Dr Muhammad Yasir Ali Khan | Power system | Best Researcher Award

Post Doctoral Fellow, Hohai University, China

Dr. Muhammad Yasir Ali Khan is a Post-Doctoral Research Fellow at the College of Water Conservancy and Hydropower Engineering, Hohai University, China. He was born on March 13, 1992, in Pakistan. With a strong background in Electrical Engineering, he has developed expertise in Microgrids and Power Electronics. Dr. Khan has worked in both academia and industry, gaining valuable experience as a Research Assistant at COMSATS University Islamabad and as a Test Engineer for Bahria Town Private Limited. His research is focused on the development of innovative control strategies for energy systems, with a particular emphasis on renewable energy integration and smart grid technologies. Dr. Khan is dedicated to advancing sustainable energy solutions, collaborating with researchers worldwide to address global challenges in energy systems and storage.

Profile

Google Scholar

Scopus

Strengths for the Award

1. Advanced Academic Qualifications:
   • Ph.D. in Electrical Engineering from Hohai University, focusing on Microgrids and Power Electronics (2019-2023).
   • Master’s and Bachelor’s Degrees in Electrical Engineering with research areas in Power Electronics and Human Machine Interface.
   • Strong academic foundation, with a clear focus on critical areas of energy and power systems, which are highly relevant in the context of global energy transitions.
2. Research Impact and Publications:
   • Dr. Khan has contributed significantly to cutting-edge research in his field, with multiple articles published in high-impact journals such as IEEE Access, Sustainability, and IET Renewable Power Generation.
   • His research includes highly relevant and contemporary topics like distributed secondary frequency control for microgrids, maximum power extraction for PV systems, and hybrid AC/DC microgrids, all of which address key challenges in modern energy systems.
   • His published works also cover both theoretical and practical aspects, with a focus on innovative control strategies and renewable energy integration, indicating a well-rounded research profile.
3. Collaborative Research:
   • Dr. Khan has been involved in collaborative research with international co-authors, which is essential for global recognition in academic and professional communities.
   • His work shows cross-disciplinary expertise, bridging electrical engineering, energy storage, and power electronics, which is vital for solving modern energy challenges.
4. Experience in Both Academia and Industry:
   • Dr. Khan’s experience as a Research Assistant and Test Engineer in significant organizations like COMSATS University Islamabad and Bahria Town Private Limited has provided him with practical insights into the engineering applications of his research. His background in power systems (especially protection and testing) further complements his research, ensuring a solid theoretical and practical understanding of the challenges in the field.
5. Diversity of Research Topics:
   • His work spans a range of topics such as microgrid operation, power electronics, renewable energy systems, and even alternative dielectric materials for high voltage applications. This broad approach is commendable as it contributes to solving various interconnected problems in energy systems.
6. Citation Count:
   • Some of his publications have garnered considerable citations, indicating that his work has been widely recognized and referenced by peers in the field. For instance, his article on distributed hierarchal control for multi-bus AC microgrids has 11 citations, reflecting its relevance and utility in the research community.
7. Innovative Solutions:
   • His research on hybrid control strategies for microgrids and innovative power electronics systems (such as bidirectional DC-DC converters for low power PV applications) shows his capacity for innovation and creating solutions for real-world energy system challenges.

Areas for Improvement

1. Broader Collaborative Network:
   • While Dr. Khan has significant collaborations within the academic and engineering community, expanding his network to include more industry-based collaborations (e.g., with energy utilities, policy makers, or private sector companies) could increase the practical impact of his research.
2. Public Engagement and Outreach:
   • While his academic output is impressive, engaging more actively with the broader scientific community and the public (via conferences, public lectures, and collaborations with international organizations) could enhance the visibility of his work. This could also contribute to his recognition beyond the academic sphere.
3. Leadership in Large-Scale Projects:
   • His individual contributions are remarkable, but seeking leadership roles in larger, interdisciplinary, or international projects could further cement his position as a leading researcher in his field. A broader focus on systems-level research in global energy transition projects could elevate his profile.
4. Interdisciplinary Research:
   • While his work spans electrical engineering, power systems, and energy storage, there could be more exploration of interdisciplinary topics that combine energy, artificial intelligence, or big data analytics for optimizing energy systems, which are becoming increasingly important in smart grid technologies and future energy infrastructures

Education 

Dr. Muhammad Yasir Ali Khan completed his Ph.D. in Electrical Engineering from Hohai University (2019-2023), specializing in Microgrids and Power Electronics at the College of Energy and Electrical Engineering. During his Ph.D., he focused on control strategies for microgrids and energy storage systems, contributing significantly to research in power electronics and renewable energy integration. Before his doctoral studies, he earned his Master of Science (M.S.) in Electrical Engineering from COMSATS University Islamabad (2016-2018), where his research revolved around Power Electronics. Dr. Khan completed his Bachelor of Science (B.S.) in Electrical Engineering (2010-2014) at COMSATS Institute of Information Technology, specializing in Human-Machine Interface. His academic journey has equipped him with a strong theoretical foundation in electrical engineering, complemented by practical knowledge in renewable energy systems and microgrid technologies.

Experience 

Dr. Muhammad Yasir Ali Khan has a diverse professional background in both academic research and industry. He worked as a Research Assistant at COMSATS University Islamabad (2018-2019), where he collaborated on various research projects in Power Electronics and Microgrid Technologies. His work contributed to advancements in energy systems and power control strategies. Dr. Khan also gained industry experience as a Test Engineer (Protection) at Bahria Town Private Limited in 2015, where he was involved in the electrical grid stations (220/132 kV), ensuring the reliability and protection of power systems. In addition, he worked as a Technical Officer at the same company, handling security and service operations. These roles have provided Dr. Khan with practical exposure to the challenges of implementing energy systems and control strategies in real-world settings, enhancing his ability to bridge the gap between theory and practice in energy engineering.

Research Focus 

Dr. Muhammad Yasir Ali Khan’s research focuses on Microgrids, Power Electronics, and Energy Storage Systems. His primary interest lies in the development of innovative control strategies for microgrids, particularly addressing challenges related to islanding, frequency control, and grid synchronization. He is also exploring the integration of renewable energy sources like photovoltaics (PV) and energy storage systems (ESS) to enhance the stability and reliability of modern energy grids. His work includes advancements in hybrid AC/DC microgrids, maximum power extraction for PV systems, and distributed hierarchical control strategies for seamless operation. Dr. Khan has also contributed to sustainable alternatives for high-voltage dielectric materials. His research aims to make energy systems more efficient, sustainable, and adaptive to the growing demand for clean energy. He collaborates with international researchers to develop solutions that can be applied in both academic research and practical energy systems.

Publications 

• A comprehensive review on recent advancements in new carbon and metal-organic framework-based energy storage materials and devices 🔋📚
• Distributed secondary frequency control scheme with A-symmetric time-varying communication delays and switching topology ⚡🔄
• Hybrid AC/DC Microgrid: Systematic Evaluation of Interlinking Converters, Control Strategies, and Protection Schemes: A Review 🌍🔌
• Distributed Secondary Control for Islanded Microgrids Considering Communication Delays 🌐⚙️
• Hybrid Maximum Power Extraction Methods for Photovoltaic Systems: A Comprehensive Review ☀️🔋
• A unified distributed hierarchical control of a microgrid operating in islanded and grid-connected modes 🏘️🔌
• Dichlorodifluoromethane-carbon dioxide: A dielectric mixture as a sustainable alternative to SF6 in high voltage applications ⚡💡
• Distributed hierarchical control strategy for multi-bus AC microgrid to achieve seamless synchronization 🛠️🌐
• Design and Performance Evaluation of a Step-Up DC–DC Converter with Dual Loop Controllers for Two Stages Grid Connected PV Inverter 🌞⚡
• Design of a multiport bidirectional DC-DC converter for low power PV applications 🔋☀️

Conclusion

Dr. Muhammad Yasir Ali Khan demonstrates strong potential and achievements in the field of Electrical Engineering, specifically in Microgrids, Power Electronics, and Energy Systems. His combination of cutting-edge research, practical experience, and international collaboration makes him a strong candidate for the Best Researcher Award. His research is not only theoretically advanced but also addresses practical, real-world challenges in energy systems, which aligns well with global trends in renewable energy integration and smart grid technologies.While there are areas for growth, particularly in expanding his industry engagement and broadening his leadership in large-scale projects, his track record so far positions him as a promising researcher who can continue to make substantial contributions to both academia and the industry. His publication record, research impact, and innovative contributions to microgrid and power electronics research are strong indicators of his capability and future success in the field.