Chemical Engineering Toronto Metropolitan University

Overview

The Chemical Engineering programme at Toronto Metropolitan University provides students with a sophisticated platform to advance their technical expertise and research capabilities. This curriculum is designed to bridge the gap between theoretical engineering principles and practical industrial applications. Students are encouraged to explore complex challenges in sectors ranging from environmental protection to healthcare innovation.

Why Chemical Engineering at Toronto Metropolitan University?

Choosing this programme means gaining access to an urban innovation hub known for its strong ties to industry and healthcare institutions. The university hosts over 125 research centres and labs, providing an environment where academic inquiry meets real-world problem-solving. Students benefit from expert faculty guidance and a collaborative atmosphere that fosters independent research skills. The Faculty of Engineering and Architectural Science ensures that facilities are equipped with full-scale machinery and the latest process simulation software, allowing for high-fidelity modelling and control experiments.

Tuition Fee Breakdown

• International fee: CAD 30174 per year
• National fee: CAD 9665 per year

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

Syllabus

Modules may include:

• Wastewater Treatment Technologies
• Polymer Reaction Engineering
• Fluidization Technology
• Simulation, Optimization, and Process Control
• Nanotechnology
• Food Technology
• Biotechnology
• Computational Fluid Dynamics
• Membrane Technology

Careers with Chemical Engineering

Graduates from this programme are highly sought after for their ability to solve pressing societal challenges through technical innovation. The rigorous training prepares individuals for leadership roles in diverse sectors, including environmental management, pharmaceuticals, and energy production. Many alumni find success in specialised fields such as regenerative medicine, metallurgy, and process engineering. By leveraging the university's direct connections with hospitals and industrial partners, graduates are well-positioned to enter the workforce as professional engineers, researchers, or consultants capable of managing large-scope projects.