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1. Introduction

Dr. Mohammad Raja Al-Soeidat is a Jordanian electrical engineer and academic specializing in power electronics, energy conversion systems, smart grids, renewable energy, and energy storage technologies. Currently serving as an Assistant Professor in the Department of Electrical Engineering at Al-Hussein Bin Talal University (AHU), he has contributed significantly to research on high-efficiency energy systems and the integration of renewable energy technologies into modern power networks. Dr. Al-Soeidat’s work spans both theoretical and applied domains, reflecting a commitment to bridging academic research with practical energy solutions.

2. Early Life and Education

Born in Jordan, Dr. Al-Soeidat pursued his undergraduate studies in Electrical Engineering at Al-Hussein Bin Talal University, Ma'an, where he earned his B.Eng. degree in Communication Engineering in 2013. During this time, he developed a foundation in signal processing, network systems, and electronics, which later informed his work in energy systems and smart grids.

He continued his studies internationally at the University of Sydney, Australia, where he earned an M.Eng. degree in Electrical Engineering in 2016. Here, he gained advanced knowledge in power electronics, renewable energy systems, and energy management, with practical exposure to laboratory and simulation-based research methods.

To further specialize in power conversion and renewable energy integration, Dr. Al-Soeidat pursued a Ph.D. in Power Electronics at the University of Technology Sydney (UTS), completing his doctoral studies in 2020 at the School of Electrical and Data Engineering. His Ph.D. research focused on innovative energy conversion techniques for smart grids, addressing challenges in renewable energy integration, energy storage optimization, and high-efficiency power electronics design.

3. Professional Career

Dr. Al-Soeidat began his professional career in 2013 with Zain Jordan, one of the leading telecommunications providers in the Middle East, where he worked as a Radio Access Network Engineer. In this role, he was responsible for network planning, optimization, and troubleshooting, gaining hands-on experience in large-scale electrical and communication systems.

Following his industry experience, he transitioned to academia and research. From 2017 to 2021, he served as a Senior Research Assistant at UTS, where he contributed to multiple projects on renewable energy systems, smart grids, and energy storage technologies. During this period, he gained extensive experience in experimental research, system modeling, and simulation, including the design and testing of photovoltaic emulators, power converters, and hybrid energy systems.

In 2022, Dr. Al-Soeidat returned to Jordan and joined Al-Hussein Bin Talal University as a Lecturer in the Department of Electrical Engineering. His academic contributions were quickly recognized, and he was promoted to Assistant Professor in 2023. He has since been actively engaged in teaching, research, and mentorship, supervising graduate students and developing new laboratory modules for electrical engineering courses.

4. Research Contributions and Notable Work

Dr. Al-Soeidat’s research focuses on power electronics, renewable energy applications, energy conversion systems, smart grids, and energy storage solutions. His work combines both experimental and theoretical approaches to optimize energy systems for efficiency, reliability, and sustainability. Key contributions include:

• Photovoltaic Systems and Emulators: Developing high-efficiency PV emulators for testing renewable energy systems and validating maximum power point tracking algorithms.

• Energy Storage Integration: Investigating methods to optimize energy storage systems for smart grid applications, ensuring seamless integration of intermittent renewable energy sources.

• Hybrid Energy Systems: Designing and modeling hybrid renewable energy systems combining solar, wind, and storage solutions to enhance energy reliability and efficiency.

• Power Electronics for Smart Grids: Innovating high-performance power converters to manage energy flows between distributed renewable sources and the grid, improving stability and reducing losses.

Dr. Al-Soeidat’s work has been recognized with several grants and awards, including support from Al-Hussein Bin Talal University for his Master’s and Ph.D. studies, enabling him to pursue advanced research in power electronics and renewable energy.

5. Applications of His Research

The technologies and methods developed by Dr. Al-Soeidat have broad applications in both industrial and residential energy systems:

• Smart Grid Integration: Improving the management of distributed renewable energy sources to maintain grid stability and enhance energy efficiency.

• Renewable Energy Deployment: Facilitating the adoption of solar, wind, and hybrid energy systems in residential and commercial settings.

• Energy Storage Solutions: Enhancing the performance and reliability of battery systems for intermittent renewable sources, including solar and wind power.

• Sustainable Development: Providing low-cost, efficient solutions for energy access in remote and rural communities, contributing to national renewable energy targets.

6. Principal Publications and Works

Dr. Al-Soeidat has published extensively in peer-reviewed journals and conferences, with a focus on photovoltaic systems, power electronics, energy conversion, and smart grids. Selected works include:

• Al-Soeidat, M. R., D.D.C. Lu, and J. Zhu, “An analog BJT-tuned maximum power point tracking technique for PV systems,” IEEE Transactions on Circuits and Systems II: Express Briefs, 2019.

• Khawaldeh, A., M. Al-Soeidat, D.D.C. Lu, and L. Li, “Fast Photovoltaic Emulator Based on PV-Cell Equivalent Circuit Model,” IEEE Energy Conversion Congress & Exposition, 2021.

• Al-Soeidat, M.R., H. Khawaldeh, and D.D.C. Lu, “A Novel High Step-Up Three-Port Bidirectional DC/DC Converter for PV-Battery Integrated Systems,” IEEE Journal of Emerging and Selected Topics in Power Electronics, 2019.

• Cheng, T., M. Al-Soeidat, D.D.C. Lu, and V. Agelidis, “Experimental Study of PV Strings Affected by Cracks,” IET The Journal of Engineering, 2019.

His research outputs have directly influenced experimental and applied studies in renewable energy systems, serving as references for design and optimization of PV-battery systems, power electronics converters, and smart grid integration techniques.

7. Influence and Impact on Science and Society

Dr. Al-Soeidat’s work bridges academic research with practical energy applications, contributing to sustainable energy solutions in Jordan and globally. By focusing on renewable energy integration and smart grid technologies, his research helps reduce reliance on fossil fuels, minimize carbon emissions, and support energy access in underserved regions.

Furthermore, his teaching and supervision foster the development of future engineers and researchers, equipping students with both theoretical knowledge and practical skills in power electronics and renewable energy. His involvement in national renewable energy initiatives has also guided policy development and the deployment of innovative energy systems tailored to local communities.

8. Recent Progress and Future Directions

Recent research by Dr. Al-Soeidat emphasizes:

• Optimization of hybrid energy systems for residential and commercial applications.

• Integration of PV and battery storage with advanced power electronics for smart grid operation.

• Development of fast and accurate PV emulators for testing and validation of renewable energy systems.

• Enhancing system reliability and efficiency under variable weather and load conditions.

Looking forward, Dr. Al-Soeidat aims to expand the application of distributed renewable energy solutions in Jordan, with a focus on microgrid implementation, energy storage optimization, and scalable PV-battery solutions for sustainable development.

9. Conclusion

Dr. Mohammad Raja Al-Soeidat is a leading figure in power electronics and renewable energy research, with a strong record of academic and professional contributions. His work advances energy conversion, smart grid technologies, and renewable energy integration, providing sustainable and practical solutions for modern energy challenges. Through research, teaching, and policy engagement, he continues to influence both the scientific community and society by promoting innovation and sustainability in energy systems.