The Master of Science Program in Chemical Engineering (MSE) is a program housed in the Chemical Engineering Department of College of Engineering. The core faculty members are these appointed in the department of Chemical Engineering. Faculty members from various other disciplines including Engineering, Biology, Chemistry, Computer Science, Mathematics and Physics will also participate in the teaching of courses and advising students’ theses. Several state-of-the-art research laboratories are available for students to conduct their research.
Admission to the program is determined by the Dean of Graduate Studies and Research based on the recommendation of the faculty of the Chemical Engineering Department, and is communicated to the candidates by Tuskegee University’s Office of Admissions and Records. Competitive candidates for admission should have completed the verbal and quantitative parts of the Graduate Record Examination (GRE).
After the student is granted admission, he/she meets with the chair of the Chemical Engineering Department for initial guidance. During the first semester of study, the student must form his/her Advisory Committee, which will consist of the major professor/advisor, and a minimum of two other faculty members.
The student must complete the following requirements to receive the Masters degree in chemical engineering:
- Complete a minimum of twenty four (24) credits of course, including twelve (12) credits of core courses, with a minimum grade point average of 3.0.
- Complete six credits of research and formally present the results of the research to the Advisory Committee, appointed by the Dean of Graduate Studies and Research, in the form of a thesis. All students pursuing the M.S. degree in chemical engineering are required to take the following core courses:
- Math 561: Advanced Mathematics I (3 credits)
- Math 562: Advanced mathematics II (3 credits)
- CENG 550 / MSEG 625: Advanced Thermodynamics (3 credits)
- CENG 560: Advanced Reaction Engineering (3 credits)
The students will complete the remaining twelve (12) credits of course work (referred as electives) by taking graduate courses from the list given below.
CENG 510 – Chemical Engineering Analysis
CENG 520 – Advanced Heat Transfer
CENG 530 - Advanced Process Dynamics and Control
CENG 540 – Advanced Chemical Engineering Transport Phenomena
CENG 570 - Advanced Water and Wastewater Treatment
CENG 575 - Environmental Solids Separation and Processing Methods
CENG 580 - Separation processes
CENG 590 - Biochemical Engineering
CENG 595 - Special Topics in Chemical Engineering
MENG 551 - Advanced Heat Transfer
MENG 512 – Advanced Fluid Mechanics
MENG 634 – Numerical Analysis in Engineering
ENSC 501 - Bio-Statistics II
ENSC 504 - Environmental Science II
CHEM 500 – Inorganic Synthesis
CHEM 513 – Advanced inorganic chemistry
CHEM 541- Instrumental analysis
CHEM 614 – Special topics in inorganic chemistry
CHEM 622 – Advanced organic chemistry
CHEM 623 – Special topics in organic chemistry
CHEM 634 – Chemical Thermodynamics
MSEG 0601- Physics of materials
MSEG 0603- Polymer physics
MSEG 0604 - Materials properties and characterization
MSEG 0605 - Research Ethics
MSEG 0606 - Literature search and technical writing
MSEG 0612 - Nanoscale science and engineering
MSEG 0621- Polymer science and engineering
MSEG 0624 - Polymer chemistry
MSEG 0643 - Electronic materials processing