Software Engineering University of Victoria

Overview

The Software Engineering programme at the University of Victoria provides students with the technical expertise required to build the complex digital systems that power modern society. By combining rigorous academic theory with practical application, the University of Victoria ensures graduates are prepared to engineer dependable software at a global scale.

Why Software Engineering at University of Victoria?

Choosing this programme means joining a community dedicated to excellence and professional readiness. The degree is fully accredited by the Canadian Engineering Accreditation Board, which serves as a nationally recognised standard for professional credibility and prepares students for licensure as a Professional Engineer. Students gain access to a new 89.6-million-pound expansion of the Engineering and Computer Science complex, featuring advanced tools and collaborative spaces.

A distinctive feature of the curriculum is the integrated, mandatory co-op work experience. This ensures that every student graduates with the real-world engineering experience that top employers expect. Additionally, the university offers a themed Engineering Living and Learning Community residence, allowing students to live and study alongside peers who share their academic interests.

Tuition Fee Breakdown

• International fee: CAD 35448 per year
• National fee: CAD 6414 per year

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

Syllabus

The curriculum allows for customisation through various specialisations, including Cybersecurity and Privacy, Interaction Design, and Artificial Intelligence. Modules may include:

• Software Testing
• Human Computer Interaction
• Software System Scalability
• Data Mining
• Advanced Programming Techniques for Robust Efficient Computing
• Cyber-physical and Smart Systems
• Visual Computing
• Performance and Scalability

Careers with Software Engineering

Graduates are equipped for long-term career growth within rapidly evolving technology and engineering industries. The programme prepares students for roles in cross-disciplinary teams, focusing on high-impact systems such as autonomous vehicles, smart city automation, and healthcare technology. Many alumni pursue careers in securing critical infrastructure, data analysis, and digital system design both in Canada and internationally.