Master of Engineering in Smart Grid Systems and Technologies

British Columbia Institute of Technology - Burnaby Campus

Canada,British Columbia

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24 Months

Duration

CAD 24,624/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

Master of Engineering in Smart Grid Systems and Technologies

Program Overview

The Master of Engineering in Smart Grid Systems and Technologies (MEng SGST) is a unique graduate program aimed at providing students with the competencies required to conduct research, plan, design, implement, maintain, commission, and operate Smart Grid systems and applications in the electric utility and related sectors.


About the program

The MEng in SGST program leverages BCIT’s decade long research results, domain expertise, world-class infrastructure, seasoned faculty, and strategic partnerships with industry. Graduates of MEng in SGST will develop hands-on knowledge and understanding of foundational concepts involved in Smart Grid technologies employed in Critical Infrastructure, including applications in renewable energies, green transportation, and smart cities.


Who it’s for

The program caters to professionals currently employed in the industry, as well as those interested in continuing their education. As a BCIT Full-Time program, MEng SGST enables students to enrich and complement their Smart Grid domain knowledge outside normal working hours without interfering with their current jobs, thereby preparing them for exciting future careers in the carbon-constrained economy of the new millennia. MEng SGST’s learning outcomes are achieved through a combination of theoretical studies, complemented with hands-on project work at BCIT or in industry.


What grads can do

The program prepares students with the skills and capacity to combine knowledge from several areas traditionally taught in separate programs, including electrical power systems, computer science, and ICT (information and communications technology) to address strategic challenges, which the utility industry across the world faces in reducing its carbon footprint and transitioning to Green Economy.