Language of instruction: English

Course hours per week:

Course Description:

In this course, students will develop a comprehensive overview of the Electronic Engineering Technology (EET) field, including its various specialties and an understanding of the career progression from technician to technologist, with a possible future pathway to an engineering degree. With this knowledge, students will be equipped to make informed decisions regarding the alignment of their interests and abilities with the EET profession, ultimately determining if the program is a suitable fit for their future endeavours.

Language of instruction: English

Course hours per week:

Course Description:

This course equips first-semester students with the skills and knowledge to build, test, design, and optimize combinational circuits using fundamental principles and techniques related to digital electronics. A variety of integrated circuits (ICs) are introduced, along with their specifications/data sheets, and used in laboratory activities using various equipment (e.g., power supplies, digital multimeters) and schematic capture software with circuit simulation.

Language of instruction: English

Course hours per week:

Course Description:

In this course, students will be equipped with the skills to proficiently install, utilize, and validate the functionality of a Windows operating system within a virtual environment. Additionally, students will learn to establish and verify a secure, home wireless network in accordance with industry standards.

Language of instruction: English

Course hours per week:

Course Description:

This course equips first-semester students with the skills and knowledge to confidently design, build and validate basic electronic systems, including circuits and components. By guiding them through systematic procedures, safety protocols, and principles of sustainable development, we aim to foster their proficiency in handling essential tools and materials within an electronics workshop, all the while ensuring they are able to interpret key performance parameters that reflect the status of the system (circuit or component).

Language of instruction: English

Course hours per week:

Course Description:

For specific course descriptions, please see the Humanities Department's website for their offering of 345-101-MQ - Knowledge courses.

Language of instruction: French

Course hours per week:

Course Description:

For specific course descriptions, please see the French Department's offering of courses.

Language of instruction: French

Course hours per week:

Course Description:

For specific course descriptions, please see the French Department's offering of courses.

Language of instruction: English

Course hours per week:

Course Description:

For specific course descriptions, please see the English Department's website for their offering course for the following:

• 603-101-MQ - Introduction to College English

Language of instruction: English

Course hours per week:

Course Description:

This course introduces students to the fundamentals of clock-driven digital circuits and memory elements. Students will build and analyze digital circuits using components such as latches, flip-flops, and registers, on both simulation software and bench equipment.

Language of instruction: English

Course hours per week:

Course Description:

By the end of this course, the student should be able to ensure communication and functionality between a client device and other devices on a network using a networked Microsoft Windows operating system environment installed on a computer they have assembled. To achieve this, the student will - build a personal computer tailored to customer needs and best practices, and troubleshoot issues during the building process or regular usage; - install and configure an operating system that meets customer requirements with a focus on security, hardware compatibility, and performance; and - access networked resources such as files, folders, and printers, all while maintaining proper access controls and security. After completion of this course students will be prepared to write the CompTIA A+ industry certification exam.

Language of instruction: English

Course hours per week:

Course Description:

This course offers students a basic comprehension of analog electronic circuits while developing effective problem-solving skills. Through exploration of circuit analysis techniques, students will learn to dissect and resolve basic analog circuit problems. Additionally, the students will be trained to present their calculated and measured results with clarity and precision, ensuring a systematic presentation of findings.

Language of instruction: English

Course hours per week:

Course Description:

In this course students will become familiar with a simple IoT device and be able to program it to communicate with sensors, maintaining version control, and produce documentation for distribution.

Language of instruction: English

Course Description:

For specific course descriptions, please see the Physical Education Department's website for their offering course for the following:

• 109-101-MQ - Physical Activity and Health
• 109-102-MQ - Physical Activity and Effectiveness

Language of instruction: English

Course hours per week:

Course Description:

For specific course descriptions, please see the Humanities Department's website for their offering of 345-102-MQ - World Views courses.

Language of instruction: French

Course hours per week:

Course Description:

For specific course descriptions, please see the French Department's offering of courses.

Language of instruction: French

Course hours per week:

Course Description:

For specific course descriptions, please see the French Department's offering of courses.

Language of instruction: English

Course hours per week:

Course Description:

For specific course descriptions, please see the English Department's website for their offering course for the following:

• 603-102-MQ - Literary Genres
• 603-103-MQ - Literary Themes

Language of instruction: English

Course hours per week:

Course Description:

Building on the basic IP addressing skills and NIC configurations, this course will dive deeper into the network understanding and configurations. The student will be able to implement a functional small- to medium-sized network. Through hands-on labs and projects on real equipment (i.e., routers, switches, PCs) or simulated through Packet Tracer, students will develop a deeper knowledge of networks, going beyond a simple home WIFI network, to a network involving enterprise level equipment. By the end students will be ready to tackle more complex configurations, protocols and larger networks.

Language of instruction: English

Course hours per week:

Course Description:

Building on Analog Electronics I, this course enhances students' ability to analyze intermediate-level analog circuits. Students will examine key characteristics of resistor, inductor, and capacitor configurations, applying fundamental analog electronics principles to analyze and solve circuit problems, take precise measurements, and interpret performance parameters. Through a combination of theory, problem-solving, and lab activities, students will use oscilloscopes, spectrum analyzers, and simulation tools to explore RC/RL transients, passive filters, nonlinear elements (e.g., diodes), and basic modulation/demodulation circuits, bridging theory and practical applications. By refining measurement techniques and strengthening circuit analysis skills, this course prepares students for more complex concepts in Advanced Electronics.

Language of instruction: English

Course hours per week:

Course Description:

Building on foundational knowledge of embedded devices and connected sensors, this course will enable students to effectively use serial communication and wireless protocols in an IoT system. The course emphasizes practical applications and will allow students to interface with analog and digital signals while using more advanced programming techniques. This course prepares students to design and implement complex IoT systems and create integrated networks of wired and wireless nodes.

Language of instruction: English

Course hours per week:

Course Description:

This course will build on the skills and knowledge of installing, configuring and customizing an Operating System on a computer system. In this course, student will install and administer a Unix/Linux based Operating system using either command line or graphical utilities to manage files, applications, disk usage and network connectivity on either actual hardware or in a virtualized setting. Through a series of activities, the student will use the pertinent commands to create, modify and customize files which will configure applications, disk and network elements of the Operating System which would be used in a workstation role. By the end of the course, the student will be able to apply the knowledge in any situation where a Unix/Linux operating system may be used as a tool in another course.

Language of instruction: English

Course hours per week:

Course Description:

By the end of this course, the student will handle physical medium, connection devices, and tools of the trade for the planning, installation, testing, and certifying of low-voltage cabling systems primarily used for telecommunications and data networking, while ensuring that structured cabling installations meet industry standards for performance and safety.

Language of instruction: English

Course Description:

For specific course descriptions, please see the Physical Education Department's website for their offering course for the following:

• 109-101-MQ - Physical Activity and Health
• 109-102-MQ - Physical Activity and Effectiveness

Language of instruction: English

Course hours per week:

Course Description:

For specific course descriptions, please see the English Department's website for their offering course for the following:

• 603-102-MQ - Literary Genres
• 603-103-MQ - Literary Themes

Language of instruction: English

Course hours per week:

Course Description:

Building on the networking skills from Networking I, this course enhances students’ mastery of data networks. At the end of this course, students will be able to configure various layer two and three protocols as well as set up a wireless LAN in the context of implementing a functional medium- to large-sized network. Through hands-on projects and lab work using real equipment (e.g., routers and switches) and simulated in Packet Tracer, students will develop a deeper knowledge of networks, involving more advanced protocols on enterprise-level equipment. By the end students will be ready to move beyond the LAN into the WAN.

Language of instruction: English

Course hours per week:

Course Description:

Building on Analog Electronics II, this course deepens students’ ability to analyze and troubleshoot advanced analog circuits. Students will apply scientific principles to identify the functions of components within an analog circuit, conduct simulations and measurements to analyze each part's performance, and document the findings using appropriate technical resources. Through a combination of theory and hands-on lab activities, students will explore the characteristics and applications of active components such as op-amp, BJTs, and MOSFETs in circuits including amplifiers, oscillators, voltage regulators, and H-bridges, with emphasis placed on using appropriate measuring techniques and simulation tools to support analysis and resolve problems. By strengthening their analysis skills and effective use of technical resources, students will develop practical capabilities essential in the field of electrical engineering technology.

Language of instruction: English

Course hours per week:

Course Description:

Building on Internet of Things IoT I, students enter this course with basic embedded device programming experience, sensor interfacing, and serial and wireless communication. At the end of the course, students will be able to design, program, and troubleshoot integrated IoT systems using ESP32 microcontrollers and Raspberry Pi boards, configuring devices to communicate via MQTT and other protocols, handling sensor data, and integrating systems with cloud services. Learning occurs through a hands-on, lab-based approach. Students work in the laboratory, building and coding IoT systems through guided labs in the Python programming language for IoT and data handling, culminating in a integrative assessment applying the course concepts. Students are prepared for advanced topics in networking and cybersecurity. It equips them with the practical skills and problem-solving abilities needed for capstone projects and professional roles in developing & deploying connected electronic systems.

Language of instruction: English

Course hours per week:

Course Description:

This course introduces students to the design, deployment, and management of server-based network services in both local and cloud-integrated environments. Building on foundational knowledge of structured cabling and network infrastructure, students will learn to implement essential client–server services such as DNS, DHCP, directory services, and storage solutions. Emphasis is placed on systematic deployment, configuration, and verification of these services using appropriate server and client platforms within a virtualization environment. Students will also develop clear technical documentation detailing the implemented network management solutions and commissioning processes. After this course students will be ready to tackle planning an integration project.

Language of instruction: English

Course hours per week:

Course Description:

Building on concepts introduced in the Analog course stream, we will begin to explore the purpose and composition of an end-end telecom network, focusing on signals and measurement, identifying system components, interpreting standards, and selecting appropriate tools and tests. The student will be introduced to the basic concepts of multiplexing, frequency conversion, frequency bands, and channelization. We will explore the concepts of the air interface, antennas, and transmission lines and their associated test and measurement aspects. We will examine the components of a modern telecom network Standard, learning how to break down a complex standard and understand how it relates to the equipment that implements it and how to perform equipment alignment and conduct tests to verify and clearly document compliance to the relevant parts of the standard. The Telecom Techniques II course will continue this path with more complex equipment and standards.

Language of instruction: French

Course hours per week:

Course Description:

For specific course descriptions, please see the French Department's offering of courses.

Language of instruction: French

Course hours per week:

Course Description:

For specific course descriptions, please see the French Department's offering of courses.

Language of instruction: English

Course hours per week:

Course Description:

For specific course descriptions, please see the English Department's website for their offering course for the following:

• 603-BXE-MQ - Applied Themes in English

Language of instruction: French

Course hours per week:

Course Description:

Most programs include two complementary courses. These courses give you an opportunity to build a new skill or explore other areas of knowledge unrelated to your program. You can choose your complementary courses from the following domains (access to domains varies by program):

• Arts and Aesthetics
• Computer Science
• Contemporary Issues
• Mathematics Literacy
• Modern Languages
• Science and Technology
• Social Sciences

Language of instruction: English

Course hours per week:

Course Description:

This course moves the students from configuration skills to operational network management. Network Application I leverages these networking skills and shifts the focus toward maintaining, troubleshooting and managing live network systems and services. By the end of this course, students will be able to manage and support networked systems—including VoIP and dynamic routing environments—by diagnosing issues, performing maintenance, restoring service, providing technical support, and documenting all activities in a structured and professional manner. This course is highly hands-on and practice-driven, with a strong emphasis on real-world problem-solving and professional workflows. By the end of the course, students transition from configuring networks to managing, supporting, and sustaining them—developing the skills required to ensure reliable performance, continuity of service, and professional-level network operations.

Language of instruction: English

Course hours per week:

Course Description:

This laboratory-focused course builds upon schematic, breadboarding, and testing concepts from analog and digital course streams to introduce students to the principles and practices of printed circuit board (PCB) design, fabrication, assembly, and verification. Through hands-on projects, students develop skills and knowledge in standardized schematic drawing and symbol creation, and translate them, using strict guidelines, into single- and double-sided layouts for both through-hole and surface-mount components. This leads to the manufacturing of milled printed circuit boards, where students integrate rigorous laboratory safety standards and electrostatic discharge (ESD) precautions while emphasizing proper soldering techniques to produce functional, high-quality hardware prototypes. These skills, knowledge and attitudes will be required in the Electronic Integration Project and System Integration Project courses.

Language of instruction: English

Course hours per week:

Course Description:

This course builds on students’ foundational knowledge of networking. Students enter the course already familiar with fundamental network architectures, common protocols and introductory security principles. By the end of the course, students will be able to assess, validate, and remediate common network and web vulnerabilities, verify the effectiveness of the security measures they apply, and clearly communicate their findings through professional documentation. Students will learn through a combination of hands-on labs, structured troubleshooting activities and tool-based vulnerability analysis. This course prepares students to tackle advanced networking concepts and applications.

Language of instruction: English

Course hours per week:

Course Description:

Building on Telecom Techniques I, we will continue to develop the concept of a full "end-to-end" telecom network, including transmission line and antenna concepts. Students will safely conduct tests on more complex telecommunication network systems and their elements for characterization and diagnostic purposes in a regulatory and standards-based context. Test techniques, alignment and diagnostic methodologies will be expanded to include standards and regulatory aspects. Block and level diagrams, line-up and link budget techniques will be developed. Interference, noise and distortion concepts and measurement/diagnostic test methods will be addressed. Electromagnetic field strength testing and Canadian safety regulations will be presented. This will prepare students for the upcoming system Verification/Validation course and the final semester project courses.

Language of instruction: English

Course hours per week:

Course Description:

Project Planning teaches students to define and document a realistic plan for their Term‑6 system and electronics integration projects. Building on previous telecommunications and networking courses, students develop skills in client communication, feasibility analysis and professional documentation. Learning happens through workshops, peer review and project contract development. The course directly prepares students to execute their final‑semester projects with a clear, well‑structured plan.

Language of instruction: English

Course hours per week:

Course Description:

For specific course descriptions, please see the Humanities Department's website for their offering of 345-BXH-MQ - Applied Ethics courses.

Language of instruction: French

Course hours per week:

Course Description:

For specific course descriptions, please see the Humanities Department's website for their offering of courses.

Language of instruction: French

Course hours per week:

Course Description:

For specific course descriptions, please see the French Department's offering of courses.

Language of instruction: French

Course hours per week:

Course Description:

For specific course descriptions, please see the French Department's offering of courses.

Language of instruction: French

Course hours per week:

Course Description:

Most programs include two complementary courses. These courses give you an opportunity to build a new skill or explore other areas of knowledge unrelated to your program. You can choose your complementary courses from the following domains (access to domains varies by program):

• Arts and Aesthetics
• Computer Science
• Contemporary Issues
• Mathematics Literacy
• Modern Languages
• Science and Technology
• Social Sciences

Language of instruction: English

Course hours per week:

Language of instruction: English

Course hours per week:

Language of instruction: English

Course hours per week:

Language of instruction: English

Course hours per week:

Language of instruction: English

Course hours per week:

Language of instruction: English

Course hours per week:

Course Description:

For specific course descriptions, please see the Physical Education Department's website for their offering course for the following:

• 109-103-MQ - Physical Activity and Autonomy