MSc

Sep 1, 2019 - Feb 1, 2021

M.Sc. degree in electrical and electronics engineering from Istanbul Gelisim University, Turkey, in 2021.

Bachelor

Sep 10, 2012 - Jul 1, 2016

B.Sc. degree in computer communication engineering from Al Rafidain University College, Iraq, in 2016

Teaching Staff [Assistant Lecturer]

Apr 5, 2023 - Present

Responsible for delivering high-quality lectures, developing curriculum, and mentoring students to enhance their academic and professional growth. Contributed significantly to research and digital learning initiatives, ensuring the integration of modern educational methodologies.
1. Member of the E-Learning Unit: Played a key role in implementing and optimizing digital learning platforms, assisting faculty in adopting innovative teaching methods, and enhancing the overall online learning experience.
2. Director of the Research Publishing Unit: Led efforts to improve research output by guiding faculty and students through the publishing process, ensuring compliance with academic standards, and fostering a strong research culture within the institution

Official [Network Operations Center Engineer]

Jun 2, 2022 - Dec 1, 2023

Results-oriented Communication Systems, Information Technologies, and Fiber Optic Networks Engineer with a robust background in conceiving, designing, and implementing innovative solutions for complex communication infrastructures. Adept at leveraging advanced technical expertise to enhance network performance, reliability, and security. Proven skills in monitoring base stations, fabric optics cables, and ADSL cabins, with a comprehensive understanding of Network Operations Center (NOC) functions. Demonstrated commitment to delivering high-quality solutions that align with organizational objectives. Seeking a challenging role to apply my strategic vision and hands-on experience in optimizing communication systems, ensuring seamless NOC operations, and effectively managing fabric optics cables and ADSL cabins.

Full time [Data Entry]

Jan 1, 2017 - Mar 10, 2018

Survey and Performance Evaluation of Multiple Access Schemes for Next-Generation Wireless Communication Systems

Aug 12, 2021

Journal IEEE

publisher IEEE Access

Mobile communication systems are always in continuous evolution due to the demands of the end-users using this technology. Therefore, before the possible launch of 5G, some technologies have opened the way to the new mobile communication system. The need for technologies that provide more comfort to users has led to the construction of complex communication systems that were only science fiction decades ago. The information society in which we are now immersed has been the result of constant progress over time. In this paper, a survey of multiple access schemes for next-generation wireless communication systems is presented. Multiple access schemes are reviewed for possible use in next-generation wireless communication systems such as orthogonal multiple access (OMA), non orthogonal multiple access (NOMA), and delta-orthogonal multiple access (D-OMA), etc. General comparisons of 1G to 6G are presented. Different types of OMA are explained, and then orthogonal frequency division multiple access (OFDMA) is chosen as an example of the OMA scheme to compare with NOMA and D-OMA. There are two types of NOMA: power-domain and code-domain, which are discussed and compared. Simulation results are presented, and a comparison among different access schemes is provided.

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