PERSONAL INFORMATION

Name:Mahmoud Fouad Mahmoud Elmorshedy

Address: Qutor, Gharbiya, Egypt, 31511

Phone:+20 01143149585

Email:Mahmoud.elmorshedy@f-eng.tanta.edu.eg

Date of birth :21 Nov. 1989

Nationality: Egyptian

Marital status: Married

Military status: Exempted (No military service)

STUDIES APPLIED FOR

I am seeking for PhD position to continue and develop my academic study and enrich my knowledge with interaction with other cultures. Working as a PhD researcher will help me to gain various skills, improve my experience, satisfy my desire and meet my goals. Being a member in a high qualified research team as a PhD student will broaden my academic background and practical experience. After receiving the PhD, I am planning to continue my career as a researcher to conduct further researches in my field of interest.

WORK EXPERIENCE

Work as demonstrator at Electric Power and Machines Engineering Department -Faculty of Engineering –Tanta University

May 2013- July 2016

Tanta (Egypt)

Work as an assistant lecturer at Electric Power and Machines EngineeringDepartment - Faculty of engineering –Tanta university

July 2016- Present

Tanta (Egypt)

Sep 2007– Jun 2012 B.Sc. in Electrical Power and Machines Engineering Faculty of Engineering, Tanta University, Tanta (Egypt)

Grade: Excellent and Class Honors with a total grade of 90.73% (Ranked First)

Jun 2012 Graduation project: Design and Application of Photovoltaic System Tracker for Maximizing the Extracted

Electrical Energy

Grade: Excellent with a grade of 97.5%

Jul 2013 – Jun 2016 M.Sc. in Electrical Power and Machines Engineering Faculty of Engineering, Tanta University, Tanta (Egypt)

Grade: GPA: of 3.8 of 4

Thesis Title: Performance Enhancement of Stand-alone Permanent Magnet Synchronous Generators

Scope of the Thesis: Enhancement the stand-alone wind generating, Management the generated wind power; Studding the unbalanced conditions and Regulating the load voltage and frequency.

Courses: Electric Traction Techniques – Advanced Topologies in Power Electronic –Renewable Energy Systems – Control of Electrical Machine Systems – Artificial Intelligent of Electric Systems – PWM Techniques in Power Electronics