I have completed my MSc in Electronics and Communications Engineering. I have been working as a hardware and firmware developer for 10+ years. Fully qualified electronics design engineer with extensive experience in the development of Embedded Systems and IoT “Internet Of Things” devices. Passionate about designing an electronics system that involves analog and digital components with embedded software. Gained invaluable experience working at the Department of Computer Technology and Industrial Professions, which gave me invaluable experience in designing electronic systems from concept to final prototype.
✅I have extensive experience in:
➤ Microcontrollers Platforms: PIC, Arduino♾️
➤ Communications (GSM/RFID).
➤ Schematic and PCB design.
➤ IoT based projects using ESP8266, ESP32, Raspberry Pi.
➤ Analog and Digital circuit design and simulation using Multisim and Proteus.
➤I2C, UART, Ethernet, USB, SPI, RS232/RS485.
✅ Full-time lecturer, I have taught several courses:
➤ Microcontrollers I, II.
➤ Embedded System Laboratory.
➤ Electronics circuit.
➤ Logic Design.
➤ programmable logic controller (PLC).
➤ Printed Circuit Board(PCB).
✅I had implemented lots of projects:
➤ Make an educational Arduino Kit.
➤ RF Arm Robot control.
➤ Web server-based Smart home monitoring and control.
➤ CNC wire bending machine
➤ Self-balancing Robot.
➤ 4 flor educational elevator with Arduino Maga.
➤ ETOP UP instrument for Mobile Palestine.
➤ RFiD Lock system.
➤ IButton Lock system.
I am guaranteeing the quality and accuracy of our work. ( ͡❛ ͜ʖ ͡❛)?
⌛⌚ You can completely rely on me.⌚⌛
lecturer at UCAS University College of Applied Science. Passionate about designing an electronics system that involves analog and digital components with embedded software. Gained invaluable experience working at the Department of Computer Technology and Industrial Professions at UCAS which gave me invaluable experience in designing an electronic systems from concept to final prototype.
MSc in Electronics and Communications Engineering
Arab Academy for Science, Technology and Maritime Transport,
Egypt 2005 – 2007
Performance Analysis of OFDM with M-ary in Sum of Frequency-Selective Arbitrary Nakagami-m channels.
Error rates of orthogonal frequency-division multiplexing (OFDM) signal using M-ary modulation in multipath slow fading Nakagami-m fading channel are considered. The exact probability density function of a sum of Nakagami-m random phase vector is used to derive a closed-form expression for the error rates of OFDM signals with arbitrary fading index m. This is done using the well-known moment generating function (MGF) analysis approach and in terms of the confluent hypergeometric function.
MRC Diversity Reception of OFDM with M-ary Modulation over Frequency-Selective Nakagami-m Fading.
In this paper, we take a close look at the performance of MRC diversity reception of OFDM signals in multipath slowly fading Nakagami-m channels. We derive an exact expression for the probability density function (PDF) of a sum of Nakagami-m random phase vectors, which is used to derive a closed-form expression for the error-rate of OFDM signals using multichannel reception with maximal ratio combining.
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