Teaching

I have beenworking in academia as a faculty member for about 23 years; 19 of those at University of Nevada, Reno and four years at University of Costa Rica. I have taught many courses across the chemical engineering curriculum. A total 80 courses taught from Freshmen level to Doctoral level. Here are some examples of courses taught or currently teaching. Feel free to contact me if you would like information about any of them.

Undergraduate

CHE 101 Introduction to Chemical Engineering I (3.0 credits)
CHE 102 Introduction to Chemical Engineering II (3.0 credits)
CHE 232 Principles of Chemical Engineering (3.0 credits)
CHE 311 Engineering Thermodynamics I (3.0 credits)
CHE 245 Computer Applications in Chemical Engineering (3.0 credits)
CHE 374 Transport Phenomena II (3.0 credits)
CHE 361 Chemical Engineering Thermodynamics (4.0 credits)
CHE 442 Unit Operations Laboratory II (3.0 credits)
CHE 451 Dynamic Process Modeling and Control (4.0 credits)
CHE 475 Principles of Bioengineering (3.0 credits)
CHE 485 Separation Processes (3.0 credits)
ENGR 465 Statistical Quality Assurance and Management for Engineers (3.0 credits)

Graduate

CHE 741 Advanced Chemical Kinetics and Reactor Design (3.0 credits)
CHE 760 Advanced Chemical Engineering Thermodynamics (3.0 credits)
CHE 695 Special Problems: Machine Learning Methods for Healthcare Modeling (3.0 credits)
CHE 762 Statistical Mechanics and Molecular Simulation (3.0 credits)
CHE 700 Applied Mathematics in Chemical Engineering (3.0 credits)
CHE 791 Spec ChE Problems: Molecular Simulation (3.0 credits)

Workshops

Ethics in Research Workshop for Young Scientists
Scientific Integrity and Research Ethics
Engineering and Scientific Ethics: case studies and discussion
Introduction to molecular simulation methods: basics and case studies