MSE Degree Sample(s)
- Boisjoli, Eloise A
- Cristina Rodriguez
- Katie Matteson
Review MSE requirements here - MSE Requirements
If you have questions on your courses please contact the Graduate Program Administrator or Graduate Advisor.
Master of Science in Engineering with Report Sample Courses
CHE Graduate-Level Courses - 18 hours
- CHE 384T - Reaction Kinetics (required)
- CHE 387K - Advanced Thermodynamics (required)
- CHE 381N - Fluid Flow and Heat Transfer (Transport) (required)
- ANY CHE graduate elective - CHE 384T - Entrepreneurship
- ANY CHE graduate elective - CHE 384T - Grant Writing
- ANY CHE graduate elective - CHE 392P - Intro to Polymer Material Science
Required Master's Report - 3 hours
- CHE 398R - Master's Report
Chemical Engineering Research Credits, or Outside Coursework - 9 hours
- Outside Coursework - ASE 382Q - Foundation Computing Fluid Dynamics
- Outside Coursework - M E 381P - Fundamental of Incompressible Flow
- Research Credit - CHE 385 - Research
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Master of Science in Engineering with Thesis Sample Courses
CHE Graduate-Level Courses - 15 hours
- CHE 381N - Fluid Flow and Heat Transfer (required)
- CHE 384T - Reaction Kinetics (required)
- CHE 387K - Advanced Thermodynamics (required)
- ANY CHE graduate elective - CHE 384T - Nanomaterials in Chemistry and Engineering
- ANY CHE graduate elective - CHE 384T - Energy, Technology, and Policy
Required Master's Thesis - 6 hours
- CHE 698A - Thesis (1st semester)
- CHE 698B - Thesis (2nd semester)
Chemical Engineering Research Credits, or Outside Coursework - 9 hours
- Research Credit - CHE 685 - Research
- Outside Coursework - M E 397 - Engineering Writing for Graduate Students
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Master of Science in Engineering Coursework Only Sample Courses
CHE Graduate-Level Courses - 18 hours
- CHE 384T - Reaction Kinetics (required)
- CHE 387K - Advanced Thermodynamics (required)
- CHE 381N - Fluid Flow and Heat Transfer (Transport) (required)
- ANY CHE graduate elective - CHE 384T - Professional Development for Engineering PHD
- ANY CHE graduate elective - CHE 385P - Optimization: Theory/Practice
- ANY CHE graduate elective - CHE 384T - Materials Physics
Outside Graduate-Level Courses - 9 hours
- Outside Coursework - BIO 394L - Immunology
- Outside Coursework - BCH 394P - Bioinformatics
- Outside Coursework - BME 393J - Computational Biomolecular Engineering
*6 hours must be outside coursework. Can use 3 hours of CHE graduate courses here.
Chemical Engineering Research Credits, or Upper-Division Coursework - 3 hours
- CHE 385 - Research
*3 hours total of research credits can be used