Diploma in Electrical and Computer Engineering Technology - Electrical Power and Industrial Control Option (Co-op Optional)

British Columbia Institute of Technology - Burnaby Campus

Canada,British Columbia

 0 Shortlist

24 Months

Duration

CAD 25,800/year

Tuition Fee

CAD 154

Application Fee

Sep 2025

Apply Date

Canada, British Columbia

Type: College

Location Type: Urban

Founded: 1964

Total Students: 48,000 +

Int. Students: 4,500 +

Campus Detail

Main Campus Address

SE16 - 3700, Willingdon Ave, Burnaby, BC V5G 3H2, Canada

Diploma in Electrical and Computer Engineering Technology - Electrical Power and Industrial Control Option (Co-op Optional)

Program Overview

Part of the Electrical and Computing Engineering Technology program, the two-year diploma in Electrical Power and Industrial Control, offers students the option to complete paid co-operative education terms. Students may apply to continue studying to complete the BCIT Bachelor of Engineering in Electrical Engineering and other advanced credentials.

The Electrical Power and Industrial Control option of the Electrical and Computer Engineering Technology (ECET) program offers students a foundation in the technology used in utility, industrial, commercial and residential applications. This two-year diploma program has an optional co-operative education component. Students will graduate with strong theoretical and practical, hands-on knowledge in many areas, including:

  • Power generation including renewable and conventional energy resources
  • Electric machines (motors and generators) and their controls
  • Power distribution design for utilities
  • Industrial electrical systems and lighting design according to the Canadian Electrical Code (CEC)
  • Measurement of power quality issues and how to solve them
  • Troubleshooting and operation of electrical power equipment including transformers and switchgear
  • Power systems protection including both legacy and modern protection system
  • Field measurement and design for grounding and bonding systems
  • Industrial data communications including traditional SCADA systems and new smart grid technologies
  • Industrial power electronics including variable frequency drives, inverters and rectifiers
  • Power conversion systems for renewable energy resources such as wind and solar
  • Programmable logic controller (PLC) system design and programming
  • Managing and completing student-initiated or industry-sponsored projects in small groups