University of Toronto

Overview

The Bachelor of Electrical and Computer Engineering (ECE) at the University of Toronto equips students with a robust foundation in electrical systems, computing, and communications. This program integrates essential engineering theory with hands-on design experience and opportunities for practical learning through co-op placements.

What you'll study

The ECE curriculum is designed to establish core engineering principles in the initial years and progressively advance into specialized technical studies and electives. Students will complete required foundational courses and choose additional classes that align with their personal interests.

Typical course progression

• Year 1 (Foundation): Orientation to Engineering, core mathematics, and introductory engineering concepts.
• Year 2 (Core Engineering): Advanced engineering science, computing fundamentals, and electrical principles.
• Year 3–4 (Advanced Study): Upper-level ECE courses, electives, and project-based learning opportunities, including the option to participate in the Professional Experience Year (co-op).

Example courses

• Orientation to Engineering
• Engineering Strategies & Practice I
• Mechanics
• Engineering Chemistry & Materials Science
• Linear Algebra
• Calculus I

Specialisation and electives

In the later years of study, students have the flexibility to choose electives and specialized courses that focus on areas such as energy systems, computer networks, and photonics, depending on availability and academic offerings.

Projects and experiential learning

Students in the ECE program engage in design-oriented projects throughout their studies. The curriculum emphasizes experiential learning through the Professional Experience Year (co-op), allowing students to gain valuable experience in real-world engineering settings.

Entry requirements

Admission to the ECE program is based on a candidate's academic qualifications and eligibility for undergraduate study at the University of Toronto. Prospective students should ensure they meet the prerequisite subjects and any specific faculty requirements.

Career prospects

Graduates of the Electrical and Computer Engineering program are well-prepared for a variety of career paths in engineering fields. Potential opportunities include roles in electrical design, software development, telecommunications, and renewable energy systems, among others. The combination of strong theoretical knowledge and practical experience gained through co-op placements enhances employability in a competitive job market.