| Chemical and Biomolecular Engineering |
University of California Berkeley |
| Course Name |
Course Code |
Course Hours |
Classification |
| Chemical Business Fundamentals I |
CHMENG101 |
|
Upper Division |
| Chemical Business Fundamentals II |
CHMENG102 |
|
Upper Division |
| New Process Implementation: Concept to Commercialization |
CHMENG103 |
|
Upper Division |
| Ethics and Professional Social Responsibility |
CHMENG104 |
|
Upper Division |
| Mathematics and Statistics in Chemical Engineering |
CHMENG130 |
|
Upper Division |
| Introduction to Chemical Process Analysis |
CHMENG140 |
|
Upper Division |
| Chemical Engineering Thermodynamics |
CHMENG141 |
|
Upper Division |
| Chemical Kinetics and Reaction Engineering |
CHMENG142 |
|
Upper Division |
| Computational Methods in Chemical Engineering |
CHMENG143 |
|
Upper Division |
| Principles and applications of colloids and interfaces |
CHMENG148 |
|
Upper Division |
| Transport Processes |
CHMENG150A |
|
Upper Division |
| Transport and Separation Processes |
CHMENG150B |
|
Upper Division |
| Chemical Engineering Laboratory |
CHMENG154 |
|
Upper Division |
| Chemical Process Design |
CHMENG160 |
|
Upper Division |
| Industrial Chemical Process Design |
CHMENG161S |
|
Upper Division |
| Dynamics and Control of Chemical Processes |
CHMENG162 |
|
Upper Division |
| Biochemical Engineering |
CHMENG170A |
|
Upper Division |
| Biochemical Engineering |
CHMENG170B |
|
Upper Division |
| Transport Phenomena |
CHMENG171 |
|
Upper Division |
| Principles of Electrochemical Processes |
CHMENG176 |
|
Upper Division |
| Process Technology of Solid-State Materials Devices |
CHMENG179 |
|
Upper Division |
| Chemical Engineering Economics |
CHMENG180 |
|
Upper Division |
| Nanoscience and Engineering Biotechnology |
CHMENG182 |
|
Upper Division |
| Climate Solutions Technologies |
CHMENG183 |
|
Upper Division |
| Fundamental Electrochemistry |
CHMENG186 |
|
Upper Division |
| Electrochemical Device Engineering |
CHMENG187 |
|
Upper Division |
| Electrochemical Projects Laboratory |
CHMENG188 |
|
Upper Division |
| Special Topics |
CHMENG195 |
|
Upper Division |
| Special Laboratory Study |
CHMENG196 |
|
Upper Division |
| Field Study in Chemical Engineering |
CHMENG197 |
|
Upper Division |
| Directed Group Study for Undergraduates |
CHMENG198 |
|
Upper Division |
| Supervised Independent Study and Research |
CHMENG199 |
|
Upper Division |
| Mathematical Methods in Chemical Engineering |
CHMENG230 |
|
Graduate |
| Physics-Inspired Machine Learning |
CHMENG236 |
|
Graduate |
| Freshman Seminars |
CHMENG24 |
|
Lower Division |
| Thermodynamics for Chemical Product and Process Design |
CHMENG240 |
|
Graduate |
| Kinetics and Reaction Engineering |
CHMENG244 |
|
Graduate |
| Catalysis |
CHMENG245 |
|
Graduate |
| Principles of Electrochemical Engineering |
CHMENG246 |
|
Graduate |
| Applied Surface and Colloid Chemistry |
CHMENG248 |
|
Graduate |
| Transport Processes |
CHMENG250 |
|
Graduate |
| Advanced Transport Phenomena |
CHMENG256 |
|
Graduate |
| Biomolecular Engineering |
CHMENG274 |
|
Graduate |
| Advanced Bioprocess Engineering |
CHMENG275 |
|
Graduate |
| Advanced Bioprocess Engineering Laboratory |
CHMENG275L |
|
Graduate |
| Fundamental Electrochemistry |
CHMENG286 |
|
Graduate |
| Electrochemical Device Engineering |
CHMENG287 |
|
Graduate |
| Electrochemical Projects Laboratory |
CHMENG288 |
|
Graduate |
| Curricular Practical Training Internship |
CHMENG293C |
|
Graduate |
| Special Topics in Chemical Engineering: Electrochemical, Hydrodynamic, and Interfacial Phenomena |
CHMENG295B |
|
Graduate |
| Design of Functional Interfaces |
CHMENG295K |
|
Graduate |
| Polymer Physics |
CHMENG295N |
|
Graduate |
| Special Topics in Chemical Engineering: Introduction to New Product Development |
CHMENG295P |
|
Graduate |
| Special Topics in Chemical Engineering: Advanced Topics in New Product Development |
CHMENG295Q |
|
Graduate |
| Special Topics in Chemical Engineering: Introduction to Experimental Surface Chemistry |
CHMENG295S |
|
Graduate |
| Hard-Technology Innovation: Proof-of-Commercial Value Method |
CHMENG295T |
|
Graduate |
| Special Study for Graduate Students in Chemical Engineering |
CHMENG296 |
|
Graduate |
| Seminar in Chemical Engineering |
CHMENG298 |
|
Graduate |
| Seminar in Bioprocess Engineering |
CHMENG298B |
|
Graduate |
| Colloquium in Chemical Engineering |
CHMENG298C |
|
Graduate |
| Research in Chemical Engineering |
CHMENG299 |
|
Graduate |
| Professional Preparation: Supervised Teaching of Chemical Engineering |
CHMENG300 |
|
Graduate |
| Professional Preparation: Supervised Teaching of Chemical Engineering |
CHMENG375 |
|
Graduate |
| Introduction to Chemical Engineering Design |
CHMENG40 |
|
Lower Division |
| Individual Studies for Graduate Students |
CHMENG602 |
|
Graduate |
| Sophomore Seminar |
CHMENG84 |
|
Lower Division |
| Science and Engineering of Sustainable Energy |
CHMENG90 |
|
Lower Division |
| Directed Group Studies for Lower Division Undergraduates |
CHMENG98 |
|
Lower Division |
| Directed Group Study |
CHMENG98W |
|
Lower Division |
| Biochemical Engineering Laboratory |
CHMENGC170L |
|
Upper Division |
| Polymer Science and Technology |
CHMENGC178 |
|
Upper Division |
| The Berkeley Lectures on Energy: Energy from Biomass |
CHMENGC195A |
|
Upper Division |
| Physicochemical Hydrodynamics |
CHMENGC268 |
|
Graduate |
| Protein Engineering |
CHMENGC270 |
|
Graduate |
| Mechanics and Physics of Lipid Bilayers |
CHMENGC294A |
|
Graduate |
| The Berkeley Lectures on Energy: Energy from Biomass |
CHMENGC295A |
|
Graduate |
| Implications and Applications of Synthetic Biology |
CHMENGC295L |
|
Graduate |
| Applied Spectroscopy |
CHMENGC295R |
|
Graduate |
| Energy Solutions: Carbon Capture and Sequestration |
CHMENGC295Z |
|
Graduate |
| Senior Honors Thesis |
CHMENGH193 |
|
Upper Division |
| Research for Advanced Undergraduates |
CHMENGH194 |
|
Upper Division |
| DegreeView |
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