A dedicated and professional Assistant Professor & Associate Researcher specializing in Electrical and Electronics Engineering with over 15 years of experience in education and research industries. Proven track record of mentoring graduate students, securing research funding, and publishing in esteemed scientific journals. Effective leader who excels in collaborative environments with both educational staff and students. Skilled in developing and implementing educational initiatives that align with current industry needs and future technological advancements. Seeking a work environment that fosters intellectual, professional, and personal growth, allowing for significant contributions to the team/organization's success.My expertise lies within the American model of higher education, evidenced by my PhD in Electrical and Computer Engineering from the American University of Beirut, which was jointly funded by AUB and the Commissariat of Atomic and Alternate Energies (CEA). Early in my PhD, I successfully modeled a cedar shape antenna, bringing significant funds and recognition to our group. This compact and frequency reconfigurable antenna operated around the Wi-Fi frequency of 2.4 GHz. My subsequent research focused on waveguide antennas, including the FAM antenna used in ITER fusion and tested at CEA, Cadarache. I also covered engineering courses before and during my PhD program to qualify for teaching engineering. My comprehensive background in mathematics, programming, lab experiments, and antenna design qualifies me to guide my students towards publishing and achieving their PhD goals through close and mindful supervision. My students are driven to align with technological advances required by the market, performing excellently under increasing pressure.Currently, I am involved in multiple research groups supporting international collaboration. My research expertise encompasses electromagnetics in plasma for controlled fusion and antenna design for biomedical, 5G, and Wi-Fi applications. I utilize advanced software tools like ANSYS HFSS, and COMSOL Multiphysics to simulate and optimize antenna performance and miniaturization. My work has been published in numerous prestigious journals and conferences, establishing strong international collaborations with labs and researchers globally. Additionally, I am expanding my knowledge in machine learning and data science to enhance my teaching and research capabilities and meet the increasing market demand for AI expertise among students.Please follow my research on Google Scholar: https://bit.ly/40GXcO8