Electrical Engineering York University

Overview

Electrical Engineering at York University blends rigorous theoretical study with hands‑on laboratory practice to prepare graduates for roles across power, communications and medical technologies. Study content moves from core physics and mathematics in early years to specialised topics such as power electronics, signal processing and embedded systems in upper years. Practical laboratory exposure complements lectures so students can link design concepts with real devices and systems.

Why Electrical Engineering at York University?

York University’s Electrical Engineering provision sits within the Lassonde School of Engineering and is delivered at Keele Campus, combining academic breadth with applied learning. The degree is accredited by the Canadian Engineering Accreditation Board (CEAB), which affirms the programme meets national standards for engineering education. Students also gain access to dedicated facilities cited on the programme page, including a Robotics Lab, a Digital Logic Lab and a Multimedia Lab that support project work and experiments. After second year, students may pursue co‑op opportunities, integrating paid workplace experience with academic study to enhance employability and professional development.

Tuition Fee Breakdown

• International fee: CAD 49727 per year
• National fee: CAD 15181 per year

Visit the Fees and Funding section for a breakdown in your local currency.

Syllabus

An organised curriculum builds technical competence and design experience. Modules listed on the programme site include:

• Power Electronics
• Electric Circuits and Devices
• Digital Logic Design
• Embedded Systems
• Integrated Circuit Design
• Communication Networks Project
• Introduction to Power Systems
• Medical Devices

Careers with Electrical Engineering

The programme page highlights a range of graduate roles and industry directions that align with the taught skills and laboratory experience. These roles reflect application areas covered across modules and laboratory projects, from power systems and electronics to communications and assistive medical technology design.