Dr. Eng. Nabil Subeh
An academic and researcher specialized in electrical power engineering and electrical circuits, with extensive scientific and professional experience in university teaching, electrical studies, and supervision of major engineering projects. He holds a Ph.D. in Electrical Power Engineering from Wrocław University of Science and Technology – Poland, in the field of electrical circuit analysis using GTO thyristors, in addition to a Bachelor’s degree in Electrical Power Engineering from Damascus University.
He worked as a lecturer at the Faculty of Mechanical and Electrical Engineering, Damascus University, for over two decades, contributing to the teaching of courses in electrical circuits, electrical networks, and power electronics. He later held teaching positions at several private Syrian universities and is currently a lecturer at the Arab International University. Alongside his academic activities, he participated in the modernization and equipping of electrical circuit laboratories and was a member of scientific research and laboratory development teams at Damascus University.
He possesses extensive experience in electrical studies and designs (high and low current), supervision, and implementation, having contributed to the preparation and review of electrical studies for numerous vital projects, including university buildings, hospitals, hotels, airports, historical sites (restoration projects for Al-Azem Palace and Al-Baroudi Palace), and cultural facilities (Al-Zahiriyah Library). He also participated in technical committees for the acceptance of electrical equipment, fire alarm, and protection systems. Additionally, he supervised the implementation of electrical works for multiple university expansion projects.
He contributes to continuing education and engineering training by delivering courses and lectures for the Engineers Syndicate in the fields of high-rise building systems, lighting, and power networks, alongside his expertise in designing and implementing medium-voltage networks, decentralized power supply systems, uninterruptible power supply (UPS) systems, and programming engineering applications for load flow analysis and reactive power compensation.
He has technical expertise in programming with Pascal, C++, and Visual Basic, as well as in designing simulation software for electrical loads and power compensation. His scientific interests include electrical networks, electrical machines, power electronics, algorithms, artificial intelligence, and electrical building systems.
