Chemical Engineering Program
Program Overview
The curriculum combines mathematical and scientific foundations with core chemical engineering subjects and
professional design/project work. Required major courses cover material and energy balances, fluid mechanics,
thermodynamics, heat and mass transfer, unit operations, reaction engineering, process equipment and plant
design, process dynamics and control, safety, environmental technology, computer applications, research
projects, and a plant design project.
Program Overview
The curriculum combines mathematical and scientific foundations with core chemical engineering subjects and
professional design/project work. Required major courses cover material and energy balances, fluid mechanics,
thermodynamics, heat and mass transfer, unit operations, reaction engineering, process equipment and plant
design, process dynamics and control, safety, environmental technology, computer applications, research
projects, and a plant design project.
Curriculum Completion
Minimum credits required to complete the curriculum
General Education Courses
- 13 credits from required courses + at least 12 credits selected from the listed general education groups.
Basic Math and Science Courses
- Complete all listed basic mathematics and science courses.
Required Major Courses
- Complete all required engineering and chemical engineering courses listed in the curriculum.
Elective Major Courses
- Complete at least 3 credits selected from the four elective technology areas.
Free Elective Courses
- Complete at least 6 credits from undergraduate courses offered by KMUTNB.
TOTAL CREDITS
- Course titles and credit notation in this catalog are reproduced from the supplied curriculum text.