Sara Sadeghi | Fuzzy logic | Best Researcher Award

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Mrs. Sara Sadeghi | Fuzzy logic | Best Researcher Award

Mrs. Sara Sadeghi | Fuzzy logic – PhD candidate at Isfahan University of Art, Iran

Sara Sadeghi is an emerging scholar in the field of Architectural Engineering with a distinctive focus on the fusion of structural performance analysis and architectural aesthetics. As a Ph.D. candidate and research assistant, she has continually demonstrated academic excellence and innovation in both theoretical and applied aspects of architecture. Known for her contributions to the understanding of qualitative and quantitative performance models in structural architecture, Sadeghi combines advanced computational tools with architectural theory, positioning herself as a future leader in academic research. Her scholarly pursuits, teaching experience, and design practice reflect a holistic approach to built environment challenges, making her a compelling candidate for the Best Researcher Award.

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Education

Sara Sadeghi’s academic journey showcases her pursuit of excellence at prestigious institutions. She is currently pursuing her Ph.D. in Architectural Engineering at the Art University of Isfahan, where she holds a GPA of 3.92. Her research is centered on qualitative measurement models of structural performance in architecture. She previously earned a Master’s degree in Architectural Engineering from Iran University of Science and Technology, maintaining a GPA of 3.75. Her undergraduate studies were completed at Ferdowsi University of Mashhad with a GPA of 3.87, where she began cultivating her interests in structural aesthetics and green architecture. Each academic step has deepened her knowledge and sharpened her research abilities.

Experience

Sadeghi’s experience spans both academia and the professional design sector. As an instructor and teaching assistant, she has contributed to several courses including “Technical Design,” “Architectural Design 3,” and “Architectural Theories,” shaping the learning experiences of undergraduate and graduate students alike. Professionally, she serves as an architectural designer at Ziba Saze Toos Gam Co., contributing to the design of high-profile residential towers in Mashhad. Her earlier roles as R&D Manager at Royan Hooshmand Co. and architectural designer at Ferdowsi University enriched her practical insight into innovative construction technologies and urban campus planning. These diverse experiences have equipped her with a multidisciplinary perspective essential to modern architectural challenges.

Research Interest

Sadeghi’s research interests are at the intersection of architecture, engineering, and computational modeling. Her current work focuses on developing integrated methods to assess both qualitative and quantitative structural performance, with a particular emphasis on space frame structures. She explores the application of fuzzy logic, multi-criteria decision-making (MCDM), and aesthetic principles to evaluate the spatial and functional qualities of architectural forms. Her goal is to bridge the gap between structural integrity and design elegance, making buildings both resilient and visually compelling. She is also engaged in sustainability, green architecture, and parametric design through various training programs and workshops.

Awards

Sara Sadeghi has received multiple academic awards in recognition of her talent and performance. These include full scholarships from the Art University of Isfahan (2020), Iran University of Science and Technology (2014), and Ferdowsi University of Mashhad (2010). She was granted direct admission to her Master’s program due to her outstanding undergraduate performance. In addition, she received the Top Student Prize at Ferdowsi University and became a member of the Talented Students’ Community. These awards reflect her sustained academic commitment and distinction throughout her educational path.

Publications

📘 Quantitative Assessment Model for Spatial and Functional Performances of Structures Using Fuzzy Logic (2025, Journal of Structures, Elsevier, IF: 3.9)
📗 Assessment of Qualitative Performances of Structures in Architecture (2024, The Institution of Engineers (India), Springer, Q2)
📙 Assessing Structural Performance: A Combined Qualitative and Quantitative Approaches (2024, The Institution of Engineers (India), Springer, Q2)
📕 An Analysis of Structural Aesthetics in Architecture: Taj-Ol-Molk Dome (2019, SN Applied Sciences, Springer, IF: 2.8)
📒 Analysis of Architectural Aesthetics Role in Iranian Houses (2019, Journal of Researches in Islamic Architecture)
📓 Investigation of Aesthetics Styles in Iranian Architectural Styles (2018, International Conference of Civil, Architecture and Urban Management)
📔 Analysis of Architectural Aesthetic Principles (2016, National Conference in Architecture and Civil)

Conclusion

Sara Sadeghi’s academic excellence, combined with her prolific publication record and broad professional experience, makes her a strong candidate for the Best Researcher Award. Her ability to blend engineering precision with architectural vision allows her to produce research that is not only methodologically rigorous but also practically impactful. Her continued dedication to interdisciplinary exploration and architectural education ensures she will remain a vital contributor to the field. With strong foundational work already accomplished and ongoing contributions in progress, she exemplifies the spirit of innovation and inquiry worthy of this prestigious honor.

Xiaole Han | Blockchain | Best Researcher Award

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Mr. Xiaole Han | Blockchain | Best Researcher Award

Mr. Xiaole Han | Blockchain – PHD student at SEGi University, Malaysia

Han Xiaole is a dedicated researcher and innovator in the field of blockchain technology and its application in supply chain management. With a solid background in engineering and a research-driven mindset, Han has been instrumental in advancing the practical implementation of blockchain systems to improve operational efficiencies across industries. His work bridges technical engineering with management science, reflecting a unique interdisciplinary strength that sets him apart. Han combines his hands-on experience in blockchain R&D with academic rigor, aiming to promote sustainable technological adoption and policy development in emerging economies.

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Education

Han is currently pursuing a Ph.D. in Management Science at SEGi University, where his academic journey is focused on the study of blockchain adoption within supply chain management, particularly for small and medium-sized enterprises (SMEs). His thesis, titled “Blockchain Adoption in Supply Chain Management: Multi-Level Determinants and Policy Implications”, explores the intersection of technology, organizational behavior, and policy. Under the supervision of Dr. Gooi Leong Mow, Han has employed sophisticated methodologies such as Partial Least Squares Structural Equation Modeling (PLS-SEM) and multi-level modeling to investigate the barriers and enablers of blockchain adoption from individual, organizational, and societal perspectives.

Experience

From 2018 to 2020, Han worked as a Blockchain R&D Engineer at the HPB Foundation, where he led several core initiatives. He played a key role in the development of High-Performance Blockchain (HPB) hardware, specifically the BOE acceleration engine, which significantly improved transaction throughput, achieving over 5,000 transactions per second with latency below 100 milliseconds. Additionally, he designed a dual-layer consensus mechanism that balanced decentralization with performance, and created smart contract protocols to enhance data traceability and integrity within supply chains. His technical contributions not only improved blockchain performance but also aligned with real-world industry needs, making his work highly impactful in the enterprise context.

Research Interest

Han’s research interests lie at the intersection of blockchain technology, supply chain management, and innovation policy. He is particularly interested in how blockchain can be sustainably adopted across different levels of an organization and society, including technological readiness, organizational capability, user perception, and regulatory frameworks. His research investigates how SMEs can overcome barriers to adopting emerging technologies and leverage blockchain to gain competitive advantage through enhanced transparency, traceability, and trust. Han’s academic work contributes to filling critical gaps in technology adoption models by integrating multi-level analytical frameworks with blockchain-specific trust and governance mechanisms.

Award

Han Xiaole has been nominated for the [Award Name Placeholder] based on his contributions to blockchain research and innovation. His work exemplifies a blend of theoretical depth and practical application, making a significant contribution to the advancement of supply chain resilience through technology. This nomination reflects his exceptional research impact, technological creativity, and potential for future leadership in the field of management science and digital innovation.

Publications 📚

“Multi-Level Determinants of Sustainable Blockchain Adoption in SCM” – Sustainability, 2025. 🌱🔗DOI: 10.3390/su17062621 | Cited by 23 articles (Google Scholar, 2025) | Integrates individual, organizational, and societal frameworks with blockchain trust models to explain adoption patterns.

Conclusion

Han Xiaole’s career reflects a powerful synergy between advanced research and real-world application. His contributions to blockchain technology, particularly in the context of supply chain management, demonstrate both visionary thinking and technical acumen. Through rigorous academic inquiry and practical innovation, he has helped shape the conversation around sustainable and scalable blockchain adoption. With a strong publication record, technical expertise, and a deep understanding of industry dynamics, Han continues to make a lasting impact in the fields of digital transformation and management science. His work not only advances academic theory but also provides actionable insights for businesses and policymakers navigating the digital economy.