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Coursework |
2017 | |||
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Spring Term | Fall Term | ||
Introduction to Fluid Mechanics
Mathematical Methods for Engineers |
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2018 | |||
Spring Term | Summer Term | Fall Term | |
Experimental Methods
Unsteady Aerodynamics |
Responsible Conduct of Research | Qualifying Exams | |
2019 | |||
Spring Term | Fall Term | ||
Fluid Film Lubrication |
Fluid Mechanics (TA)
Fundamentals of Teaching & Learning in Higher Edu Teaching Practicum Are You Thinking of Becoming an Academic? |
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2020 | |||
Spring Term | Summer Term | Fall Term | |
Biotransport
Course Design in Higher Edu |
Educational Technology
Principles of Thermodynamics |
Computational Fluid Dynamics
Flow Through Porous Media Teaching Capstone |
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Coursework |
Freshman | |
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Fall Term | Spring Term |
Calculus I
General Chemistry for Engineers I Introduction to Engineering Analysis Introduction to Psychology Physics I |
Calculus II
General Chemistry for Engineers II Introduction to Biopsychology Introduction to Engineering Computing Physics II |
Sophomore | |
Fall Term | Spring Term |
Calculus III
Introduction to Ethics Introduction to Matricies and Linear Algebra Introduction to Mechanical Design Materials Structure & Properties Statics and Mechanics of Materials I |
Applied Differential Equations
Electrical Circuits Introduction to Thermodynamics Materials and Manufacturing Statics and Mechanics of Materials II Written Professional Communications |
Junior | |
Fall Term | Spring Term |
Applied Thermodynamics
Biomechanics II Dynamic Systems Introduction to Fluid Dynamics Introduction to Performance Mechanical Design I |
Applied Fluid Mechanics
Biomechanics III Biomedical Optical Microscopy Discrete Mathematical Structures Mechanical Design II Mechanical Measurements I |
Senior | |
Fall Term | Spring Term |
Heat and Mass Transfer
Mechanical Measurements II Ordinary Differential Equations I Probability and Statistics for Engineers I Senior Design Project Space-Time-Matter: Antiquity to the 20th Century |
Causal Reasoning
Foundations of Biology I Harry Potter: Blood, Power, Culture Mechatronics Ordinary Differential Equations II Rigid Body Dynamics |