Electrical and Electronics 10 introduces students to the fundamental principles of electricity, circuit design, and safe work practices in the electrical trade. Core topics include electrical theory, power generation and distribution, simple and combination circuits, and the use of electrical components such as resistors, capacitors, diodes, and transformers. Students develop hands-on skills in wiring, measuring electrical values, and constructing basic electrical and electronics projects. This course provides a strong foundation for further studies in electrical and electronics technology while promoting safety, problem-solving, and practical applications of electrical concepts.

Electrical 20 builds upon foundational electrical knowledge and skills, introducing students to advanced principles and practical applications. Key topics include the Canadian Electrical Code, electromagnetism, electric power, renewable energy sources, and wiring methods for residential and extra-low voltage circuits. Students will gain hands-on experience in branch circuit wiring, residential lighting, and automation systems while developing their ability to interpret construction drawings. The course also explores relays, circuit breakers, and energy production. Students will have the opportunity to complete an intermediate-level project and explore career opportunities in the electrical and electronics industries. Optional work-study placements provide real-world experience to complement classroom learning.

Electrical 30 is an advanced-level course that builds on previous knowledge and skills, introducing students to complex electrical concepts and hands-on applications. Key topics include inductance, power distribution management, commercial and industrial wiring, raceways, and residential service requirements. Students will explore advanced automation systems, lighting control, transformers, and motor operation for both direct and alternating current.

The course also covers manual and magnetic motor starters, motor control circuits, and programmable logic controllers (PLCs). Students will complete an advanced electrical or electronics project and have the opportunity to gain real-world experience through optional work-study placements. Additional modules provide insights into business opportunities and apprenticeships in the electrical and electronics industries.

Electronics 20 is an intermediate-level course that expands on fundamental electrical and electronic concepts, focusing on circuit design, components, and troubleshooting techniques. Students will develop skills in using schematic diagrams, measuring instruments, and testing resistors, capacitors, and diodes. Core topics include transistor theory, integrated circuits, binary logic, and power supplies.

The course also introduces practical skills such as soldering and de-soldering, along with an examination of electronic equipment manufacturing and recycling. Students will complete an intermediate electronics project and explore career opportunities in the electrical and electronics fields. Optional modules offer hands-on experience with microcontrollers, transformers, and work-study placements.

Electronics A30 is an advanced-level course that builds on previous knowledge of electrical and electronic systems. The course covers advanced circuit analysis, including resistor-capacitor (RC) circuits, transistor theory, and integrated circuits. Students will explore microcontrollers, printed circuit board (PCB) fabrication, and power supply design.

A strong emphasis is placed on digital electronics, including sequential logic, counters, and analog-to-digital conversion. The course includes an advanced electronics project, allowing students to apply their skills to a practical design. Optional modules offer work-study opportunities, career exploration, and insights into business opportunities in the electronics industry

Electronics B30 is an advanced-level course focusing on specialized topics in electronics, including transistor applications in operational amplifiers, power supply design, and tuned circuits. Students will explore oscillators, impedance, and resonance, along with applications in radio communication, antennas, and fiber optics.

A major component of the course is the Advanced Electronics Project, where students design and build an assigned or approved project. Optional work-study opportunities allow students to gain hands-on experience and relate their learning to career goals.