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Electronics Technician
Open to International Students
Area of study
Design & Manufacturing Technologies
Credential
Certificate
Program Length
1 Year | Full time
Program Overview
CIP Code: 47.0105
The Electronics Technician program is designed for individuals who enjoy working with technology and solving complex problems. This program offers a combination of theoretical knowledge and practical skills in electronics, preparing students for careers in a variety of industries. Throughout the program, students will gain proficiency in circuit design, testing, and troubleshooting, ensuring they are equipped for real-world applications.
Core Information
Program Highlights
- Hands-on Training: Work with industry-standard tools and equipment in a practical learning environment.
- Industry-Driven Curriculum: Gain skills in troubleshooting, circuit analysis, and microcontroller programming.
- 4-Week Practicum: Apply learned skills in a real-world setting with industry partners.
- Career-Focused Learning: Develop problem-solving skills applicable to various sectors, including telecommunications, manufacturing, and automation.
- Experienced Instructors: Learn from industry professionals with years of experience.
Career Outcomes
- Electrical Technician
- Assembler
- Electronics Consultant
- Communication Companies
- Manufacturing Facilities
- Electrical Utility Companies
- Construction Sites
- Independent Contractors
- Government Agencies
Entry Requirements
- Manitoba high school diploma (or expected completion within 45 days of the program start date), or equivalent, including:
- Grade 12 Math (40S) with a grade of 50 per cent or higher, or equivalent.
- Grade 12 English Language Arts (40S) with a grade of 50 per cent or higher, or equivalent.
International Students
- High school diploma (or expected completion within 45 days of the program start date), or equivalent. International applicants must meet the general entrance requirements based on country/curriculum of study. Applicants must also meet the program-specific requirements, including:
- Senior level Math with a grade of 50 per cent or higher, or equivalent.
- Senior level First Language Literature with a grade of 50 per cent or higher, or equivalent.
- All high school grades will be converted to an equivalent Manitoba grade scale.
Additional Requirements
- Demonstrated English language proficiency (if educated outside Canada)
Find out more about Admission Requirements.
Tuition and Fees
| Estimated Program Costs | |
|---|---|
| Tuition | $5,766 |
| Fees | $500 |
| Estimated Textbook Costs | $250 |
| Total Estimated Program Costs | $6,516.00 |
Costs are estimates and are subject to change. Visit Tuition and Fees and Textbooks and Supplies for more information.
Frequently Asked Questions
The program includes practical lab components and a work practicum, allowing you to apply your skills in real-world settings and build confidence before entering the job market.
Textbooks and Supplies
A complete supply list and textbook information can be found on the Program Information page.
Laptop Requirements
Students must bring a Tier 2 laptop for this program. More information and technical specifications are available on the Laptop and Technical Needs page.
Yes, we offer campus tours. Explore our Campus Tour options.
Yes, financial aid may be available to those who qualify. Explore financial aid options.
Take Your First Step Towards Success
Learn more about this program
Fill out this form, and one of our helpful recruitment experts will contact you to discuss your goals, answer your questions, and guide you through the next steps.
Electronics Technician
All Courses
DC Circuit Fundamentals (ET-100) — 105 hours
Gain foundational knowledge of electronics technology by studying DC circuit theory. Topics include instrumentation, measurement, component recognition, value determination, and fabrication. Students will learn Ohm’s Law as it relates to series, parallel, and combination circuits.AC Circuit Fundamentals (ET-110) — 105 hours
Build on the electrical theory learned in Introduction to Electronics Technology. This course focuses on AC waveforms and how they interact with reactive components in RL, RC, and RCL series and parallel circuits. Students will also explore frequency-sensitive circuits.Introduction to Analog Devices and Applications (ET-120) — 105 hours
Learn about semiconductor materials and device construction, and how they affect current flow. Students will also study low-power signal devices, such as diodes and transistors, and how they are used in simple circuits.Advanced Analog Devices and Applications (ET-130) — 105 hours
This course builds on the semiconductor theory learned in Semiconductor Technology and Signal Devices. It focuses on power devices, such as thyristors, power transistors, and MOSFETs, as well as their applications in various electronic systems.Introduction to Digital Devices and Basic Logic (ET-140) — 105 hours
Explore the branch of electronics technology dealing with binary states. Learn the difference between analog and digital signals, the number systems used in digital systems, and basic logic gates. Students will also learn how to combine these gates to solve digital logic problems.Advanced Digital Devices and Systems (ET-150) — 105 hours
This course builds on the theory and skills developed in Introduction to Digital Devices and Basic Logic. Focus on advanced digital functions such as multiplexers, decoders, counters, and displays, along with their applications in real-world systems.Advanced Electronics Applications (ET-160) — 105 hours
Study advanced topics in electronics, including three-phase power circuits, half-wave and full-wave rectifier circuits, industrial control devices, AC motors, motor controls, and low voltage signal systems. The course also covers the application of basic programmable logic controllers.Introduction to Microcontrollers and Applications (ET-170) — 59 hours
Learn about programmable devices in digital logic. Students will study how to read information from sensors and use microprocessor functions to control outputs. Basic programming control structures are introduced for writing microcontroller programs.Electronic Fabrication Techniques (ET-180) — 59 hours
This course covers the design and fabrication process of electronic devices. Students will gain hands-on experience with basic soldering, de-soldering, and troubleshooting techniques to build a power supply prototype using machine tools.Electronics Technician Practicum (ET-190) — 160 hours
The Work Practicum is the capstone component of this program, providing industry-relevant experience. This unpaid, work-integrated learning component allows students to apply technical skills in real-world environments while enhancing employability and job readiness. Prerequisite: Successful completion of all preceding courses.