Undergraduate Program

Undergraduate Program

CHE Undergraduate Program

B.S. in Chemical Engineering

Our chemical engineering undergraduate program is a student-centered program that incorporates leading-edge educational methods and technology with engineering practice. We prepare students for careers in the global chemical process industry and related fields, and for advanced degree study. 

Curriculum

Rowan's Bachelor's of Science in Chemical Engineering Curriculum is outlined here. Rowan Core course information can also be found on this page along with a printer friendly curriculum.

Minor in CHE

This Minor in Chemical Engineering (ChE) will offer students a foundation in material and energy balances, transport phenomena, and separation processes relevant to the manufacturing industry. The minor is designed for students from other engineering disciplines as well as students from science majors who may be interested in pursuing a career or graduate studies in chemical engineering.

Biological Concentration

This concentration provides a mechanism to give students credit for their focused study in bioengineering. Extending this opportunity to students is valuable to them because of growing industrial interest in these areas of chemical engineering. 

Materials Concentration

This concentration provides a mechanism to give students credit for their focused study in materials on their transcripts. Extending this opportunity to students is valuable to them because of growing industrial interest in these areas of chemical engineering.

CUGS

The Certificate of Undergraduate Study (CUGS) in Materials Engineering seeks to provide recognition for students’ completion of 12 credits in materials science and engineering-related courses.

Summer Courses

The Chemical Engineering Dept. may offer chemical engineering online summer courses. Principles of Chemical Process, CHE06.203, is an online asynchronous material and energy balances course offered during the months of June and July. This sophomore-level, 4-credit hours course, covers the content of the first nine chapters of the text, Elementary Principles of Chemical Processes by Felder, Rousseau, and Bullard.