T.K. Nguyen teaches a variety of undergraduate and graduate courses related to chemical engineering, materials science, and mechanical engineering at the University. These include courses on topics like stoichiometry, thermodynamics, kinetics, transport phenomena, unit operations, process design, and senior projects at both the undergraduate and graduate levels. Laboratory courses complement some of the theoretical courses.
T.K. Nguyen teaches a variety of undergraduate and graduate courses related to chemical engineering, materials science, and mechanical engineering at the University. These include courses on topics like stoichiometry, thermodynamics, kinetics, transport phenomena, unit operations, process design, and senior projects at both the undergraduate and graduate levels. Laboratory courses complement some of the theoretical courses.
T.K. Nguyen teaches a variety of undergraduate and graduate courses related to chemical engineering, materials science, and mechanical engineering at the University. These include courses on topics like stoichiometry, thermodynamics, kinetics, transport phenomena, unit operations, process design, and senior projects at both the undergraduate and graduate levels. Laboratory courses complement some of the theoretical courses.
T.K. Nguyen teaches a variety of undergraduate and graduate courses related to chemical engineering, materials science, and mechanical engineering at the University. These include courses on topics like stoichiometry, thermodynamics, kinetics, transport phenomena, unit operations, process design, and senior projects at both the undergraduate and graduate levels. Laboratory courses complement some of the theoretical courses.
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Courses taught by T.K.
Nguyen
Course Course Name
1 CHE 201 Stoichiometry I 2 CHE 202 Stoichiometry II 3 CHE 211L Stoichiometry I Laboratory 4 CHE 212L Stoichiometry II Laboratory 5 CHE 301 Applied Mathematics in Chemical and Materials Engineering 6 CHE 302 Chemical and Materials Engineering Thermodynamics I 7 CHE 303 Chemical Engineering Thermodynamics II 8 CHE 304 Kinetic and Reactor Design 9 CHE 310 Chemical Engineering Computer Applications Laboratory 10 CHE 311 Momentum Transport 11 CHE 312 Heat Transport 12 CHE 313 Mass Transport 13 CHE 322L Heat Transport Laboratory 14 CHE 333L Mass Transport Laboratory 15 CHE 415 Process Modeling and Analysis 16 CHE 425 Unit Operation I 17 CHE 426 Process Control 18 CHE 427 Unit Operation II 19 CHE 432 Pollution Abatement 20 CHE 433L Pollution Abatement Laboratory 21 CHE 435L Unit Operation I Laboratory 22 CHE 436L Process Control Laboratory 23 CHE 437L Unit Operation II Laboratory 24 CHE 441 Chemical Process Synthesis and Design I 25 CHE 442 Chemical Process Synthesis and Design II 26 CHE 443 Chemical Process Synthesis and Design III 27 CHE 451L Chemical Process Synthesis and Design I Laboratory 28 CHE 452L Chemical Process Synthesis and Design II Laboratory 29 CHE 453L Chemical Process Synthesis and Design III Laboratory 30 CHE 499 Transport Modeling for Environmental Engineers 31 CHE 499 Basic Transport Phenomena in Biomedical Engineering 32 CHE 461 Senior Project 33 CHE 462 Senior Project 34 EGR 481 Process Design Principle & Application I 35 EGR 482 Process Design Principle & Application II 36 EGR 509 Advanced Differential Equations for Engineers 37 EGR 511 Numerical Modeling 38 EGR 515 Matrix Methods In Engineering 39 EGR 545 Advanced Engineering Thermodynamics 40 EGR 550 Advanced Transport Phenomena 41 EGR 570 Boiling Heat Transfer 42 EGR 632 Computational Fluid Dynamics 43 EGR 696 Masters Degree Thesis 44 ETT 310 Applied Fluid Mechanics 45 ETT 310L Applied Fluid Mechanics Laboratory 46 ME 214 Vector Statics 47 ME 302 Thermodynamics 48 ME 311 Fluid Mechanics 49 MTE 338 Kinetic Processes in Materials