Amer Zayegh

Wireless Systems Engineer with 10+ years of experience in RF signal processing, wireless autoencoders, and EMC testing. Strong foundation in transceivers, with expertise in measuring EVM, SEM, and SNR using spectrum analyzers. Proficient in wireless communication standards (802.11, LTE, 5G) and experienced in developing test automation frameworks using Python and MATLAB. Published research in wireless systems and deep learning applications in communications.

Graduate Research Assistant
University of Oklahoma, Tulsa, USA January 2022 – Present
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Conduct research on wireless autoencoders, RF signal processing, and electromagnetic interference.
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Developed and tested wireless communication protocols, ensuring optimized performance in real-world scenarios.
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Measured key wireless parameters including EVM, SEM, and SNR using lab equipment such as spectrum analyzers and network analyzers.
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Designed and implemented AI/ML-based solutions for adaptive wireless communication systems.
Senior Lecturer & Teaching Coordinator
Middle East College, Muscat, Oman October 2016 – January 2022
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Designed and instructed courses in Embedded Systems, Electromagnetic Fields, and Communication Engineering, improving student engagement and retention.
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Developed lab experiments for wireless communications, focusing on RF circuits, transceivers, and PA design.
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Mentored students on research projects in signal processing and machine learning applications in wireless networks.
RF Consultant Engineer
MTN Syria, Aleppo, Syria July 2016 – October 2016
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Conducted RF network planning, optimization, and interference mitigation, enhancing network performance by 15%.
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Provided hands-on testing and debugging for wireless networks, ensuring compliance with industry standards.
Lecturer & Senior Lecturer
University of Aleppo, Aleppo, Syria August 2010 – July 2016
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Taught undergraduate courses in Communication Engineering, Signal Processing, and Deep Learning.
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Developed curricula for advanced topics in digital and analog communications, including RF circuits and transceivers.

Ph.D., Electrical and Computer Engineering (Expected August 2025) University of Oklahoma, Tulsa, USA
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Research Focus: Wireless communication systems and AI-driven wireless communication.