Graduate Research Assistant
University of Oklahoma
Total years of experience :19 years, 8 Months
Coordinate the activities of academic practices and assist the professional development of academic practices at the college through mentoring and training academic staff to use the latest teaching and learning strategies, processes and procedures. Assist in developing and disseminating innovative and successful improvement practices by coordinating system-wide staff development initiatives.
Facilitate students’ learning using constructive and effective teaching techniques, in union with innovative methods and technology. Stay current by keeping abreast of the advancements in curricula and share the same with students to achieve the targeted graduate attributes. Perform all other academic duties, supervise dissertations and engage in co and extra-curricular activities to ensure the knowledge and value based future for the students. Senior lecturers are also expected to contribute to research and scholarly activities.
Lecturer at Electronics & Communication Engineering Department for the following courses:
- Digital Signal Processing.
- Electronics Engineering.
- Electrical & Electronics Engineering.
- Telecommunication Engineering.
- Digital Communication.
- Antenna Theory and Communication Systems.
- Electronic Circuits and Devices.
My responsibilities were concentrated as follows:
- Data collection and simulation. Provide the Radio Network design data and simulation result as the customer required. such as the antenna high, tilt, azimuth, Coverage result etc.
- Perform link budget, design criteria and traffic analysis.
- Good understanding of antenna theory (aperture, gain, beam width, dipole vs. isotropic), antenna performance (return loss, impedance matching, etc.), and engineering tools (spectrum analyzer, site master, etc.).
- Make the evaluation of the Mobile Network and provide the expansion plan.
- Monitoring and optimize the Network KPIs to assure it reach the target value. Such as the Drop call rate, Call setup success rate test.
- Analysis the Drive test result and find the Network Problems with the Post process tools.
- Analysis the system features and parameters to optimize the network performance KPIs.
- Provide Optimization solutions and suggestion to improve the network quality.
Teaching the following courses at Communication Engineering Department:
- Graduation Projects Associate Supervisor.
- Advanced Digital Signal Processing (using MATLAB).
- Neural Network (Using MATLAB).
- Modeling and Simulation of Communication Systems
(Using MATLAB and Simulink).
- Digital Signal Processing (Using MATLAB).
- Signals and Systems (Using MATLAB).
Teaching the following courses at Informatics and Communication Engineering Department:
- Graduation Projects Supervisor.
- Network Security.
- Information Security.
- Signals & Systems (Using MATLAB).
- Digital Signal Processing (Using MATLAB).
- Logical systems & Digital Circuits.
- Telecommunication Principles.
- Computers Skills.
Trainer for MATLAB, c++, Scilab
(4 Semesters Program/ 60 learning hours for Every Course)
Teaching the following courses:
- Telecommunications Principles
- Electrical and Electronic Principles.
- Engineering Science.
- Data Communications and Networks.
- Engineering Design.
- Computer Systems.
- Mobile Communication Systems.
- Satellite Communication Systems.
- Transmission and Switching Systems.
- Graduation Projects Supervision.
Teaching the following courses:
- Micro processors & Micro Controllers.
- Digital Communication.
- Modern Communication Systems.
- Information Security.
During my study at the Faculty of Electrical & Electronic Engineering, I was appointed to a part time job vacancy within my semesters and a full time within my summer vacations as technical staff in Automated United Projects (A.U.P) Group. The main tasks that assigned to me were in the field of PLC and Microcontroller programing, as well as, designing of Printed Circuits Boards PCBs.
Improving QoS for LTE System Using Adaptive MIMO-OFDM Techniques Multi – Input Multi – Output (MIMO) is the key technics of advanced generation of mobile communication systems, and it improves the performance of these systems by reaching to high data rate and high channel capacity, in addition to improving spectral efficiency and increasing the reliability, but achieving these advantages leads to high complexity because of increasing radio frequency chains in MIMO systems. So the researchers try to develop technics allow us to takes the advantages of MIMO and decreasing the complexity, these technics called Antenna Selection which decrease the number of RF chains desired in MIMO system. In this research we will present an overview on the development stages of mobile communication systems and the enabling technics of LTE,in addition we will study the physical layer technics of downlink in LTE, the most important transmission parameters, propagation environments, channel model, link adaptation and radio link quality parameters estimation. Then we will describe the MIMO systems and survey antenna selection technique, antenna selection algorithms, channel estimation using Pilot sub-carrier and how to exploit the CSI at transmitter side. Finally we will propose two algorithms for Transmit Antenna Selection (TAS) in LTE downlink and evaluate the performance of these algorithms compared to the performance of studied algorithms, then complexity analysis will be done in addition to memory and hardware implementation requirements analysis.
