About this program

  • Credential Awarded: 3 Year Advanced Diploma
  • Campus: Welland
  • Code: 0703 P0703
  • Delivery Length: 3 Years
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Overview

Do you want to transform your enjoyment of working with electronics into a rewarding technical career?

As an Electronics Engineering Technology graduate, you solve complex technical problems in areas of fibre optics, systems control, telecommunications and wireless communications.

Highlights
  • Modern equipment and spacious lab facilities provide an optimal, experiential learning experience.

  • Expansive practical experience via three co-op work terms.

  • Students are eligible to complete the Amateur Radio Operators & Technician-Level Certification.

  • Graduates with relevant experience can apply for the Ontario Association of Certified Engineering Technicians & Technologists (OACETT) certification.

Career Opportunities
  • Automation, robotics and system integration
  • Automotive, aviation and biomedical industries
  • Component, system design and manufacturing
  • Embedded system design
  • Engineering and electronics firm
  • Government institution
  • IOT application
  • Maintenance, installation and servicing of electronics
  • Radio and wireless design and installation
  • Sales and marketing
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Courses

Term one (2024 Fall)
Code Course Name Credits
COMM1120 Introduction to Writing and Communicating in the Workplace 3
CTEC1184 Computer Concepts 3
ELEC1124 Electrical I 5
MATH1134 Mathematics I for the School of Technology Studies 4
MMFG1178 CAD and Manufacturing 4
Elective Information

Completion of additional General Education elective 1 course required

Term two (2025 Winter)
Code Course Name Credits
ELNC1210 Electronic Devices 5
ELNC1221 Networking and Data Communications 3
ELNC1224 Digital Systems 4
ELEC1232 Electrical II 5
MATH1231 Mathematics II for Technicians and Technologists 4
Elective Information

Completion of additional General Education elective 1 course required

Term three (2025 Fall)
Code Course Name Credits
CTEC1239 Computer Programming 3
ELNC1323 Wireless Communications Fundamentals 5
ELNC1328 Introduction to Programmable Logic Controllers 4
ELEC1327 DC/AC Machines and Motor Controls 4
ELNC1350 Operational Amplifiers and Analog Circuits 4
MATH1334 Mathematics III - Calculus I 4
Term four (2026 Winter)
Code Course Name Credits
COMM1430 Technical Communications 3
ELNC1425 Embedded Systems Digital II 4
ELNC1426 Programmable Automation Controllers 4
ELNC1730 Antennas and Radio Wave Propagation 5
MMFG1438 Microcircuit Design and Fabrication 4
MATH1350 Statistics for Technicians and Technologists 3
Elective Information

Completion of additional General Education elective 1 course required

Term five (Co-op) (2026 Spring)
Code Course Name Credits
COOP1434 Co-op Work Term I 0
Term six (Co-op) (2026 Fall)
Code Course Name Credits
COOP1534 Co-op Work Term II 0
Term seven (2027 Winter)
Code Course Name Credits
ELEC1633 Instrumentation and Process Control Systems 4
ELNC1442 Electronic Applications Engineering (Linear II) 5
ELNC1501 Advanced Embedded Systems 4
MATH1434 Mathematics IV - Calculus II 4
MMFG1520 RF Embedded System Technical Project I 2
Term eight (Co-op) (2027 Spring)
Code Course Name Credits
COOP1634 Co-op Work Term III 0
Term nine (2027 Fall)
Code Course Name Credits
ELNC1631 Advanced Electronics 5
ELEC1632 Feedback Control of Dynamic Systems 4
ELNC1633 Robotics and Automation 4
ELNC1645 Fibre Optic and Microwave Transmission Systems 5
MMFG1620 RF Embedded System Technical Project II 2
Program Outcomes Term: 1244
  1. Modify, design and produce electrical and electronics drawings, layouts and reports using appropriate technology to communicate accurate technical information, and to complete project requirements.

  2. Perform and generate procedures to test electrical and/or electronic circuits, equipment and systems in accordance with relevant operational guidelines and standards.

  3. Design, build and troubleshoot electronic circuits, equipment, and systems in accordance with task requirements, functional specifications and relevant standards.

  4. Modify, maintain, repair, calibrate and recommend electronic equipment and systems in accordance with relevant operational guidelines.

  5. Determine, select, recommend and justify the purchase of electronic equipment, components and systems in accordance with codes, standards, task requirements and functional specifications.

  6. Design, construct, modify, analyze and troubleshoot digital logic circuits, embedded systems, programmable logic devices, and digital signal processing applications using industry specific software tools and programming languages to ensure their functional operation.

  7. Design, analyze and build circuits consisting of various components using industry specific tools, techniques and measurements to meet project objectives.

  8. Design, analyze and troubleshoot control systems using industry specific methods to optimize their operation.

  9. Analyze, troubleshoot, maintain and repair telecommunication systems in accordance with standards and guidelines to ensure their effective operation.

  10. Comply with health and safety guidelines and procedures in accordance with best practices and relevant regulations.

  11. Collaborate in selecting, co-ordinating and conducting quality control and quality assurance programs and procedures in accordance with standards and guidelines.

  12. Complete work in compliance with relevant legislation, established standards, codes, policies, procedures and regulations, and sustainability best practices and ethical principles.

  13. Apply project management principles and tools when responding to requirements and monitoring projects within an electronics engineering environment to ensure timely completion of a project.

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Admission Requirements

Ontario Secondary School Diploma (OSSD), or equivalent including the following required course(s):
  • English – any Grade 12 (C) or (U), or equivalent
  • Mathematics – any Grade 12 (C) or (U), or equivalent
Recommended Courses and/or Skills:

These courses and skills may help you succeed academically in this program, but they are not required for admission.

  • Physics – Grade 11 (U) or Grade 12 (C) or (U)
Selection and Ranking

Applications are evaluated based on the published admission requirements. When the applicant provides proof of meeting the requirements, an offer of admission can be issued, provided space is available in the program.

Learn more about admission decisions.

Program Requirements
Transportation
  • Students are responsible for their own transportation in order to complete program requirements which may not be readily accessible by public transportation.
  • Program requirements could include co-ops, placements, volunteer requirements, practical labs, field projects, assignments, clinicals, or any other off-campus visits required as part of the program’s curriculum.
Computer/Technology Requirements

Students are responsible for ensuring that they have a Microsoft Windows 10 based desktop or laptop system that meets or exceeds the following general personal computer technology requirements:

  • A desktop or laptop system running on an updated Microsoft Windows 10 operating system.
  • Minimum 256GB SSD storage and 8 GB memory.
  • An integrated or peripheral video camera, microphone and speaker system.
  • Reliable internet connectivity with Broadband capabilities (a minimum download speed of 5 Mbps) is recommended.
  • Successful installation and activation of both AutoCAD and Multisim found on the Blackboard Homeroom page (after timetable selection).

Niagara College will not be able to provide support for systems different than the above specifications. Any provided software may not operate properly. Academic software for your courses (supported under the Microsoft Windows 10 operating system) will be made available for download and remote use. Access will also be provided to remote high performance computer labs if software downloads are not feasible.

Note: There is no support for Chromebooks or Apple products for this program.

All costs associated with program requirements are the responsibility of the student.

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Availability

Domestic Applicants Apply
International Applicants Apply
Legendfor intake status table
Open

Accepting applications

Waitlisted

Eligible applications will be placed on a waiting list

Closed

Not accepting applications

Suspended

No longer offered this term

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Pathways

Explore your pathway options What are pathways? for the Electronics Engineering Technology (Co-op) program below.

  • From NC to
    Cape Breton University Bachelor of Engineering Technology (Electronics and Controls) Canada
  • From NC to
    Cape Breton University Bachelor of Engineering Technology (Manufacturing) Canada
  • From NC to
    Cape Breton University Bachelor of Engineering Technology (Petroluem) Canada
Did you know?

Applicants with previous postsecondary education will be assessed for transfer credits upon receipt of an official transcript from their previous institution. There is no fee for this service.

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Tuition

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Co-op

A program with a co-op (co-operative education) component means that the curriculum combines an in-class education along with hands-on experience of working a job in the program's field of study.

During co-op work terms students are able to link what they learned in the classroom in a real workplace. Understanding the skills they've developed academically helps create a more meaningful college experience, and means they are better prepared for their career after graduation.

For Students
  • Co-op terms are paid. Earn while you learn!
  • Practice the skills you’ve learned in the classroom.
  • Gain experience in your field of study before you graduate.
  • Develop references and connections.
  • Hone your skills with feedback from your employer.
Learn More About Co-op @ NC
For Employers
  • Low cost with tax credits and other funding available.
  • Hire for peak season, staff coverage, special projects, etc.
  • Help prepare students with career-related work experience.
  • Minimal training required.
  • Proven recruiting strategy for future staff.
Hire NC Co-op Students

The program I chose gave me the ability to pursue a variety of specialized routes within the first year of the program, which allowed me to either finish a two-year Diploma or a three-year Diploma with co-ops to receive real-world experience. Niagara College was an integral part of my education in gaining the knowledge-set that has led to a flourishing career in the industry.

Brad Tanner, program graduate
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