Name: Amir Esam Mohamed Abdelsalam Almslmany

Mobile: 01120000739 / 01017888736

E-mail: mslmany@ieee.org, dr.mslmany.7256.adc@alexu.edu.eg, a.mslmany@nuaa.edu.cn, amir.essam@ecu.edu.eg

QUALIFICATION

B.SC: air Defense College, Communication and Electronics Engineering Department, Alexandria University, 2003, General grade is Excellent with Degree of Honor (89.02%).

Graduation Project: Design and implementation of firing and control circuit of hawk launcher missile using FPGA technology and VHDL General Grade is Excellent.

Master Degree: Design of microwave high power amplifier under supervision of Prof. Dr. Mazhar B. Tayel Communication and Electronics Engineering Department, faculty of engineering, Alexandria University at august 2011.

PhD: Advanced Airborne System for High-Speed Air Target and Spoofing Jammers, under supervision of Prof. Qunsheng Cao, College of electronics and information engineering, Nanjing University of Aeronautics and Astronautics, China, December 2015, and the best thesis in NUAA in 2016.

TEACHING EXPERIENCE

Teaching Assistant in Electrical Engineering Department in Air Defense College in courses (microwave and electronic measurements, solid state devices, digital integrated circuit, analogue integrated circuits, laser application), 1stJuly 2009 to 2013.

Teaching Assistant in Electrical Engineering Department in Faculty of Engineering, Alexandria University in communication and electronics departments in courses (microwave and electronic measurements, and electronics), July 2009 to July 2010.

Teacher in computer science college – Egyptian Chinese University in courses (electronic physics), 2024 until now.

Teacher in Electrical Engineering Department in Air Defense College in courses (microwave and electronic measurements, solid state devices, digital integrated circuit, analogue integrated circuits, laser application), July 2016 until now for the following courses:

Digital communication.
Electronics and Microwave measurements.
Electronic devices.
Laser application.
Analogue integrated circuits.
Digital integrated circuits.
Electrical circuits.
Introduction to logic gates.
Semiconductor devices.
Electronic and electrical circuit analysis.

RESEARCH EXPERIENCE

Researcher in a research center from March 2016 to July 2017.

IEEE Senior Member, membership number (91271256).

Single Author for a book titled "Recent Advancements in Airborne Radar Signal Processing", June 2018, IGI Global, DOI: 10.4018/978-1-5225-5436-3.

Supervisor for (15) graduation projects in air defense college and other different universities.

Supervisor for (8) master and (1) PhD students in different universities.

• Aerospace
• Telecommunications
• Automation & Control Systems
• Electrical & Electronic
• Instruments & Instrumentation

• An Analytical Model for Improvement of Linearity and Efficiency of RF Linear Power Amplifiers for Radar Systems. International Journal of Modeling and Optimization (IJMO). 2014. 360-C158.pdf (ijmo.org)
• A new airborne self-deception jammer for countering ground radars based on sub-Nyquist. IEICE Electronics Express letter (ELEX). 2015. A new airborne self-protection jammer for countering ground radars based on sub-Nyquist (jst.go.jp)
• High Speed Dim Air Target Detection Using Airborne Radar under Clutter and Jamming Effects. Radioengineering Journal. 2015. Microsoft Word - str_0632-0642 (radioeng.cz)
• Negative Impedance Technique for Wide Dynamic Range in Radar Systems. WSEAS. TRANSACTIONS on SIGNAL PROCESSING. 2015. CSCC (wseas.org)
• Linearity Enhancement of TVGA Based on Adaptive Sweep Optimization in Monostatic Radar Receiver. International Journal of Electronics. 2016. Linearity enhancement of TVGA based on adaptive sweep optimisation in monostatic radar receiver: International Journal of Electronics: Vol 103 , No 8 - Get Access (tandfonline.com)
• Spoofing technique based on digital radio frequency memory and chaotic algorithm. WSEAS TRANSACTIONS on COMMUNICATIONS. 2017. a625904-660.pdf (wseas.org)
• Decode-and-forward polar coding scheme for receive diversity: a relay partially perfect retransmission for half-duplex wireless relay channels. IET communication journal. 2017. Decode‐and‐forward polar coding scheme for receive diversity: a relay partially perfect retransmission for half‐duplex wireless relay channels (wiley.com)
• Design and implementation of a broad-band high gain low noise amplifier for 3G/4G applications. Indonesian Journal of Electrical Engineering and Computer Science. 2021. Design and implementation of a broad-band high gain low noise amplifier for 3G/4G applications | Abdelmonem | Indonesian Journal of Electrical Engineering and Computer Science (iaescore.com)
• Design and Implementation of High-Power Fiber Laser Cham-ber Test Under Different Aerosols Conditions. International journal of telecommunications. 2021. Type of the Paper (Article (ekb.eg)
• New Method to Implement and Analysis of Medical System in Real Time. Healthcare, MDPI. 2022. New Method to Implement and Analysis of Medical System in Real Time - PMC (nih.gov)
• A Promising Comprehensive Optical System Design and Fabrication for Solid Fuel Characterization of the Missiles Engines. Aswan University Journal of Science and Technology. 2023. article_312698_3ea58b2d300f8cbc05f062e32f0450a0.pdf (ekb.eg)
• Design and Implementation of a Diagnostic Solid Propellant Fuel System Based on Laser Illuminator. International journal of telecommunications. 2023. Type of the Paper (Article (ekb.eg)
• A Unique Optical System Design and Implementation of X- Ray. system to Non-destructive Tests Solid Fuel missiles. PRZEGLĄD ELEKTROTECHNICZNY. 2024. Microsoft Word - 01_PE_02_24_1-9_adel
• Design and Implementation of an Optical Measuring Interference System for Noise Signals in Optical Fiber Based on Neural Networks. International journal of telecommunications. 2024. https://ijt.journals.ekb.eg/article_378413.html
• Investigating broadband filtering power amplifier using multi-mode resonator-based bandpass filter. Results in engineering. 2025. https://www.sciencedirect.com/science/article/pii/S2590123025011107

• Recent Advancements in Airborne Radar Signal Processing: Emerging Research and Opportunities. Published in the United States of America by IGI Global. Engineering Science Reference (an imprint of IGI Global). 2018. https://www.igi-global.com/book/recent-advancements-airborne-radar-signal/189153

• https://orcid.org/0000-0002-8271-9734
• https://www.scopus.com/authid/detail.uri?authorId=56663238800
• https://sciprofiles.com/profile/4814813
• https://www.webofscience.com/wos/author/record/J-9609-2016