Graduate Programs | Chemical Engineering
Masters of Science in Chemical Engineering
Curriculum
Graduate students must complete 33 credit hours. The thesis option students must complete 24 credit hours of courses and 9 hours of thesis study. The students of the non-thesis option must complete 30 credit hours of courses and 3 hours of project study.
Students enrolled in both thesis and non-thesis options must complete 9 credit hours of core courses. Thermodynamics, reactor design, and transport phenomena are the backbone of the core courses. However, advanced courses in mathematics, heat transfer, fluid mechanics, mass transfer, and process control are also included in the core element and are offered on a frequent basis.
Students enrolled in thesis and non-thesis options must complete 15 and 21 credit hours of elective courses, respectively. The focus areas of the elective courses include 1) water & environment, 2) petroleum and petrochemicals, and 3) economics and systems engineering. A maximum of 3 credit hours (thesis option students) and 6 credits hours (non-thesis option students) can be taken from core engineering, any other engineering, science, computer science, and engineering or joint graduate programs with the approval of the Graduate Program Director and Area Committee Chairman before registering the course. Also, free elective courses can be taken from the same graduate program courses.
Credit Requirement: 33 (33) TOTAL COURSE CREDITS (non-thesis option in parenthesis)
9 (9) Core Courses (3 credits each)
0640-511 Advanced Mathematics in Chemical Engineering |
0640-521 Advanced Chemical Engineering Thermodynamics |
0640-522 Advanced Reactor Design |
0640-541 Advanced Momentum Transfer OR 0600-510 Advanced Fluid Mechanics |
0640-543 Advanced Heat Transfer |
0640-544 Advanced Mass Transfer |
0640-545 Advanced Transport Phenomena |
0640-555 Chemical Process Dynamics and Control |
9 (9) SUB DISCIPLINE ELECTIVE COURSES (3 credits each)
I. WATER & ENVIRONMENTAL ENGINEERING
0640-513 Food Processing |
0640-551 Air Pollution Control |
0640-552 Waste Minimization |
0640-557 Industrial Water Treatment |
0640-561 Advanced Desalination |
0640-562 Multi-phase Flow |
0640-565 Advanced Corrosion Engineering |
0640-567 Membrane Technology |
0640-569 Special Topics in Water Technology |
0640-595 Special Topics in Pollution Engineering |
II. PETROLEUM REFINING AND PETROCHEMICALS:
0640-512 Fluidization Engineering |
0640-563 Advanced Natural Gas Processing |
0640-565 Advanced Corrosion Engineering |
0640-566 Catalytic Process in Petroleum Refining |
0640-570 Polymer Engineering |
0640-571 Energy Conservation |
0640-572 Advanced Petroleum Refining |
0640-574 Estimation of Fluid Properties |
0640-575 Fluid Phase Equilibrium |
0640-577 Special Topics in Petrochemical Engineering |
0640-579 Advanced Petrochemical Engineering |
III. PROCESS ECONOMICS AND SYSTEMS ENGINEERING
0640-540 Artificial Intelligence in Chemical Engineering |
0640-553 Computer Aided Process Design |
0640-555 Chemical Process Dynamics and Control |
0640-571 Energy Conservation |
0640-581 Advanced Economic Analysis |
0640-582 Process Optimization |
0640-583 Innovation and Technology Management |
0640-584 Analytical Tools for Investment Management |
0640-590 Special Topics in Process System Engineering |
0640-591 Special Topics in Techno-Economics |
6 (12) FREE ELECTIVE COURSES
A maximum of 3 credit hours (thesis students) and 6 credits hours (project students) can be taken from core engineering, any other engineering, science, computer science, and engineering or joint graduate programs with the approval of the Graduate Program Director and Area Committee Chairman before registering the course. Also, courses can be taken from the same graduate program courses.
9 (3) COMPULSORY
0640-592 Seminar (0) |
0640-593 Project (3) (non-thesis only) |
0640-597 Thesis (0) |
0640-598 Thesis (0) |
2000-599 Thesis (9) |