MSc

Honors

GPA: 9.38/10 (18.75/20), Ranked 1st in Master's Degree Program.

Master of Science in Electrical Engineering-Power Electronics and Electrical Machines

Course Title
Grade
Power Electronics I
10
Power Electronics II
9.6
High Power Electronic Converter
10
Comprehensive Theory of Machine
9.25
Electromagnetism Linear Movement Systems
9.5
Advanced Motion Control Systems
9
Power System Dynamics
9.25
Advanced High Voltage
8.5
Seminar
10
Master Thesis
Excellent

Master Project

In my Master’s thesis, I proposed a novel index named Total Financial Losses (TFL) to compare different inverter topologies from reliability and energy losses points of view. Initial cost, repair cost, financial losses due to the downtime and element losses, and environmental conditions are considered in evaluating the TFL index. Using this universal index, the optimal inverter topology and its switching frequency are determined when the TFL is minimized. Considering the fact that the reliability of power electronic devices is strongly dependent on their power losses and ambient conditions, the exact failure rates of vulnerable elements such as capacitors, switches, diodes, and the cooling system are calculated. The system availability and frequencies of encountering the failure states are determined using the Markov method. Finally, the optimal photovoltaic inverter of the 150 kW power range is selected out of the commonly used two-level and three-level topologies.