Mr. Zeeshan Haider | Power System – PhD at Sungkyunkwan University, South Korea
Zeeshan Haider is an emerging researcher in the field of Electrical and Computer Engineering, specializing in power systems, renewable energy, and hybrid AC/DC distribution networks. With a focus on ground-breaking work in power system protection and smart grids, Zeeshan has demonstrated both academic excellence and strong research capabilities. His academic journey began with an undergraduate degree in Electrical (Power) Engineering, followed by an integrated Master’s and Ph.D. program. Throughout his studies, he has consistently pursued projects that bridge theoretical knowledge with practical application, positioning himself as a promising young leader in the field.
Profile:
Education:
Zeeshan Haider completed his undergraduate studies in Electrical (Power) Engineering from COMSATS University Islamabad in 2019, where he graduated with a CGPA of 3.48/4. Afterward, he pursued a combined Master’s and Ph.D. program at Sungkyunkwan University in South Korea, starting in 2022. During his academic career, he has focused on research related to the protection and grounding of hybrid AC/DC networks, an area that has become increasingly important in modern energy systems. The reputation of Sungkyunkwan University, ranking #123 globally in QS subject rankings, has provided Zeeshan with a solid foundation to enhance his research skills and capabilities.
Experience:
Zeeshan Haider’s career experience blends both academic and industrial roles. He has worked as a Sale and Service Engineer at SEICO Scientific in Rawalpindi, Pakistan, and as a DOC Engineer at Huawei Islamabad. These roles allowed Zeeshan to bridge the gap between theoretical knowledge and real-world applications, gaining hands-on experience with cutting-edge technologies in the power sector. These industry positions helped him develop practical skills in electronics and power systems, complementing his academic research. Additionally, Zeeshan has taken on leadership roles in academic societies, further honing his organizational and collaborative skills.
Research Interest:
Zeeshan’s primary research interests lie in renewable energy resources, power system protection, smart grids, and power electronics. His work revolves around the challenges posed by medium voltage hybrid AC/DC distribution systems, with an emphasis on grounding and protection schemes. The rapid development of smart grids and renewable energy technologies drives Zeeshan’s research, and he is passionate about finding innovative solutions to improve the efficiency and reliability of power systems. His interest in this field is rooted in his belief that these technologies will be crucial for the future of sustainable energy, particularly in the context of climate change and the increasing global demand for clean energy solutions.
Awards:
Zeeshan Haider has earned several accolades in his academic and professional journey. Notably, he was selected for the prestigious Erasmus+ International Credit Mobility Program, allowing him to study at Istanbul Sehir University in Turkey. This opportunity enabled him to experience a diverse academic environment and expand his research network. Additionally, he has received certificates for his contributions to various academic and extracurricular activities, such as volunteering services and leadership within the IET (Institution of Engineering and Technology) society. His dedication to both research and community service further enhances his profile as a researcher and a global contributor to the field.
Publication:
Zeeshan Haider has contributed to a number of significant publications, shedding light on important issues in hybrid AC/DC networks and power system protection. Below is a list of his publications:
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Hassan, S. J., Mehdi, A., Haider, Z., Song, J-S., Abraham, A. D., Shin, G-S., & Kim, C-H. (2024). “Towards medium voltage hybrid AC/DC distribution systems: Architectural topologies, planning and operation.” Measurement, Volume 64, 2024, 102664.
This article discusses architectural designs and operational strategies for hybrid AC/DC systems. It is cited for its groundbreaking work in distribution systems. 📖⚡
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Mehdi, A., Hassan, S. J., Haider, Z., Arefaynie, A. D., & Song, J-S. (2024). “A systematic review of fault characteristics and protection schemes in hybrid AC/DC networks: Challenges and future directions.” Measurement, Volume 220, 2024, 115295.
This paper provides a detailed review of fault detection methods and protection schemes in hybrid AC/DC networks, cited for its contribution to future research directions in power systems. 📘🔧
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Haider, Z., Alamgir, S., Abdelmaksoud, A., Kwon, O-S., Bae, J-Y., & Kim, C-H. (2024). “Fault Current Calculation and Simulation Considering Grounding in MMC-Based Medium Voltage DC Distribution System.” Proceedings of the KIEE Summer Conference 2024.
This work offers insights into the simulation of fault currents in medium voltage DC systems. It is cited for its practical contributions to DC fault analysis. 🔌📊
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Haider, Z., Mehdi, A., Hassan, S. J., Song, J-S., Arefaynie, A. D., & Kim, C-H. (2023). “Investigation of Grounding Schemes in Hybrid (AC/DC) Medium Voltage Distribution Networks.” Proceedings of the International Conference on Electrical Facilities and Information Technologies 2023.
This paper investigates the grounding schemes in hybrid distribution networks and is cited for its critical role in system safety. 🌍🔋
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