Dr. Ahmed Oteafy is an assistant professor of electrical engineering at the College of Engineering, Alfaisal University, and a Senior Member of the IEEE. He holds a Ph.D. in Electrical and Computer Engineering from Boise State University (2011). His B.Sc. and M.Sc. degrees are both in Electrical Engineering from Kuwait University earned in 2004 and 2007, respectively.
Dr. Oteafy’s research interests are in cyberphysical power systems with applications in smart power grids and electric machines. He is the director of the Joint Smart Grids & Electric Vehicles R&D Center (JSEC), and the supervisor of the Boeing Solar Car Project. The aim of his center and ongoing projects is to work along the three dimensions of research, teaching, and spreading the know-how towards developing the field of renewable energy systems and smart grid technologies.
In teaching, he designs and teaches electrical engineering courses in renewable energy, power systems, control systems, and electronics. In addition, he supervises undergraduate student projects including Capstone Design projects in Autonomous Robots, Electric Vehicles, and Renewable Energy applications.
JSEC Director and Assistant Professor of Electrical Engineering
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Publications
A New Interpretation of the Steady-State Two-Reaction Theory of a Salient-Pole Synchronous Machine
Fast Online Parameter Identification for Current Source Operated PV Modules in DC Microgrids
Fast and Comprehensive Online Parameter Identification of Switched Reluctance Machines
An Active Current-Controlled Battery Pack Balancing Technique for Online Operation
A Standstill Parameter Identification Technique for the Synchronous Generator
A new equivalent circuit of a salient-pole synchronous machine and its phasor interpretation
A standstill parameter identification technique for the divided winding rotor synchronous generator
Sliding mode controllers for the benchmark bioreactor system
Novel Parameter Identification Techniques for Large Synchronous Generators
Allgöwer, Frank 365 Andreozzi, Stefano 297 Antritter, Felix 127 Arimoto, Suguru 3, 17
A study of the Lyapunov stability of an open-loop induction machine
Elimination theory for nonlinear parameter estimation
Controlling chaos in the permanent magnet synchronous motor
Online identification of the rotor time constant of an induction machine
Lyapunov stability of an open-loop induction machine
Chaos Control through an Instantaneous Lyapunov Exponents Targeting Control Algorithm
Control of chaos through an instantaneous Lyapunov exponent targeting control algorithm
Control of a bioreactor using static and dynamic sliding mode controllers
CAD Model Generation Using Non-Contact/Contact Methods
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