Chemical Engineering and Computing Technology University of Ottawa

Overview

The Chemical Engineering and Computing Technology programme at the University of Ottawa provides a unique interdisciplinary education that bridges the gap between traditional process engineering and modern digital systems. Students develop a robust understanding of how to transform raw materials into sustainable finished products while leveraging high-level computing tools to optimise industrial operations.

This curriculum is designed to address the evolving needs of the global industry, where chemical engineers are increasingly required to manage complex data and automated systems. By integrating these two fields, the university ensures that graduates possess a competitive edge in sectors ranging from renewable energy to pharmaceutical manufacturing.

Why Chemical Engineering and Computing Technology at University of Ottawa?

The University of Ottawa offers a distinctive learning environment where students can pursue their studies in both English and French, reflecting the institution's bilingual heritage. The programme is highly practical, featuring a co-operative education option that allows students to gain professional experience through integrated work terms.

Students benefit from a curriculum that evolves alongside industry standards, ensuring access to modern methodologies in process analysis and digital architecture. The faculty provides a supportive atmosphere for exploring the intersection of basic sciences, economics, and health and safety within a sustainable engineering framework.

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 structured to build foundational knowledge in both engineering and computer science before moving into specialised technical applications. Modules may include:

• Chemical Engineering Fundamentals
• Numerical Methods and Engineering Computation
• Organic Chemistry
• Engineering Mechanics
• Computing
• Digital Systems
• Calculus
• Unit Operations
• Chemical Reaction Engineering
• Transport Phenomena
• Process Control
• Plant Design Project
• Biochemical Engineering
• Engineering Law
• Computer-Aided Design

Careers with Chemical Engineering and Computing Technology

Graduates are equipped for diverse roles across multiple industries, facing challenges such as process optimisation, pollution monitoring, and the development of new materials. The dual expertise in computing and chemical engineering opens doors to careers in food processing, drug manufacturing, and the renewable energy sector.