Program Overview

Introduction to the Bachelor of Engineering in Chemical Engineering

The Bachelor of Engineering in Chemical Engineering is a comprehensive program that combines the principles of mathematics, chemistry, and physics with engineering practices to improve the human environment. Chemical engineers deal with the transformation of raw materials into products used every day, from soaps and cosmetics to plastics and food processing.

Program Overview

Chemical Engineering is regarded as one of the most versatile engineering disciplines, with many opportunities to specialize in a particular area. The program is designed to develop an understanding of the fundamental principles of Chemical Engineering through lecture, tutorial, and laboratory activities.

Program Options

Students may choose to complete the 5-year Co-op Program or the 4-year Non Co-op Program. The Co-op program integrates academic study with university-approved industrial experience, providing students with three paid work terms. The Non Co-op program follows the same academic curriculum as the Co-op program but can be completed in four years.

Co-op Program

The Co-op program schedule is as follows:

• Year 1: Study Term 1 and Study Term 2
• Year 2: Study Term 3 and Study Term 4
• Year 3: Work Term 1, Study Term 5, and Work Term 2
• Year 4: Study Term 6, Work Term 3, and Work Term 4
• Year 5: Study Term 7 and Study Term 8

Non Co-op Program

The Non Co-op program schedule is as follows:

• Year 1: Study Term 1 and Study Term 2
• Year 2: Study Term 3 and Study Term 4
• Year 3: Study Term 5 and Study Term 6
• Year 4: Study Term 7 and Study Term 8

Program Curriculum

The curriculum for both programs is designed to develop an understanding of the fundamental principles of Chemical Engineering. The first two years of study are common to all engineering students, after which students choose to focus on a specific engineering discipline.

Associated University Program

Students who have completed the degree requirements for a Diploma of Engineering or a Certificate of Applied Science through the Associated University program are admissible to the Upper Division in the Faculty of Engineering.

Career Opportunities

Chemical Engineering prepares students for a variety of careers in the chemical and process industries, including:

• Production and Utilization of Energy
• Environmental Management and Technologies
• Pulp and Paper
• Advanced Materials
• Production and Utilization of Chemicals
• Plastics Production and Processing
• Food Processing
• Rubber Industry
• Consulting
• Metallurgical Operations
• Biotechnology
• Instrumentation Development and Marketing
• Development and Manufacture of Medical Devices
• Government
• Patent Law

Conclusion

The Bachelor of Engineering in Chemical Engineering is a comprehensive program that provides students with a strong foundation in the principles of Chemical Engineering and prepares them for a variety of careers in the chemical and process industries.