Engineering Concentration in
Chemical Engineering (CHE)
To complete the Engineering Concentration in CHE, students must successfully complete
36 units of approved CHE graduate-level courses.
- Pre-approved courses are given in the Table below.
- Appropriate alternative courses must be approved by the EST&P program and the
CHE department.
|
CHE Concentration Electives
Students must take 36 units of concentration electives.
|
Semester |
Units |
|
| 06-623 | Mathematical Modeling of Chemical Engineering Processes |
Fall |
12 |
| 06-625 | Chemical and Reactive Systems | Fall | 12 |
| 06-663 | Analysis and Modeling of Transport Phenomena | Spring | 12 |
| 06-665 | Process Systems Modeling | Spring | 12 |
|
06-702 |
Advanced Reaction Kinetics |
Spring | 12 |
|
06-703 |
Advanced Fluid Dynamics |
Fall | 12 |
|
06-704 |
Advanced Heat and Mass Transfer |
Spring | 12 |
|
06-705 |
Advanced Chemical Engineering Thermodynamics |
Fall | 12 |
|
06-713 |
Mathematical Techniques in Chemical Engineering |
Fall | 12 |
|
06-720 |
Advanced Process Systems Engineering |
Spring | 12 |
Graduate engineering classes are generally offered once per year, though they may be taught less frequently.
Mini numbers denote the order of these half-semester sessions: 1 & 2 are in the fall and 3 & 4 in the spring.
Special Topics classes (S.T.) are new or infrequent classes that may not be regularly scheduled.
For course descriptions, search .