Chemical Engineering University of Ottawa

Overview

The Chemical Engineering programme at the University of Ottawa provides a rigorous foundation in the applied sciences and economics required to process raw materials into finished goods. Students develop the technical expertise to address global challenges such as renewable energy conversion, pollution monitoring, and the manufacturing of advanced materials. This degree prepares graduates to operate at the intersection of multiple disciplines while maintaining a focus on sustainability and health.

Why Chemical Engineering at the University of Ottawa?

The University of Ottawa offers a unique learning environment where the first two years of the programme are available in both English and French. Students benefit from a curriculum that integrates basic sciences with practical engineering applications, ensuring they are equipped for diverse industrial roles. Additionally, the university provides a co-operative education option, allowing students to gain valuable professional experience through integrated work terms during their studies.

Tuition Fee Breakdown

• International fee: CAD 31582 per semester
• National fee: CAD 4779 per semester

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

Syllabus

The curriculum is designed to build from fundamental scientific principles to complex plant design and process management. Modules may include:

• Chemical Engineering Fundamentals
• Numerical Methods and Engineering Computation
• Organic Chemistry
• Engineering Mechanics
• Fluid Flow
• Heat Transfer Operations
• Chemical Process Analysis and Design
• Chemical Reaction Engineering
• Plant Design Project

Careers with Chemical Engineering

Graduates are prepared for diverse professional paths across numerous sectors, including the food, pharmaceutical, and energy industries. Common career responsibilities involve optimising industrial processes, managing environmental risks, and developing new materials. The programme's focus on sustainability and risk management ensures that alumni are well-positioned for roles in process engineering, pollution control, and biochemical manufacturing.