Biochemistry and Chemical Engineering (Biotechnology) (Hons) University of Ottawa

Overview

The Biochemistry and Chemical Engineering (Biotechnology) (Hons) at the University of Ottawa provides a unique multidisciplinary education that bridges the gap between fundamental science and industrial application. This integrated programme allows students to earn both a Bachelor of Science and a Bachelor of Applied Science within five years. By combining these fields, the curriculum addresses the growing demand for professionals who can navigate both molecular biology and large-scale chemical processing.

Why Biochemistry and Chemical Engineering (Biotechnology) (Hons) at the University of Ottawa?

This programme stands out by offering a comprehensive dual-degree structure that covers the chemistry of life alongside sustainable raw material processing. Students benefit from the university's location in the National Capital Region, providing access to numerous research institutes for their final-year projects. The curriculum is designed to meet high academic standards, requiring a minimum CGPA of 6.0 for good standing, and offers a co-operative education stream for practical work experience. Furthermore, the university provides the flexibility of French immersion and instruction in both official languages.

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 spans five years of intensive study, integrating core science with engineering fundamentals. Modules may include:

• Organismal Biology
• Cell and Molecular Biology
• Chemical Engineering Fundamentals
• Organic Chemistry
• Engineering Mechanics
• Genetics
• Fluid Flow
• Heat Transfer Operations
• Biochemical Engineering

Careers with Biochemistry and Chemical Engineering (Biotechnology) (Hons)

Graduates are uniquely qualified for leadership roles in medical research, biotechnology, and the pharmaceutical industry. The dual-degree background prepares individuals for careers in optimizing industrial processes, monitoring environmental pollution, and converting renewable energy sources. Many alumni pursue further studies in medicine or health care, while others enter the workforce as engineers capable of manufacturing new materials and processing complex drugs. The programme's focus on experimental biochemistry also provides a strong foundation for academic and research-intensive careers in the medical sciences.