FSR Preparation Courses - Application of Electrical Codes and Standards

Thompson Rivers University is an approved training provider of Technical Safety BC’s mandatory FSR Preparation courses. Our FSR course offerings are delivered fully online with continuous enrolment availability, are self-paced, self-directed and include subject matter support by phone and email. Participant registration grants 30 weeks access to the course to successfully prepare for their desired FSR exam. Full detail on all our FSR Preparation offerings is provided below:

Class A/B/C(XELC 0632)

Designed for qualified electricians who may want to write the Technical Safety, BC provincial exam to attain their Field Site Representative status / Contractors License (A, B, C ticket).

Class A

A Class A FSR (Field Safety Representative) certificate of qualification entitles the holder to submit declarations on behalf of their employer for any type of regulated electrical work. There are no voltage or ampere limitations.

Class B

A Class B FSR (Field Safety Representative) certificate of qualification entitles the holder to submit declarations on behalf of their employer for regulated electrical work only with respect to electrical installations where the voltage of the completed installation is under 750 volts. The certification also covers the Underground Raceway scope, allowing underground conduit installations at any voltage.

Class C

A Class C FSR (Field Safety Representative) certificate of qualification entitles the holder to submit declarations on behalf of their employer for regulated electrical work only with respect to electrical installations where the voltage of the installation is under 150 volts to ground; ampacity is restricted to 200 amps or less and, single phase power.

Course Fee: $809

XELC 0630 - Class A/B/C Continuing Education Requirement for Renewal: New for May 1, 2020

The Electrical Safety Regulation section 10.1 requires you to satisfy continuing education requirements before renewing your field safety representative (FSR) certificate of qualification every three years. This online delivery qualifies as your eight hours of continuing education required by Technical Safety BC.

Course Fee: $199

XELC 0720 - Class LO - Low Energy

A Class LO (low energy) FSR certificate of qualification entitles the holder to act as a Field Safety Representative (FSR), and perform regulated electrical work on electrical equipment that includes all wiring and equipment installed that is restricted to circuits that have the power supply limited in accordance with the requirements for Class 2 circuits, maximum 100 volt amperes.

Course Fee: $609

XELC 0740 - Class IN - Instrument Mechanic

A Class IN (Instrument Mechanic) FSR certificate of qualification entitles the holder to install, repair, maintain, replace, calibrate, and program equipment for process monitoring and/or control instruments including hydraulic, electronic, mechanical, fluidic, nuclear, optical or chemical signal transmission, telemetering, and digital devices, in industrial operations.

NOTE: The scope of work is restricted to regulated work on electrical equipment within the scope of the trade certificate. Class I and Class II circuits.

Course Fee: $609

XELC 0750 - Class RE - Refrigeration

A Class RE (Refrigeration) FSR certificate of qualification entitles the holder to act as a Field Safety Representative (FSR). Individuals will be able to make declarations on behalf of their employer for regulated electrical work only with respect to electrical installations in which the voltage of the completed installation does not exceed 750 volts in regards to the following installations:

  • electrical circuits for refrigeration equipment
  • air-conditioning units
  • heat pumps and chillers
  • fabricate, install, alter, repair or service any system used for cooling and /or heating (ie: heat pumps) in closed systems that contain a refrigeration or a brine and thermoelectric cooling
  • piping, controls and electrical work usually performed by a journeyperson for branch circuit wiring from existing enclosures containing overcurrent devices

Scope of work does not include:

  • electrical work on fire alarm systems
  • electrical work in hazardous locations

Course Fee: $609

XELC 0780 - Class UR Underground Raceway

A Class UR (Underground Raceway) FSR certificate of qualification entitles the holder to assemble, construct, install, maintain or repair and alter underground electrical conduit.

Course Fee: $609

Course Extension - All FSR Preparation Courses

In order to maximize student success, registrants who require additional weeks to complete their course may apply for a 12-week by emailing mweisbeck@tru.ca or phoning 250.828.5106.

Extension Fee: $309

XELC 0670 – Programmable Logic Controllers Level 1

With growing demand in automation processes, the need for knowledgeable and experienced programmable logic controller professionals is more apparent than ever. PLCs are used in many industries to monitor and control production processes and building systems. This 30 hour course introduces electricians, as well as those who are familiar with conventional motor control theory, to the basic operating principles and various field applications of Programmable Logic Controllers. The course will be based on Allen Bradley systems but will also include discussion Siemens systems. PLC software training will include a hands-on project to operate a lumber J-bar sorter. Programming instructions will include timers and counters, as well as several more advanced instructions. Required Materials: 2 GB Flash Drive

Course Duration: 30 classroom and practical lab hours

Course Fee: $799

XELC 0770 - Programmable Logic Controllers Level 2

This course is designed to take the student beyond the basic level of PLC programming and installation. It will expand on the PLC architecture, analogue I/O as well as PLC to PLC communication via Ethernet. More advanced instructions are incorporated in laboratory experiments. These include math, program control and data manipulation as well as others. An introduction to Human Machine Interfacing (HMI) to the PLC will be given. The student will be completing a number of labs involving the course theory covered.

Course Duration: 40 classroom and lab learning hours

Course Fee: $899

XWLD 0540 - Arc Flash Safety Workshop

Arc Flash Training Workshop designed for front line workers responsible for electrical systems in the CSA Z462-12 electrical safety standard. Students will gain a full understanding of hazards encountered while operating or maintaining electrical installations in the low voltage (below 750 volts) class including a full understanding of the arc hazard categorization, appropriate personal protective equipment selection and safe work procedures. This one day workshop is designed to assist organizations to identify shock and arc flash hazards and prevent injuries and incidents associated with those hazards.

Course Duration: 8 classroom learning hours

Course Fee: $225

XELC 0050 - Introduction to Electrical Quality Management Systems

This two-day training is designed to provide participants with a practical understanding of the general principles and framework of electrical quality management systems, the purpose and requirements of codes and standards, and their application for the delivery of a quality product or service. This course is Gold Seal Accredited.

Course Duration: 15 classroom learning hours

Course Fee: $349

Renewable Energy Fundamentals for Electricians

Renewable Energy Installation

The School of Trades and Technology is pleased to offer Renewable Energy Fundamentals for Electricians. This, sixteen week program (fifteen weeks online, one week on-site practical training) provides students with the knowledge and skills needed to install and maintain Renewable Energy (RE) power generation systems and equipment. This program will cover industrial, commercial, institutional, power generation and residential settings in compliance with appropriate codes, standards, and industry best practices.

Program topics include:

  • Energy Resources
  • Safety
  • Generation methods
  • Equipment
  • Energy storage
  • System design
  • Commissioning

Students will be introduced to the theory and practical (hands-on) sides of the industry.

Upon completion, all students will earn a Certificate of Completion from TRU, and qualified Electrical Red Seal students will be eligible to register for the CSA NOC 7241 Solar Installer exam, earning a nationally recognized certification.

Students taking this program will have a leading advantage in the growing renewable energy sector of the electrical industry. Canada’s RE industry is growing at exponential rates, exceeding 16% of Canada’s total energy supply, and over 60% of electricity generated, according to Natural Resources Canada.

Format Options

Online theory training (students select one):

Self-Paced Intake: Please contact csinfo@tru.ca for future course offerings. This program is delivered with TRU's Moodle online learning platform.

Face to face lab/practical training dates:TBD

The one week practical session will take place at TRU Kamloops campus, and will include labs covering:

  • PV Connector Construction
  • PV Site Selection
  • Series/Parallel PV connections
  • The effects of shading on PV Modules
  • Grid tied PV systems
  • Micro inverter vs Central inverter systems
  • Battery systems
  • Wind Generator Systems
  • Bioenergy demonstration
  • Hydroelectric system demonstration
  • And more…

Guest speakers, tours and field trips of existing sites may also be included.

  1. Electrical apprentice or completed electrical foundation
  2. Computer and internet access
  3. Ability to attend one week face to face sessions (Kamloops)

Recommended: Red Seal Electrical Endorsement (Journeyperson)

Program Cost:

Tuition $1495.00

Books: Moodle based platform, all learning materials provided online

How to Apply
  1. Inquiries for the Renewable Energy Fundamentals for Electricians can be submitted to csinfo@tru.ca.
  2. Registration can be found online and sent to csinfo@tru.ca.

If you need any additional information, please contact:

Amie Schellenberg

Electrical Apprenticeship and Renewable Energy Instructor