Programs of Study

Master of Science in Chemical Engineering

computer_labThis chemical engineering program provides the opportunity for graduate students to study the fundamentals and applications of chemical engineering principles at an advanced level.

Admission Requirements  
The Chemical Engineering Department considers students for enrollment in the graduate program who have a bachelor of science degree in chemical engineering. Those with degrees in different areas, such as biology, chemistry and other sciences, also are admissible, but they will be required to take the undergraduate courses in which they are deficient. It is highly recommended that these students complete four years of mathematics through differential equations, one year of organic chemistry, and one semester of physical chemistry prior to enrolling in the graduate program. Generally, such students require two to three years to complete the program's requirements.

Degree Requirements
The master of science degree in chemical engineering requires the successful completion of 24 credit hours of course work, excluding a seminar, plus at least six hours in preparation of an acceptable thesis, or 27 credit hours of class work, excluding a seminar, plus three hours in preparation of a special project. Students who have received a research assistantship will be required to submit an acceptable thesis. A thesis must be defended in an oral examination conducted by the student’s thesis committee. Students also must enroll in at least two semesters of a graduate seminar.

Thesis or Project
The research work for the thesis or project shall be conducted under the supervision of a department faculty advisor and a committee of two others for the thesis. Students must prepare and submit an acceptable proposal for the thesis or project prior to beginning the work.

Core Requirements
Core requirements consist of one course each in advanced mathematics, thermal/fluid processes and solid mechanics. A minimum of four total courses must be taken from the following core areas.

Advanced Mathematics
10/24.509Systems Dynamics
10/24.539Advanced Mathematics for Engineers
Thermal/Fluid Processes
10.510Advanced Separation Processes
10.520Advanced Thermodynamics
10.528Advanced Transport Phenomena
Solid Mechanics
10.506Interfacial Science and Engineering and Colloids
10.508Material Science and Engineering
10.523Nanodevices and Electronic Materials
10.525Design and Packaging of Materials
10.527Nanomaterials Science and Engineering
10.535Cell & Microbe cultivation

Elective Requirements
The remainder of the course requirements consist of elective courses.  See the elective course listings under the doctor of engineering program.