Education
Mar, 2020
PhD. Candidate/Communication engineering

Electric and Computer engineering

Duhok University

Jun, 2009
Msc.

Electrical and Electronic department / Communication Engineering

University of technology /Baghdad

Jun, 2002
Bsc

Electrical and Electronic department / Communication Engineering

University of technology /Baghdad

Skills
Networking:

SDN, Mini-net, TCP/IP, LAN, FTP, DNS, DHCP, and Fiber Optic Networks

Communication:

Digital & Analog Communication ,Satellite Communication Systems, Video/Audio Encoding and 8PSK and QPSK rating, and Microwave .

Electronics::

Electronic circuit design,and microelectronic systems.

Electronics::

Electronic circuit design,and microelectronic systems.

Publication Journal
Feb, 2022
Massive MIMO-OFDM Performance Enhancement on 5G

29th International Conference on Software, Telecommunication and Computer Networks 23 – 25 September 2021// Hvar, Croatia/IEEE Xplore/https://ieeexplore.ieee.org/abstract/document/9559117

Multi Input Multi Output MIMO and Orthogonal Frequency Division Multiplexing OFDM based communication strategies have gained popularity in the industry and research fields due to the rising demand for wireless cellular communication. Massive MIMO-OFDM-based cellular communication has recently become popular in a variety of real-time applications. However, as the need for high-quality communication grew, so did the number of users, posing various problems. In this article, we presented a comprehensive review study about Massive MIMO-OFDM based communication techniques and development. We mainly focus on essential parameters of Massive MIMO-OFDM, which play an essential role in 5G communication such as PAPR, precoding, channel estimation, and error-correcting codes. The paper shows results on the energy efficiency for a wireless (MIMO) link operating at millimeter-wave frequencies (mmWave) in a typical 5G scenario, showing the impact of the above essential parameters on the 5G performance. This comprehensive review and comparison will research 5G development and applications to adopt the proper techniques to achieve their demand.

Dec, 2017
Signal Denoising Using Double Density Discrete Wavelet Transform

Journal of Al-Nahrain University - Science 20 (4), 125-129 (Issue: 4) (Volume: 20)

Reality signals do not exist without noise. Wavelet transform based denoising seem to be a powerful tool for suppressing noise in signals. In this paper, we investigate the using of double density discrete wavelet transform “DD-DWT” which based on one scaling function and two wavelet functions, for signal denoising and comparing its performance with the traditional DWT. Three groups of additive White Gaussian Noise levels (5 dB, 3 dB, 2 dB) are added to some standard test signals with both hard and soft threshold function to evaluate the performance of each method in term of Root Mean Square Error (RMSE) and Signal to Noise Ratio (SNR). Experiment results show that DD-DWT performs better than traditional DWT in both RMSE and SNR especially at low SNR.

Conference
Sep, 2021 - Sep, 2021
29th International Conference on Software, Telecommunication and Computer Networks

Hvar, Croatia, on-line As Presenter

Multi Input Multi Output MIMO and Orthogonal Frequency Division Multiplexing OFDM based communication strategies have gained popularity in the industry and research fields due to the rising demand for wireless cellular communication. Massive MIMO-OFDM-based cellular communication has recently become popular in a variety of real-time applications. However, as the need for high-quality communication grew, so did the number of users, posing various problems. In this article, we presented a comprehensive review study about Massive MIMO-OFDM based communication techniques and development. We mainly focus on essential parameters of Massive MIMO-OFDM, which play an essential role in 5G communication such as PAPR, precoding, channel estimation, and error-correcting codes. The paper shows results on the energy efficiency for a wireless (MIMO) link operating at millimeter-wave frequencies (mmWave) in a typical 5G scenario, showing the impact of the above essential parameters on the 5G performance. This comprehensive review and comparison will research 5G development and applications to adopt the proper techniques to achieve their demand.

Workshop
Feb, 2022 - Aug, 2020
IRAQ E-LEARNING PROFESSIONAL TRAINING PROGRAM TRAINING OF TRAINERS (TOT)

on-line As Guest

IREX herby acknowledges that the successful participants of the E-Learning Professional Training Program who have been awarded the Certificate, are recognized as TOT holders for this program. The training was held from April 30, 2020 to June 25, 2020 with a total of 30 hours. The purpose of the E-learning Professional Training Program was to support Iraqi faculty in successfully integrating e-learning broadly across Iraqi campuses. The E-Learning Professional Training Program is supported by the U.S. Embassy, Baghdad under the U.S. Iraq Higher Education Partnerships Program and in partnership with the Ministry of Higher Education and Scientific Research, Baghdad and the Ministry of Higher Education and Scientific Research, Erbil.

Dec, 2021 - Dec, 2021
Scientific publishing of Iraqi universities in journals registered in international containers:

on-line As Guest

Training course, which is held by the Scientific Supervision and Evaluation Authority in coordination with the Ministerial Team for E-Learning in order to develop scientific research skills and sober dissemination of teaching staff and graduate students in Iraqi universities

Nov, 2021 - Current
Scientific publishing of Iraqi universities in journals registered in international containers:

on-line As Guest

Training course, which is held by the Scientific Supervision and Evaluation Authority in coordination with the Ministerial Team for E-Learning in order to develop scientific research skills and sober dissemination of teaching staff and graduate students in Iraqi universities

Oct, 2020 - Nov, 2020
Professional Training Program for Blended Learning by Multimedia & eLearning Center at University of Technology.

on-line As Guest

Training program for the period 24th of October to 9th of November,2020 entitled "Professional Training Program for Blended Learning" by Multimedia & eLearning Center at University of Technology.

Sep, 2020 - Sep, 2020
E-learning professional training program

on-line/Technical College Of Engineering As Presenter

The purpose of the E-learning Professional Training Program is to support Iraqi faculty in successfully integrating e-learning broadly across technical college of engineering ,campuse. Faculty will develop an understanding of e-learning concepts and methods, e-content, effective online pedagogy and course design. Faculty will develop an understanding of e-learning within the Iraqi higher education context, explore technologies relevant to online learning, and apply knowledge and skills gained through the design of an e-learning course for their individual courses this academic year. Upon completion of the course, faculty will have the fundamental knowledge and skills required to train other individuals at their institutions on e-learning.

Training Course
Oct, 2020 - Nov, 2020
Professional Trainging Program for Blended Learning"

Multimedia & eLearning Center at University of Technology/Baghdad, National

The professional training program held by the Center for Multimedia and E-learning at the University of Technology as a stadium to direct the Research and Development Department at the Ministry of Higher Education and Scientific Research

Apr, 2020 - Jun, 2020
E-Learning Professional Training Program IREX

on line, International

IREX Curriculum Development and Delivery, Interpretation and Facilitation Team: IREX Iraq team The purpose of the E-learning Professional Training Program is to support Iraqi faculty in successfully integrating e-learning broadly across Iraqi campuses. Faculty will develop an understanding of e-learning concepts and methods, e-content, effective online pedagogy and course design. Faculty will develop an understanding of e-learning within the Iraqi higher education context, explore technologies relevant to online learning, and apply knowledge and skills gained through the design of an e-learning course for their individual courses this academic year.