CHE courses
59 courses · Cleveland State University · Fall 2026
- CHE 300 — Chemical Engineering Principles1 section
- CHE 302 — Chemical Engineering Thermodynamics1 section
- CHE 306 — Transport Phenomena1 section
- CHE 307 — Chemical Engineering Methods1 section
- CHE 404 — Chemical Reactor Design1 section
- CHE 408 — Separation Processes1 section
- CHE 420 — Senior Chemical Engineering Laboratory1 section
- CHE 430 — Chemical Process Control1 section
- CHE 440 — Process Design I1 section
- CHE 441 — Process Design II1 section
- CHE 444 — Colloidal and Interfacial Phenomena1 section
- CHE 448 — Chemical Process Safety1 section
- CHE 450 — Electrochemical Engineering1 section
- CHE 452 — Electrochemical Methods1 section
- CHE 455 — Product Design1 section
- CHE 460 — Industrial Wastewater Treatment1 section
- CHE 466 — Biochemical Engineering1 section
- CHE 470 — Characterization and Selection of Solid Materials1 section
- CHE 474 — Multiphase Reactors1 section
- CHE 480 — Fundamentals of PLC Programming1 section
- CHE 481 — Applications of PLC Programming1 section
- CHE 482 — Introduction To Combustion Phenomena1 section
- CHE 486 — Fundamentals Of Polymers1 section
- CHE 493 — Independent Study in Chemical Engineering1 section
- CHE 494 — Selected Topics In Chemical Engineering1 section
- CHE 496 — Chemical Engineering Projects1 section
- CHE 502 — Advanced Thermodynamics1 section
- CHE 503 — Independent Study in Chemical Engineering1 section
- CHE 504 — Advanced Reactor Design1 section
- CHE 506 — Advanced Transport Phenomena1 section
- CHE 508 — Advanced Separation Processes1 section
- CHE 544 — Colloidal and Interfacial Phenomena1 section
- CHE 548 — Chemical Process Safety1 section
- CHE 550 — Electrochemical Engineering1 section
- CHE 552 — Electrochemical Methods1 section
- CHE 565 — Fuel Cells1 section
- CHE 566 — Biochemical Engineering1 section
- CHE 570 — Characterization and Selection of Solid Materials1 section
- CHE 574 — Multiphase Reactors1 section
- CHE 580 — Fundamentals of PLC Programming1 section
- CHE 581 — Applications of PLC Programming1 section
- CHE 582 — Introduction To Combustion Phenomena1 section
- CHE 586 — Fundamentals Of Polymers1 section
- CHE 594 — Selected Topics in Chemical Engineering1 section
- CHE 598 — Master’s Project1 section
- CHE 609 — Rheology1 section
- CHE 617 — Process Optimization Methods1 section
- CHE 618 — Catalysis1 section
- CHE 620 — Carbon Nanotubes: Properties, Processing, and Applications1 section
- CHE 650 — Chemical Engineering Seminar1 section
- CHE 692 — Chemical and Biomedical Engineering Internship1 section
- CHE 694 — Selected Topics1 section
- CHE 698 — Master’s Project1 section
- CHE 699 — Master’s Thesis1 section
- CHE 717 — Process Optimization Methods1 section
- CHE 718 — Catalysis1 section
- CHE 794 — Selected Topics1 section
- CHE 895 — Doctoral Research1 section
- CHE 899 — Dissertation1 section
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