Research Areas
Experimental and computational work spanning energy systems, data acquisition, automation, machine learning, and engineering simulation.
PEMFC Neural Network & Automated Test Platform
MATLAB-based model-development and automated characterization workflow for a proton exchange membrane fuel cell system using synchronized electrical, thermal, pressure, and hydrogen-flow measurements.
Hybrid Hydrogen–Solar DAQ
Instrumented renewable-energy research platform integrating current/voltage sensing, thermocouples, local logging, and IoT telemetry for repeatable experimental characterization.
HEC13 Marine-Energy CFD
Automated ANSYS Fluent/PyFluent operating-point study with torque, shaft power, pressure-drop, and power-coefficient post-processing.
Published Hybrid Solar–Hydrogen DAQ Manuals
Two published technical manuals that convert the DAQ platform into reusable instructional material; used as the primary course material for approximately 20 students and now reused for a second offering.
Research Role
Research Assistant at the University of Texas at Tyler Houston Engineering Center since May 2026, supporting experimental energy systems, instrumentation, automated testing, data reduction, and engineering documentation.