Chemical Engineering Technology

Program Overview

This three-year Chemical Engineering Technology program provides a comprehensive foundation in chemistry, engineering, and mathematics. Students develop skills in analytical chemistry, organic chemistry, and process control, preparing them for careers in the chemical industries, where they may collaborate with chemists and engineers in laboratory and industrial settings.

Program Outline

Outline:

• Year 1
• Semester 1
• Applied Chemistry 1
• Lab Techniques
• Electricity 1
• Introductory Mathematics for Chemical Sciences
• Environmental Science
• General Education Elective
• Semester 2
• Applied Chemistry 2
• Microbiology
• Introduction to Chemical and Environmental Engineering Processes
• Physics for Chemical Sciences
• Intermediate Mathematics for Chemical Sciences
• General Education Elective
• Year 2
• Semester 3
• Analytical Chemistry
• Organic Chemistry 1
• Chemistry in Industry
• Instrumental Analysis 1
• Differential Calculus
• Occupational Health and Safety
• Semester 4
• Instrumentation & Process Control
• Organic Chemistry 2
• Inorganic Chemistry
• Instrumental Analysis 2
• Integral Calculus
• Creative Thinking Theory and Practice
• Year 3
• Semester 5
• Unit Operations 1
• Physical Chemistry 1
• Technical Report 1
• Biochemistry
• Fluid Mechanics
• Statistics
• Work-Term & Career Preparation – Diploma (Co-op Students Only)
• Semester 6
• Unit Operations 2
• Physical Chemistry 2
• Chemical Process Industries
• Technical Report 2
• Heat Transfer

Careers:

Chemical Engineering Technology graduates may work with chemists and engineers in laboratory and industrial areas of the chemical industries.