On Thursday, December 21, 2017, at Dijla Hall in the Department of Electrical Engineering at 9:00 am, the student (Ahmed Ayad Ibrahim) debated for a master's thesis on his thesis (Wireless Power Transmission Using Comparative Magnetic Resonance). The discussion committee consisted of: Assist. Prof. Dr. Sinan Majid Abdul-Sattar / Chairman / Assist. Prof. Dr. Hossam Abdel Ali / Member and Dr. Saad Mutashar Abbas / Member and Mr. Ahmed Saadoun Ezzel Din / Supervisor and Member.

The results of the researcher put the design steps based on theoretical calculations using a number of precise equations. Beginning with the choice of initial values ​​and design determinants declared by the application and the manufacturing technique available and ending with the ideal dimensions of the printed spiral coils that give the greatest efficiency. The values ​​of printed coil spindles were theoretically determined using a MATLAB program to find the highest transmitted efficiency of the wireless transmission system. HFSS 14.1 was used as a simulation tool for design and to verify results obtained from theoretical calculations. The internal and external diameter of the transmitter (6.1 mm) and 32 mm (5 mm) and (10 mm) respectively was printed on an FR4 substrate and the distance between the transmitter and the receiver (10 mm) and using 13.56 MHz as an operating frequency. Electromagnetic simulation led to an efficient system gain in air (74.42% and 73.46%) respectively

At the end of the discussion, the letter was accepted, with minor modifications, and the student was awarded the degree of master with the grade of excellence.