Have mastered the fundamental principles of thermodynamics, fluid flow, heat and mass transfer, unit operations, reaction engineering, process control, and process design. Have gained skills in data acquisition and analysis, statistical data analysis, and factorial experimental design. Have written formal and informal reports on a variety of projects and presented results orally. Understand the impact of engineering practices on society Be motivated and prepared for life-long learning. Be aware of ethical and professional issues related to their chemical engineering practice.
All courses carry one course credit unless otherwise specified.
This program is similar for all engineering students with the requirement that two courses in introductory chemistry be completed. Physics 11 is strongly recommended. No more than two of the chemical engineering courses can be taken, however. One of these electives may be substituted by an advanced natural science course after a petition to the Department of Chemical Engineering. 152 Biochemistry and Cellular Metabolism Chemical Eng.