CME courses
71 courses · University of Dayton · Fall 2026
- CME 101 — Introduction to Chemical Engineering.1 section
- CME 198 — Research&Innvtn Lab. 1-1 section
- CME 203 — Material & Energy Balances.1 section
- CME 211 — Introduction to Thermodynamics for Chemical Engineers.1 section
- CME 281 — Chemical Engineering Computations.1 section
- CME 298 — Research & Innovation Laboratory. 1-1 section
- CME 306 — Chemical Reaction Kinetics & Engineering.1 section
- CME 311 — Chemical Engineering Thermodynamics.1 section
- CME 324 — Transport Phenomena I.1 section
- CME 325 — Transport Phenomena II.1 section
- CME 326L — Transport Phenomena Laboratory.1 section
- CME 365 — Separation Techniques.1 section
- CME 381 — Applied Mathematics for Chemical Engineers.1 section
- CME 398 — Research & Innovation Laboratory. 1-1 section
- CME 400 — Senior Seminar I.1 section
- CME 401 — Senior Seminar II.1 section
- CME 408 — Seminar. 0-1 section
- CME 430 — Chemical Engineering Design I.1 section
- CME 431 — Chemical Engineering Design II.1 section
- CME 432 — Chemical Product Design.1 section
- CME 440 — Food Engineering Design.1 section
- CME 441 — Particles and Powders in Food Engineering.1 section
- CME 442 — Transport Processes in Food Engineering.1 section
- CME 452 — Process Control.1 section
- CME 453L — Process Control Laboratory.1 section
- CME 465 — Fluid Flow & Heat Transfer Processes.1 section
- CME 466L — Chemical Engineering Unit Operations Laboratory.1 section
- CME 486 — Introduction to Petroleum Engineering.1 section
- CME 489 — Principles of Biology for Bioengineers.1 section
- CME 490 — Introduction to Bioengineering.1 section
- CME 491 — Biomedical Engineering I.1 section
- CME 492 — Chemical Sensors & Biosensors.1 section
- CME 493 — Honors Thesis.1 section
- CME 494 — Honors Thesis.1 section
- CME 498 — Research & Innovation Laboratory. 1-1 section
- CME 499 — Special Problems in Chemical Engineering. 0-1 section
- CME 507 — Advanced Thermodynamics.1 section
- CME 509 — Introduction to Polymer Science - Thermoplastics.1 section
- CME 510 — High Performance Thermoset Polymers.1 section
- CME 511 — Principles of Corrosion.1 section
- CME 512 — Advanced Composites.1 section
- CME 521 — Advanced Transport Phenomena.1 section
- CME 522 — Advanced Topics in Transport Phenomena.1 section
- CME 523 — Transport Phenomena in Biological Systems.1 section
- CME 527 — Methods of Polymer Analysis.1 section
- CME 528 — Chemical Behavior of Materials.1 section
- CME 529 — Computational Chemistry.1 section
- CME 530 — Biomaterials.1 section
- CME 531 — Particles and Powders in Food Engineering.1 section
- CME 532 — Chemical Product Design.1 section
- CME 533 — Biofuel.1 section
- CME 541 — Process Dynamics.1 section
- CME 542 — Chemical Engineering Kinetics.1 section
- CME 543 — Chemical Reactor Analysis & Design.1 section
- CME 560 — Biological Processes in Wastewater Engineering.1 section
- CME 562 — Physical & Chemical Wastewater Treatment Processes.1 section
- CME 563 — Hazardous Waste Engineering.1 section
- CME 564 — Solid Waste Engineering.1 section
- CME 565 — Fundamentals of Combustion.1 section
- CME 566 — Advanced Separations.1 section
- CME 574 — Fundamentals of Air Pollution Engineering I.1 section
- CME 575 — Fundamentals of Air Pollution Engineering II.1 section
- CME 581 — Advanced Chemical Engineering Calculations I.1 section
- CME 582 — Advanced Chemical Engineering Calculations II.1 section
- CME 586 — Introduction to Petroleum Engineering.1 section
- CME 590 — Introduction to Bioengineering.1 section
- CME 591 — Biomedical Engineering I.1 section
- CME 592 — Chemical Sensors & Biosensors.1 section
- CME 595 — Special Problems in Chemical Engineering. 1-1 section
- CME 597 — Research Methods.1 section
- CME 599 — Thesis. 1-1 section
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