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Undergraduate Program

The program provides a curriculum that begins with strong emphasis on fundamental science, mathematics and engineering. The upper level curriculum builds on this foundation by imparting basic knowledge and applications of transport processes, thermodynamics and kinetic processes, process control and computer aided design. In addition, emphasis is placed on the economic and societal implications of chemical engineering in order to increase awareness of social responsibility.

Options

Students can select one of the following options:

The Curriculum link shows expected classes for each semester.ÌýThe Provisional link showsÌýlist of courses by topic.ÌýThe Provisional Sheet is also called the Curriculum Balance Sheet.

General Chemical EngineeringÌý CurriculumÌý ÌýProvisional

The curriculum for general chemical engineering includes twelve credits of technical electives. Students can select four courses from a list of electives.

Environmental Engineering OptionÌý CurriculumÌý Provisional

The curriculum for this option includes courses in environmental engineering and sciences, such as environmental engineering fundamentals and industrial pollution and abatement processes.

Biochemical Engineering OptionÌý CurriculumÌý ÌýProvisional

Chemical engineering students who are interested in working in the biochemical engineering industry (such as pharmaceutical) can select the biochemical engineering option. The curriculum for this option includes courses in biology, biochemistry, biochemical engineering and microbiology.

Pre-med OptionÌý CurriculumÌý ÌýProvisional

Chemical engineering students who are interested in attending medical school can select pre-med option. Curriculum for this option includes courses in biology and second part of organic chemistry to prepare students for medical school.

Resource Documents

ÌýÌýCENG and CHEM PrerequisitesÌýÌýÌýÌýTechnical ElectivesÌýÌý General CoreÌýÌý