Personal Portfolio
About Me
I am excited to introduce myself as a recent graduate in Electrical Engineering from Qatar University, where I completed my degree with the High Distinction Award, ranking among the top of my class. My academic journey was marked by consistent excellence, earning me the Exceptional Performance Scholarship and placements on the Dean's List and Vice President’s List throughout my studies.Over the past two years, I have worked as a full-time Research Assistant at Qatar University under the guidance of Dr. Tamer Khattab. In this role, I have contributed to a wide range of innovative projects in Telecommunications, AI, and Electronics. My work includes developing a Reinforcement Learning-based Digital Predistortion (RL-DPD) system for RF power amplifiers to enhance signal quality and designing communication systems for CubeSat and drone control using advanced wireless technologies. These projects allowed me to blend my technical skills with cutting-edge research, leading to co-authorship on conference papers and submissions to prominent journals.Beyond research, I have gained practical experience through internships at ScorpE Technology, Kahramaa, and Al-Zubarah Information Technology. At ScorpE Technology, I developed a smart control system for oil pipelines, which improved the efficiency of field operations through remote monitoring and automation. During my internship at Kahramaa, I conducted high-voltage equipment inspections and ensured compliance with safety and operational standards. At Al-Zubarah, I applied cybersecurity principles, performing penetration testing and strengthening client systems against vulnerabilities.In addition to these roles, I worked on control circuit designs for battery systems in electric vehicles, where I contributed to enhancing charging efficiency and overall system performance. I also worked with a local service provider to address network optimization challenges using AI-driven solutions, improving network efficiency and performance.While my primary focus has been in telecommunications, machine learning, and hardware development, I have also explored areas such as VLSI design for both analog and digital systems. My technical skill set includes extensive experience with tools like MATLAB/Simulink, Gnu Radio, EasyEDA, Fusion 360, Microwave Office, and Vivado Design Suite, enabling me to approach engineering problems from a multidisciplinary perspective.In addition to my technical expertise, I have held leadership roles, including serving as President of the IEEE Student Branch and co-founding the QQatar community, where I organized events and workshops on emerging technologies. These experiences have honed my ability to lead and collaborate in diverse team environments.I am excited to apply my knowledge and skills to new challenges and opportunities. I look forward to discussing how I can contribute to your organization and collaborate on innovative projects.
You can find my resume at:
Work Experience
Qatar University: Full‑Time Research Assistant (Feb 2023 ‑ Current)
Scorpion Electric: Part‑Time Hardware Prototyping Specialist (Oct 2022 ‑ Feb 2023)
Al‑Zubarah Information Technology: Student Intern (April 2022 ‑ July 2022)
Qatar University: Student Research Assistant (Oct 2021 ‑ Oct 2022)
Kahramaa: Summer Intern (May 2021 ‑ July 2021)
Work Projects
Reinforcement Learning for Digital Predistortion (RL-DPD): I implemented RL-based Digital Predistortion (DPD) techniques for RF power amplifiers to predict and compensate for non-linear distortions, improving signal quality. This project combined my skills in RF systems, machine learning, and AI-driven optimization. Click here to view publication
Satellite Communication System Development: I developed and simulated a CubeSat baseband communication system, designing modem architecture, performing link budget analysis, and implementing both simulation and hardware models using Software-Defined Radios (SDRs), gaining experience in RF communications for space applications. Click here to view publication
Data Collection and Processing for Advanced Applications: I collected and processed data from wireless communication systems and applied machine learning techniques for advanced analytics, laying the foundation for further AI-driven research in telecommunications.
Innovative IoT Control System: I developed a secure, low-cost, 4G LTE-based encrypted drone control system using open-source tools, improving control range and reliability in remote device operations.
Federated Learning for Edge Computing: I optimized task offloading in Mobile Edge Computing (MEC) environments using Federated Learning to reduce latency by training models on edge devices, enhancing my knowledge of edge computing and distributed AI.
Applied Data Analysis for Network Improvement: I worked with Ooredoo Qatar on network performance optimization by analyzing performance indicators and building predictive models, showcasing the impact of AI-driven solutions in network management.
Smart Valve Control System for Oil Pipelines: At ScorpE Technology, I developed a Smart Valve Control System for oil pipelines, integrating wireless interfaces to reduce manual interventions and improve remote monitoring.
High-Voltage Equipment Inspection and Reporting: As an intern at Kahramaa, I inspected high-voltage equipment, ensuring compliance with safety standards and documenting findings, contributing to infrastructure reliability.
Battery Charging System Optimization: I optimized control circuits for Li-ion battery systems, improving charging efficiency and earning recognition in the Qatar National Fund Project Competition. Click here to view publication
Network Security and Penetration Testing: During my internship at Al-Zubarah, I conducted penetration testing and drafted security reports, strengthening client systems against vulnerabilities and solidifying my cybersecurity skills.