Mohab A Hallouda

Title: Innovator Spotlight: Mohab A Hallouda and His Contributions to Motor Control Technology

Introduction: Mohab A Hallouda is an esteemed inventor situated in Cairo, Egypt. He has made significant strides in the field of electronically commutated motors, particularly through his patent for an adjustable speed drive tailored for residential applications. His contributions are instrumental in enhancing the performance and efficiency of electric motors used in various residential settings.

Latest Patents: Hallouda holds one patent titled "Adjustable speed drive for residential applications." This invention revolves around a method and apparatus designed to control the speed of electronically commutated motors. The patent outlines a sophisticated approach involving the generation of switch control signals responsive to the rotor's position, and the creation of phase gating signals from a power source with a predetermined frequency. By varying the phase gating signal according to operational parameters, the invention effectively regulates the speed of the motor, showcasing innovative advancements in motor control technology.

Career Highlights: Mohab A Hallouda is affiliated with North Carolina State University, where he engages in research and development in the realm of electrical engineering and motor technology. His academic and professional journey has led him to explore various facets of motor control, which ultimately culminated in his groundbreaking patent.

Collaborations: Throughout his career, Hallouda has worked alongside notable colleagues such as Arthur W. Kelley and Aaron M. Jungreis. Their collaboration has been pivotal in the development of advanced motor technologies and the pursuit of innovations within their field.

Conclusion: Mohab A Hallouda represents a blend of scholarly expertise and innovative thinking in the realm of motor control. His patent for an adjustable speed drive exemplifies how inventive ideas can lead to practical solutions that improve the efficiency of everyday technologies. With ongoing collaborations and a commitment to his work at North Carolina State University, Hallouda's future contributions to the field of electrical engineering promise to be impactful.