Biography
PhD in Intelligent Systems with intertest in AI and microgrid optimization
Dr. Homeyra Akter
Assistant Professor
Optimal sizing and performance analysis of hybrid microgrid for remote island of developing country: Effect of sustainable parameters, benefits and installation barriers
2024A short assessment of renewable energy for optimal sizing of 100% renewable energy based microgrids in remote islands of developing countries: A case study in Bangladesh
2022Optimal sizing and techno-economic analysis of grid-independent hybrid energy system for sustained rural electrification in developing countries: A case study in Bangladesh
2022Optimal sizing and operation of microgrid in a small island considering advanced direct load control and low carbon emission
2021Optimal sizing of hybrid microgrid in a remote island considering advanced direct load control for demand response and low carbon emission
2021An Optimal Techno-Economic Assessment under Transactive Energy Framework
2020Optimal sizing and operation for microgrid with renewable energy considering two types demand response
2020Independent Energy Storage Systems can Minimize Uncertainty of Profit for Retailers in ISO Market
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Download PDFShe is a full-time faculty member at the University of Asia Pacific (UAP) with a strong academic and research background in Interdisciplinary Intelligent Systems Engineering.
Academic Background
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PhD in Interdisciplinary Intelligent Systems Engineering
University of the Ryukyus, Japan -
MSc in Engineering
University of the Ryukyus, Japan -
BSc in Engineering
University of Asia Pacific (UAP) -
Recipient of the prestigious MEXT Scholarship for graduate studies in Japan
Areas of Expertise
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Microgrid Optimization
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Smart Energy Systems
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Machine Learning
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Artificial Intelligence
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Cross-disciplinary Optimization Techniques
Research Interests
Her research focuses on advancing smart and sustainable energy systems by integrating artificial intelligence, machine learning, and optimization methods. She emphasizes cross-disciplinary approaches to improve efficiency, reliability, and intelligence in modern power and microgrid systems.
Professional Role
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Full-time Faculty Member, University of Asia Pacific (UAP)
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Actively involved in teaching, research, and academic development in engineering and intelligent systems
No routine information available.
No educational qualification information available.
No course information available.