I have been working in research for two years in the field of power electronics and electric vehicle I have designed bidirectional dual active inverter and rectifier, bidirectional interleaved converter, space vector modulation system, electric vehicle sizing all these designs where done through MATLAB/Simulink software. I have also published a research paper about wireless pacemaker battery charger at IEEE Xplore which was my final year project that aim to recharge the battery wirelessly instead of removing it the system was implemented through Ansys and build in the lab. I am also pursuing my Masters Studies at the American University of Beirut with a GPA 4 and working as a lab assistant. Moreover, I have done two internships the first one with UNDP concerning solar photovoltaic and solar water heaters, and the second one was in Power and Automatic Control (PAC) company where I realized the types, components, and properties of ABB low voltage panel boards.Through my studies I did projects in different fields as renewable energy I have designed an optimal design to manage renewable sources with utility and diesel generators for university company, boost converter closed loop to boost the variable voltage of PV, designed the electrical installation of a single family dwelling unit at AutoCAD the calculations were performed based on the American standard(demand load, load balance, voltage drop calculation, short circuit analysis and single line diagram).
Designed and simulated an 800/500 V Dual active bridge (DAB) converter and Field oriented control
system for electric vehicle at Simulink.
Designed and simulated two input Interleaved Bidirectional converter For a PV-Battery System.
Model for sizing the power train of an electric vehicle, including the power electronic converter, electric motor, and battery pack using MATLAB/Simulink simulations
Reported and analyzed research papers related to electric vehicle.
июл. 2022 - авг. 2022 (1 месяц, 1 день)
It is a two month internship were I recognized the types, components, and design specifications for solar photovoltaic and solar water heater systems.
Power and Automatic Company
июл. 2021 - авг. 2021 (1 месяц, 1 день)
Realized the types, components, and properties of ABB low voltage panel boards.
Constructed plans at Automation Builder and E-design software.
Masters in Energy and Power
American University of Beirut, Lebanon 2021 - 2023
Wireless Pacemaker Battery Charger
This paper presents a wireless system for charging the cardiac pacemaker (2.8V -2AH) Lithium-ion (Li-ion) battery. The proposed system relies on printed transmitter coil (Tx) and receiver coil (Rx) . The theoretical analysis, simulation by Ansys software, and experimental measurements were conducted to verify the validity of the system. The results reveal the ability of the proposed wireless system to transfer the required power to recharge the pacemaker battery.