interface Card (NIC), and various topologies and architectures. Learners explore simple and complex network operations, ethernet, protocols, network operating systems, Local Area Network (LAN) and Wide Area Network (WAN), and enterprise and distributed network technology (Internet). Students develop skills in troubleshooting systems such as audio, video and data systems, and their relevant interfaces.
In this course, students learn the practical applications of connecting and examining the operation of AC motors and alternators. Learners explore the parts of AC machines, the design and installation of single-phase and three-phase AC motor and alternator circuits, forward and reverse control, capacitive, split winding and wye/delta start, wound rotor motors, and voltage, current, power and load measurements of AC motors and alternators.
In this course, students connect and examine the operation of AC motors and alternators. Learners explore the parts of AC machines, the design and installation of single-phase and three-phase AC motor and alternator circuits, forward and reverse control, capacitive, split winding and wye/delta start, wound rotor motors, and voltage, current, power and load measurements of AC motors and alternators.
In this course, students learn about the electronic components and circuits used to provide AC and DC power control. Students demonstrate the ability to design, assemble, and analyze power control circuits. Learners explore rectifiers, filters, regulators, linear and switch-mode single-phase and three-phase power supplies, SCRs, Phase Shifting SCRs, diacs, triacs, and phase shifting triacs.
In this course, students examine, construct, and operate level, flow, and positional processes. Students use actual industry equipment on fully functional process simulators.
In this course, students learn the fundamentals of programmable logic controllers (PLCs) and their uses in industrial automation. Learners explore the functions and applications of Programmable Logic Controllers (PLCs). Students learn to determine the language and addressing requirements of a PLC and demonstrate the programming of common relay instructions, timers, counters, mathematic functions, and word comparisons within a PLC. Learners develop proper methods of safe, acceptable programming practices including clear documentation and identifying methods of installing a PLC system and performing hard wiring of PLCs to equipment. Students demonstrate methods of testing PLC inputs and outputs and design programs to operate machines in a desired manner using many of the internal functions of a PLC.
In this course, students learn to interpret and prepare information in a graphical format. Learners explore concepts and techniques of producing computer generated drawings.
In this course, students learn the physical laws and principles governing hydraulics and pneumatics. Learners identify the schematic symbols and components used in hydraulic and pneumatic circuits. Safe working practices will be stressed throughout the course. Students assemble, operate, and troubleshoot hydraulic and pneumatic systems.
In this course, students learn about the installation details for an industrial construction project from a complete set of architectural and electrical drawings and specifications. Topics covered include the layout of single and three-phase systems for feeder and branch circuits from utility supply to utilization points. Students apply the grounding and bonding requirements for high-voltage indoor and outdoor substations and vaults using the Canadian Electrical Code (CEC). In addition, students identify precautions for installing stress cones, the requirements for terminating shielded and concentric neutral high-voltage cables, and the testing methods and safety requirements for high-voltage testing cables. Students prepare a material take-off using drawings, and specifications and prepare sketches to document construction projects. Students learn to prepare as-built drawings and interpret basic single lines, schematic, and wiring diagrams.
In this course, students examine the power distribution systems used to transmit and distribute electrical energy.
This practical lab-based course provides students with an introduction to the connection and operation of power distribution systems as used to transmit and distribute electrical energy by industry.
In this course, students learn the fundamentals of open loop versus closed loop control systems, PID control, and process controllers.
In this course, students learn about the operation of AC and DC variable speed drives, as well as their installation and programming. Students demonstrate how to select the correct sized motor, drive, wiring, and protection for an application; and how to install a variable speed drive system, program, and tune it. Learners explore the examination of the electronic circuits used to construct AC and DC variable speed drives, feedback circuits, and the examination of programmable drive parameters and how they affect drive operation.
In this course, students explore trade-specific sections of the Canadian Electrical Code. Learners explore motor overcurrent and overload protection, conductor sizing, and protection for transformers, welders, capacitors, and high voltage installations.
This course provides students with the skills necessary for wiring, interfacing, programming, and operating state-of-the-art Allen Bradley programmable logic controllers and human-machine interfaces (HMI). This course gives students the opportunity to apply skills to safely create project applications in machine design and troubleshooting techniques.
Ontario Secondary School Diploma (OSSD) or equivalent including the following prerequisites:
- Grade 12 English at the C or U level
- Grade 11 Math at the C or U or M level
For OSSD equivalency options, see Admission Requirements.
If you are missing prerequisite courses, enroll in the Career/College Prep program, free for Ontario residents who are 19 years or older.
Fees are estimates only. Tuition is based on two semesters.
Fees are estimates only. Tuition is based on two semesters.
Our Kingston campus has seen significant renovation over the past few years, including a brand new Student Life and Innovation Centre that houses a new gymnasium, fitness centre, pub, and more.
Electrical Engineering Technician: Whether designing a factory or a small piece of consumer equipment, Electrical Engineering Technicians are actively involved in absolutely every part of our modern society. They work closely with engineering and architectural staff towards the common goal of designing the devices and structures that make our everyday lives easier.
Industrial Electrician: In today’s automated manufacturing facilities, employers demand well-educated and highly skilled employees to maintain plant operations and improve productivity levels. Certified industrial electricians, in cooperation with engineers, industrial millwrights, operators, and quality control technicians, are key to filling this demand. Graduates of this program will acquire the foundational skills to succeed in this evolving and challenging environment.
Construction and Maintenance Electrician: The construction industry is diverse. Since a construction site can be anything from a residential home to a nuclear generating station – each with its own service types and installation practices – construction electricians are equipped to handle this diversity in a highly skilled and professional manner. Working in coordination with engineering and other trades, a construction electrician can deal with all aspects of electrical installation from start to finish.
Students will also be required to purchase textbooks, electronic kits, green CSA triangle, and orange OMEGA symbol safety boots and hand tools. The approximate cost of all items is $1,300.
613.544.5400 ext. 1627
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