Electrical engineering · Modeling · Control · Energy systems
Research & Engineering
Doctoral and published engineering research in dynamic PEM fuel-cell systems, nonlinear control, photovoltaic sizing, and life-cycle energy economics.
PEM Fuel-Cell Control Under Variable Demand
Dynamic fuel-cell/load modeling in Simulink, nonlinear reactant-flow control, DC-DC power regulation, and protection/recovery when the stack enters the concentration-loss region.
Open research detail → Energy systems · Modeling · EconomicsPhotovoltaic Sizing & Life-Cycle Cost
MATLAB modeling of seasonal hourly demand, solar generation, panel-count choices, grid exchange, and long-horizon life-cycle cost for a passive residential building.
Open research detail →Selected records
Thesis, conference, and journal work
Investigation of control problems of the PEM fuel cell for variable power demand
Doctoral thesis, Coventry University. Dynamic fuel-cell/load modeling, voltage and power control, nonlinear operating range, and recovery from concentration-loss overdrive.
Control Strategy for Polymer Electrolyte Membrane Fuel Cell Systems
UKACC International Conference on Control, Glasgow. Ali Abul-Hawa, M. S. Y. Ebaid, F. S. Bhinder, R. Clay.
Optimal Design of PV System in Passive Residential Building in Mediterranean Climate
Jordan Journal of Mechanical and Industrial Engineering, with Samar Jaber. PV sizing and life-cycle economic analysis for residential demand.