| Chemical Engineering |
The University of Texas at Austin |
| Course Name |
Course Code |
Course Hours |
Classification |
| Introduction to Chemical Engineering |
CHE 102 |
1 |
Lower Division |
| Introduction to Undergraduate Research |
CHE 103 |
1 |
Lower Division |
| Introduction to Computing |
CHE 210 |
2 |
Lower Division |
| Engineering Sustainable Technologies |
CHE 311 |
3 |
Lower Division |
| Introduction to Chemical Engineering Analysis |
CHE 317 |
3 |
Lower Division |
| Peer Mentorship |
CHE 018C |
0 |
Lower Division |
| Transport Phenomena |
CHE 319 |
3 |
Lower Division |
| Topics in Chemical Engineering |
CHE 119S, 219S, 319S, 419S, 519S, 619S, 719S, 819S, 919S |
1, 2, 3, 4, 5, 6, 7, 8, 9 |
Lower Division |
| Thermodynamics |
CHE 322 |
3 |
Upper Division |
| Molecular Thermodynamics |
CHE 322M |
3 |
Upper Division |
| Chemical Engineering for Micro- and Nanofabrication |
CHE 323 |
3 |
Upper Division |
| Topics in Chemical Engineering |
CHE 384T |
3 |
Graduate |
| Engineering Communication |
CHE 333T |
3 |
Upper Division |
| Quantitative Analysis of Cellular and Molecular Biology |
CHE 337 |
3 |
Upper Division |
| Biochemical Engineering |
CHE 338 |
3 |
Upper Division |
| Introduction to Biochemical Engineering |
CHE 339 |
3 |
Upper Division |
| Introduction to Biological Physics |
CHE 339P |
3 |
Upper Division |
| Cell and Tissue Engineering |
CHE 339T |
3 |
Upper Division |
| Design for Environment |
CHE 341 |
3 |
Upper Division |
| Chemical Engineering Economics and Business Analysis |
CHE 342 |
3 |
Upper Division |
| Molecular Simulation of Materials |
CHE 343 |
3 |
Upper Division |
| Introduction to Therapeutics |
CHE 344 |
3 |
Upper Division |
| Atmospheric Chemistry and Physics |
CHE 346F |
3 |
Upper Division |
| Numerical Methods in Chemical Engineering and Problem Solving |
CHE 348 |
3 |
Upper Division |
| Dynamics in Ecology and the Environment |
CHE 349D |
3 |
Upper Division |
| Chemical Engineering Materials |
CHE 350 |
3 |
Upper Division |
| Applied Statistics |
CHE 253K |
2 |
Upper Division |
| Measurement, Control, and Data Analysis Laboratory |
CHE 253M |
2 |
Upper Division |
| Transport Processes |
CHE 354 |
3 |
Upper Division |
| Introduction to Polymers |
CHE 355 |
3 |
Upper Division |
| Optimization: Theory and Practice |
CHE 356 |
3 |
Upper Division |
| Technology and Its Impact on the Environment |
CHE 357 |
3 |
Upper Division |
| Energy Technology and Policy |
CHE 359 |
3 |
Upper Division |
| Process Control |
CHE 360 |
3 |
Upper Division |
| Separation Processes and Mass Transfer |
CHE 363 |
3 |
Upper Division |
| Chemical Engineering Process and Projects Laboratory |
CHE 264 |
2 |
Upper Division |
| Chemical Process Safety |
CHE 364S |
3 |
Upper Division |
| Chemical Reactor Analysis and Design |
CHE 372 |
3 |
Upper Division |
| Process Design and Operations |
CHE 473K |
4 |
Upper Division |
| Process Evaluation and Quality Control |
CHE 376K |
3 |
Upper Division |
| Undergraduate Research Practicum |
CHE 077C |
0 |
Upper Division |
| Undergraduate Research Practicum |
CHE 077D |
0 |
Upper Division |
| Undergraduate Research Project |
CHE 177K, 277K, 377K |
1, 2, 3 |
Upper Division |
| Undergraduate Research Project |
CHE 177L, 277L, 377L |
1, 2, 3 |
Upper Division |
| Undergraduate Honors Thesis |
CHE 679H |
6 |
Upper Division |
| Undergraduate Research Internship |
CHE 079I |
0 |
Upper Division |
| Laboratory Safety |
CHE 180C |
1 |
Graduate |
| Research and Achievements Seminar |
CHE 080D |
0 |
Graduate |
| Fluid Flow and Heat Transfer |
CHE 381N |
3 |
Graduate |
| Advanced Analysis for Chemical Engineers |
CHE 381P |
3 |
Graduate |
| Quantitative Analysis of Cellular and Molecular Biology |
CHE 381Q |
3 |
Graduate |
| Electrochemistry and Electrochemical Engineering |
CHE 384E |
3 |
Graduate |
| Chemical Kinetics and Surface Chemistry |
CHE 384K |
3 |
Graduate |
| Current and Emerging Trends in Chemical Engineering Research |
CHE 384S |
3 |
Graduate |
| Research |
CHE 185, 285, 385, 685, 985 |
1, 2, 3, 6, 9 |
Graduate |
| Research |
CHE 085C |
0 |
Graduate |
| Surface Phenomena |
CHE 385M |
3 |
Graduate |
| Optimization: Theory and Practice |
CHE 385P |
3 |
Graduate |
| Theory of X-Ray Diffraction |
CHE 386K |
3 |
Graduate |
| Laboratory Experiments in X-Ray Diffraction |
CHE 386L |
3 |
Graduate |
| Advanced Thermodynamics |
CHE 387K |
3 |
Graduate |
| Mass Transfer |
CHE 387M |
3 |
Graduate |
| Separations Processes |
CHE 388K |
3 |
Graduate |
| Elements of Modern Control Theory |
CHE 391 |
3 |
Graduate |
| Reaction Kinetics |
CHE 391J |
3 |
Graduate |
| Mathematical Modeling of Engineered Systems |
CHE 391M |
3 |
Graduate |
| Molecular Simulation of Materials |
CHE 391S |
3 |
Graduate |
| Polymer Science |
CHE 392 |
3 |
Graduate |
| Introduction to Polymer Materials Science |
CHE 392P |
3 |
Graduate |
| Chemical Processes for Microelectronics |
CHE 395C |
3 |
Graduate |
| Polymer Science and Engineering Laboratory |
CHE 395E |
3 |
Graduate |
| Chemical Engineering Economics and Business Analysis |
CHE 395G |
3 |
Graduate |
| Product and Process Development |
CHE 395J |
3 |
Graduate |
| Design for Environment |
CHE 395K |
3 |
Graduate |
| Graduate Research Internship |
CHE 397M |
3 |
Graduate |
| Thesis |
CHE 698 |
6 |
Graduate |
| Master's Report |
CHE 398R |
3 |
Graduate |
| Supervised Teaching in Chemical Engineering |
CHE 398T |
3 |
Graduate |
| Dissertation |
CHE 399W, 499W, 599W, 699W, 999W |
3, 4, 5, 6, 9 |
Graduate |
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