Yuhong Ding | Construction Material | Best Researcher Award

Prof. Yuhong Ding at Macau University of Science and Technology | China

Prof. Yuhong Ding is a Ph.D. student in Architecture at the Faculty of Humanities and Arts, Macau University of Science and Technology, and a Professor at the School of Civil and Architectural Engineering, Liming Vocational University. Her research bridges traditional architectural heritage and modern innovation, focusing on structural durability, digital modeling, and sustainable restoration. She has published multiple academic papers, including a notable work unveiling the triple durability mechanism of Quanzhou’s brick-faced clay core walls. Holder of several national invention patents, she actively integrates research, patents, industry, and teaching, championing the vision of “science benefiting society.”

Professional Profile

ORCID

Education

Yuhong Ding is currently pursuing her Ph.D. in Architecture at the Faculty of Humanities and Arts, Macau University of Science and Technology. Her academic training combines deep expertise in architectural heritage, structural analysis, and preservation techniques.

Experience

She serves as a Professor at the School of Civil and Architectural Engineering, Liming Vocational University, where she has guided students to top national awards in architectural skills competitions. She has authored academic papers and developed national invention patents, successfully implementing them in the preservation and construction sectors.

Professional Development

Yuhong Ding has advanced her academic and professional profile by combining research, technological innovation, and practical training. Her publications have introduced the triple durability mechanism of brick-faced clay core walls in Quanzhou’s heritage architecture, contributing to restoration strategies in the Fujian–Taiwan region. She has designed digital control models, construction training devices, and BIM management systems, securing national patents with real-world applications. Her closed-loop model of “scientific research – patent – industry – teaching” underscores her holistic approach, while her leadership in skills competitions demonstrates her dedication to fostering future professionals in architectural engineering.

Research Interests

Yuhong Ding’s research lies at the intersection of architectural heritage conservation, structural engineering, and digital construction technologies. Her primary focus is on the durability and sustainable restoration of traditional residential architecture, particularly the unique brick-faced clay core walls in the Quanzhou World Heritage area. She integrates advanced analysis methods with practical conservation strategies, emphasizing culturally sensitive preservation. Beyond structural studies, her work extends to developing patented digital control and BIM-based systems to enhance heritage management. By merging tradition with innovation, she seeks to ensure the long-term resilience of historical buildings while contributing to regional cultural sustainability.

Awards and Recognitions

Yuhong Ding has earned multiple distinctions for her contributions to research, innovation, and education. She has guided her students to win top national honors in architectural skills competitions. Her publications have been recognized for pioneering analysis of heritage wall durability in Quanzhou. In addition, she has been granted national invention patents, each implemented in professional practice, further underscoring her impact on the architectural engineering field. These achievements reflect her commitment to integrating academic research with tangible societal and industry benefits.

Top Noted Publications

Title: Durability Analysis of Brick-Faced Clay-Core Walls in Traditional Residential Architecture in Quanzhou, China
Year: 2025
Title: Exploring the Techniques of Pile Cutting in Fujian and Taiwan through Oral History Method
Year: 2025
Title: Analysis of Dimensional Design Rules for Ancient Buildings in Southern Fujian: A Case Study of the Hui’an River Bottom School
Year: 2021
Title: Exploration into the Traditional Exterior Wall Decoration of Buildings in Quanzhou City: “Putting Bricks into Stones”
Year: 2019

Ahmed Tawfik | Building Materials | Best Researcher Award

Prof. Ahmed Tawfik , National Research Centre in Cairo, Egypt .

Prof. Ahmed Tawfik Ahmed Omar is an Associate Professor of Chemistry and Materials Technology at the National Research Centre in Cairo, Egypt. With a Ph.D. in Physical and Inorganic Chemistry, he specializes in the chemistry of cement and building materials, focusing on sustainable construction materials and green housing technology. His research interests include low-density building materials, recycling industrial by-products, and non-traditional binders. Dr. Omar has published over 30 research papers and has participated in various international conferences.

Publication Profile

Suitability For The Award

Ahmed Tawfik Ahmed is a distinguished researcher in the field of ceramic materials, with a focus on the chemistry of cement and building materials technology. His extensive research experience, significant contributions to the field, and involvement in groundbreaking projects make him a highly suitable candidate for the Best Researcher Award.

Education And Experience

Dr. Ahmed Tawfik Ahmed Omar holds a B.Sc. in Special Chemistry from Helwan University, an M.Sc. in Inorganic and Physical Chemistry from the same institution, and a Ph.D. from Zagazig University. His career began as a Research Student and progressed through roles such as Lecturer and Researcher Assistant. Currently, he serves as an Associate Professor, with prior experience as a visiting scholar at Penn-State University.

Professional Development

Dr. Omar has completed advanced training in analytical chemistry, environmental recovery, and laboratory safety. He has attended workshops and conferences on concrete quality, green construction, and energy efficiency. His professional development includes hands-on training in X-ray fluorescence and hazardous waste management, reflecting his commitment to ongoing learning and expertise in his field.

Research Focus

Dr. Ahmed Tawfik Ahmed Omar focuses his research on ceramic materials, cement technology, and building materials. His work includes studying concrete admixtures, developing low-density building materials, and exploring the recycling of industrial by-products for green housing technologies. Key areas of his research involve non-traditional binders, smart materials, and sustainable construction practices. Additionally, he investigates lightweight bricks and novel materials like geopolymer and alumino-silicates. His expertise spans environmentally friendly solutions and innovative building technologies, contributing to advancements in construction materials and waste recycling.

Publications

“Effect of some waste additives on the physical and mechanical properties of gypsum plaster composites” – Construction and Building Materials, 2014, Cited by 97
“Evaluation of heavy metals removal using some Egyptian clays” – International Proceedings of Chemical, Biological and Environmental, 2011, Cited by 48
“Plaster composites modified morphology with enhanced compressive strength and water resistance characteristics” – Construction and Building Materials, 2018, Cited by 47
“Effect of different forms of silica on the physical and mechanical properties of gypsum plaster composites” – Materiales de Construcción, 2013, Cited by 34
“Hydrotalcite and hydrocalumite as resources from waste materials of concrete aggregate and Al-dross by microwave-hydrothermal process” – Construction and Building Materials, 2019, Cited by 22
“A simple approach to synthesis uniform 3D hollow yttrium oxide spheres using a hydrothermal scheme” – Materials Chemistry and Physics, 2020, Cited by 16

Conclusion

Ahmed Tawfik Ahmed’s extensive research portfolio, innovative contributions, and active involvement in the development of cutting-edge materials and technologies position him as an exceptional candidate for the Best Researcher Award. His dedication to advancing the field of ceramic materials and building technologies, coupled with his significant impact through research and collaboration, underscores his suitability for this prestigious recognition.