CBE courses

55 courses · Colorado State University-Fort Collins · Fall 2026

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CBE 101 — Introduction to Chemical and Biological Engr Credits: 3
1 section
CBE 101A — Introduction to Chemical and Biological Engr: Lecture Credits: 2
1 section
CBE 101B — Introduction to Chemical and Biological Engr: Laboratory Credit: 1
1 section
CBE 104A — Study Abroad--Denmark: Intro to Chemical and Biological Engineering Credits: 3
1 section
CBE 110A — Sustainable Manufacturing of Chocolate: Engineering & Ethics Class Credits: 3
1 section
CBE 110B — Sustainable Manufacturing of Chocolate: Engineering & Ethics Lab Credit: 1
1 section
CBE 160 — MATLAB for Chemical and Biological Eng Credit: 1
1 section
CBE 201 — Material and Energy Balances Credits: 3
1 section
CBE 205 — Biological and Cellular Engineering Credits: 3
1 section
CBE 210 — Thermodynamic Process Analysis Credits: 3
1 section
CBE 223 — CBE Design and Experimentation I Credits: 2
1 section
CBE 310 — Molecular Concepts and Applications Credits: 3
1 section
CBE 320 — Chemical and Biological Reactor Design Credits: 3
1 section
CBE 330 — Process Simulation Credits: 3
1 section
CBE 331 — Momentum Transfer and Mechanical Separations Credits: 3
1 section
CBE 332 — Heat and Mass Transfer Fundamentals Credits: 3
1 section
CBE 333 — Chemical and Biological Engineering Lab I Credits: 2
1 section
CBE 334 — CBE Design and Experimentation II Credit: 1
1 section
CBE 335 — CBE Design and Experimentation III Credit: 1
1 section
CBE 340 — Statistics for CBE Applications Credits: 3
1 section
CBE 393 — Professional Development Seminar Credit: 1
1 section
CBE 406 — Introduction to Transport Phenomena Credits: 3
1 section
CBE 430 — Process Control and Instrumentation Credits: 3
1 section
CBE 440 — Computational Statistics For Bioengineering Credits: 3
1 section
CBE 442 — Separation Processes Credits: 4
1 section
CBE 443 — Chemical and Biological Engineering Lab II Credits: 2
1 section
CBE 451 — Chemical and Biological Engineering Design I Credits: 3
1 section
CBE 452 — Chemical and Biological Engineering Design II Credits: 3
1 section
CBE 495 — Independent Study Credits: Var[1-18]
1 section
CBE 496 — Group Study Credits: Var[1-18]
1 section
CBE 500 — Chem & Biological Engineering Fundamentals Credits: 4
1 section
CBE 501 — Chemical Engineering Thermodynamics Credits: 3
1 section
CBE 502 — Advanced Reactor Design Credits: 3
1 section
CBE 503 — Transport Phenomena Fundamentals Credits: 3
1 section
CBE 504 — Fundamentals of Biochemical Engineering Credits: 3
1 section
CBE 505 — Biochemical Engineering Laboratory Credit: 1
1 section
CBE 514 — Polymer Science and Engineering Credits: 3
1 section
CBE 521 — Mathematical Modeling for Chemical Engineers Credits: 3
1 section
CBE 522 — Bioseparation Processes Credits: 3
1 section
CBE 524 — Bioremediation Credit: 1
1 section
CBE 540 — Advanced Biological Wastewater Processing Credits: 3
1 section
CBE 543 — Membranes for Biotechnology and Biomedicine Credits: 3
1 section
CBE 560 — Engineering of Protein Expression Systems Credits: 3
1 section
CBE 570 — Biomolecular Engineering/Synthetic Biology Credits: 3
1 section
CBE 613 — Advanced Transport Phenomena Credits: 3
1 section
CBE 621 — Advanced Process Control Credits: 3
1 section
CBE 660 — System and Parameter Identification Credits: 3
1 section
CBE 687 — Internship Credits: Var[1-10]
1 section
CBE 693 — Research Conduct and Practices Credit: 1
1 section
CBE 695 — Independent Study Credits: Var[1-18]
1 section
CBE 699 — Thesis Credits: Var[1-18]
1 section
CBE 707 — Advanced Topics in Biochemical Engineering Credit: 1
1 section
CBE 793 — Seminar Credit: 1
1 section
CBE 795 — Independent Study Credits: Var[1-18]
1 section
CBE 799 — Dissertation Credits: Var[1-18]
1 section

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