Current Size: 100%
Electrician: Industrial Apprenticeship |
School of Applied Technology |
2012/2013 Program Availability |
|
|
Type:
Apprenticeship Certificate
|
Campus:
North
|
|
|
Program Code:
- |
Length: Basic - eight weeks |
|
|
CONTACT INFORMATION: humber.ca/appliedtechnology | 416.675.6622 ext. 78038 | apprenticeship@humber.ca
|
||
Humber teaches you technical theory and skills in the three levels of in-school training allocated toward your electrician apprenticeship. Industrial electricians are skilled workers who can perform a wide range of tasks including: lay out, assemble, install, repair, maintain, connect or test electrical fixtures, apparatus, control equipment and wiring for electrical systems; plan installations from blueprints, sketches and specifications and install all electronic devices; systematically diagnose faults in electrical and electronic systems and equipment, and repair or replace electrical and electronic components; measure, cut, thread, bend, assemble and install conduits and other electrical conductor enclosures; splice and terminate electrical conductors, and test electrical and electronic equipment for proper function.
On completing in-school training, apprentices are issued a Certificate of Apprenticeship from Humber College Institute of Technology & Advanced Learning. When on-the-job training is finished as well, apprentices are eligible to write the Ontario Certificate of Qualification trade exam. Those attaining a minimum of 70 per cent are eligible to work in other provinces participating in the Red Seal Program.
The industrial electrician powers, controls, and maintains Ontario's factories, plants, and industries. Knowledge of state-of-the-art technologies is paramount in keeping our province on the leading edge. Apply your technical know-how in an industrial or plant setting, assembling, testing, installing and maintaining electrical and electronic components and systems.
Apprentices in the Electrician: Industrial Apprenticeship program serve a 9,000-hour apprenticeship with 840 hours allocated to three levels of in-school training.
Non-academic admission criteria may also be required.
Note: This apprenticeship is regulated by the Apprenticeship and Certification Act.
Applicants are required to register through their local Apprenticeship Branch Office of the Ministry of Training, Colleges and Universities (MTCU).
The Ontario Youth Apprenticeship Program is now offered by some Ontario school boards. This program allows you to complete high school while working part-time as a registered apprentice. To see if you are eligible, contact your guidance counsellor or technical director for more information.
The 2011/2012 fee for this program was
- Basic $450
- Intermediate $550
- Advanced $550.
Fees are subject to change.
For more information visit Fees and Financial Assistance.
Basic Session | ||
| Course Code | Course | Credits |
| ELAP 104 | Electronics 1Electronics 1Course Code: ELAP 104 Credits: 3 This course is an introduction to semiconductors, meters and digital devices. Common semiconductors including the diode family and the bipolar junction transistor (BJT), used as a switch, will be covered, as well as applications of these devices. Binary numbering and its application to digital logic will be covered. The course is delivered in a lab/lecture format. | 3 |
| ELAP 105 | Canadian Electrical Code 1 Canadian Electrical Code 1Course Code: ELAP 105 Credits: 2 This course covers the application of the Canadian Electrical Code Part 1 (CEC) for installations pertaining to sections: 0,2,4,6,8,10,12,16,22 and 26. This course also covers grounding and bonding requirements, residential demand calculations and service sizing. Emphasis is placed on the installation requirements for residential applications | 2 |
| ELAP 107 | Instrumentation 1Instrumentation 1Course Code: ELAP 107 Credits: 2 The course deals with the principles, construction, operation, maintenance and safety features of process materials and instrumentation for non-electrical measurement of process pressure and temperature. The appropriate Instrument Society of America symbols are used through the course. The concepts of electrical/electronic sensors and instruments are also introduced covering signal conditioning, common voltage and current control loops. The operation of devices such as indicators, controllers and computers are also discussed. Practical shop assignments will reinforce theory on how to calibrate, install and maintain these sensors and instruments. | 2 |
| ELAP 111 | Electrical Theory 1Electrical Theory 1Course Code: ELAP 111 Credits: 4 This course is designed to introduce the student to the fundamental electrical principles in relation to series, parallel and combination resistive circuits. Classic circuit theorems are used to calculate current, voltage, and power in resistive circuits. This knowledge is then applied to wire size calculations; voltage drop calculations in two and three wire, single phase distribution circuits. | 4 |
| ELAP 112 | Installation Methods 1Installation Methods 1Course Code: ELAP 112 Credits: 3 A practical course in which the student will select and install common residential electrical wiring systems and equipment within the regulations and standards set out by the Canadian Electrical Code and the Building Code. | 3 |
| ELAP 116 | Prints 1Prints 1Course Code: ELAP 116 Credits: 2 The student will read and interpret electrical construction prints in order to extract material lists, installation requirements and project management needs for a residential electrical installation. | 2 |
Intermediate Session | Course Code | Course | Credits |
| ELAP 205 | Canadian Electrical Code 2 Canadian Electrical Code 2Course Code: ELAP 205 Credits: 3 This course covers the application of the Canadian Electrical Code Part 1 (CEC) for installations pertaining to sections: 8,10,12,14,16,18,20,30,32,46,56 and 60. This course also covers grounding and bonding requirements, commercial demand calculations and installation methods, protection and control, hazardous locations, lighting, fire-alarm systems, emergency systems, fibre-optic cables and electrical communication. | 3 |
| ELAP 207 | Instrumentation 2Instrumentation 2Course Code: ELAP 207 Credits: 2 This course covers the basics of flow and level measurement devices and operation. | 2 |
| ELAP 208 | Monitoring and Communication Systems Monitoring and Communication SystemsCourse Code: ELAP 208 Credits: 3 Students will connect and test common fire alarm panels and ancillary devices, sprinkler systems, burglar alarms and other low voltage communication systems. | 3 |
| ELAP 209 | Installation Methods 2Installation Methods 2Course Code: ELAP 209 Credits: 3 During this course students will connect and test various DC machines and examine the characteristics of different wiring configurations. Manual and magnetic control of both DC and AC machines will also be covered. | 3 |
| ELAP 210 | Electronics 2 Electronics 2Course Code: ELAP 210 Credits: 2 This course is designed to introduce the student to electronic circuits and devices that are commonly found in the electrical field. An introduction to semiconductors including the diode family, thyristors, and op-amps. The course is delivered in a lab/lecture format. DC power supplies including half and full wave rectifiers, capacitive filtering, load voltage regulation, and the characteristics and applications of SCRs, TRIACs, and DIACs will be presented. The operating characteristics and applications of op-amps will also be examined. | 2 |
| ELAP 211 | Electrical Theory 2Electrical Theory 2Course Code: ELAP 211 Credits: 5 This course introduces students to AC circuits. The effects of inductance and | 5 |
| ELAP 216 | Prints 2Prints 2Course Code: ELAP 216 Credits: 3 The student will read and interpret electrical construction prints in order to extract material lists, installation requirements and project management needs for a commercial electrical installation. | 3 |
Advanced Session | Course Code | Course | Credits |
| ELAP 305 | Canadian Electrical Code 3Canadian Electrical Code 3Course Code: ELAP 305 Credits: 3 This course covers the application of the Canadian Electrical Code Part 1 (CEC) for installations pertaining to sections 26 and 28. This course also covers grounding and bonding requirements, industrial demand calculations and installation methods, protection and control. Code requirements for the installation of motors, transformers and capacitors are also discussed. | 3 |
| ELAP 307 | Instrumentation 3Instrumentation 3Course Code: ELAP 307 Credits: 3 The student will read and interpret electrical construction prints in order to extract material lists, installation requirements and project management needs for an industrial electrical installation. The student will also develop the ability to interpret industrial electrical drawings and translate specifications for the purpose of estimation and installation, and to prepare as-built drawings to document progress in an industrial construction project. | 3 |
| ELAP 309 | Installation Methods 3Installation Methods 3Course Code: ELAP 309 Credits: 6 This course consists of AC motor shop. Students will examine the characteristics, applications, and connections of single and three phase motors, single and three phase transformer connections, and the programming parameters of AC motor frequency drives in the motor shop portion of this course. | 6 |
| ELAP 310 | Electronics 3 Electronics 3Course Code: ELAP 310 Credits: 3 This course is an overview of circuits and electronic devices used in the control of industrial processes DC and AC motor drives. Theory of operation, selection, installation, and maintenance of DC controlled bridge drives, DC chopper drives, AC variable frequency drives, resolvers, tachogenerators, and encoders are covered. | 3 |
| ELAP 316 | Electrical Theory 3Electrical Theory 3Course Code: ELAP 316 Credits: 4 This course covers the design, theory of operation, connection and characteristics of three-phase motors and transformers. Calculations pertaining to Wye and Delta generators and loads are also discussed. | 4 |
| ELAP 317 | Fluid PowerFluid PowerCourse Code: ELAP 317 Credits: 2 This course introduces the student to pneumatic and hydraulic systems. | 2 |