Curriculum Vitae

Personal Data Full Name ABDULLAH MOHAMMED H ALMOHAIMEED Degree Assist.Prof.Dr Department Electrical College Mail a.almohaimeed@qec.edu.sa Personal Mail Nationality Saudi Arabia Office Ext. 5077 Office-Number B1-F044 Major Electrical Minor Electronic Engineering Interest Field high efficiency RF Wireless Power Transfer (WPT) and energy scavenging, GaN/GaAs/Si based reconfigurable MMICs, RF/microwave integrated circuits

Academic Degrees Nr. Degree Major Institute Country Year 1 Ph.D Electrical Engineering University of Ottawa Canada 2018 2 M.Sc Electrical engineering University of Ottawa Canada 2014 3 B.Sc Electrical Engineering Qassim University Saudi Arabia 2009

Conferences Nr. Participation Conference Name Title Place Country Fund Year 1 Conference IEEE Canadian Conference on Electrical and Computer Engineering (CCECE) Metasurface-based WPT Rectenna with extensive input power range in the 900 MHz Quebec Canada No 2018 2 Conference IEEE PELS Workshop on Emerging Technologies: Wireless Power (WoW) Dual-band harvester with wide range input power for WPT applications Montreal Canada No 2018 3 Workshope IEEE Radio Frequency Identification (RFID 2018) UHF metasurface-based antenna for WPT RFID applications Florida United States No 2018 4 Conference Annual IEEE International Systems Conference (SysCon) Efficient harvester with active load modulation and wide dynamic input power range for wireless power transfer applications Montreal Canada No 2017 5 Symposia IEEE Mediterranean Microwave Symp. (MMS), A highly efficient power harvester with wide dynamic input power range for 900 MHz wireless power transfer applications Abu Dhabi, Abu Dhabi United Arab Emirates No 2016 6 Conference IEEE Electrical Power and Energy Conference (EPEC) Efficient rectenna with wide dynamic input power range for 900 MHz wireless power transfer applications Ottawa Canada No 2016

Publications Nr. Authors Publication Title Place & Date Journal Ranking Impact Factor Status 1 Abdullah Almohaimeed,R. E. Amaya,J. A. Lima Adaptive power harvester with active load modulation for highly efficient short/long range RF WPT applications Electronic Journal ,Vol.7 ,Issue1,ppt 125 2018 2.15 Both Fund(No) 2 Abdullah Almohaimeed,M.C. Yagoub, Efficient current bleeding mixer for WiMax applications Elsevier AASRI Procedia Jornal ,Vol.9 ,Issue1,ppt 92-98 2014 0 Both Fund(No)