Dr. Hicham Lahlou | Sustainability in Material Science | Research Excellence Award

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Dr. Hicham Lahlou | Sustainability in Material Science | Research Excellence Award

Universiti Sains Malaysia | Malaysia

Dr. Hicham Lahlou is a multidisciplinary researcher whose work reflects a strong commitment to sustainability-driven science, systems thinking, and interdisciplinary knowledge integration. His academic profile demonstrates an ability to connect scientific concepts, analytical frameworks, and human-centered understanding, which are essential for advancing sustainability in material science and related domains. Dr. Lahlou’s research approach emphasizes how scientific knowledge, terminology, and conceptual frameworks shape the way materials, technologies, and sustainable practices are understood, communicated, and implemented across cultures and disciplines. By applying cognitive and analytical perspectives, he contributes to clearer interpretation of scientific concepts that underpin sustainable material development, environmental responsibility, and informed technological decision-making. His work supports the broader sustainability agenda by enhancing the clarity, accessibility, and transferability of scientific knowledge related to materials, energy, and environmental systems. Dr. Lahlou is actively engaged in interdisciplinary collaboration, academic leadership, and research dissemination, contributing to scholarly dialogue that bridges science, language, and sustainability-oriented innovation. In addition to his research activities, he is deeply involved in teaching, mentoring, and curriculum development, fostering critical thinking and scientific literacy among students and early-career researchers. His professional experience reflects a strong balance between academic rigor, practical engagement, and global collaboration. Dr. Lahlou’s research philosophy highlights the importance of knowledge integration, communication, and ethical responsibility in advancing sustainable material science and engineering practices. Through his interdisciplinary vision, commitment to research quality, and contribution to sustainability-focused scientific understanding, Dr. Hicham Lahlou has established a distinctive academic profile and is a highly deserving recipient of the Research Excellence Award.

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Conceptual Metaphors of Time in Malaysian English Textbooks: A Comparative Cognitive Linguistic Study


– H. Lahlou, K. Rajandran, 3L: Language, Linguistics, Literature, 2025

Language Use and Idiomatic Meaning in Channels Television Political Talk-Show


– M. M. Salihu, H. Lahlou, Journal of Language and Communication, 2025

The Composite Model of “Speak-Write” for Success in EFL Writing Classroom: A Study on Chinese University Freshmen


– J. Wang, Y. Azam, H. Lahlou, Attarbawiy: Malaysian Online Journal of Education, 2024

Prof. Dr. Hua CAI | Optical Materials | Research Excellence Award

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Prof. Dr. Hua CAI | Optical Materials | Research Excellence Award

China Building Materials Academy | China

Prof. Dr. Hua Cai is a highly accomplished researcher and innovator in the field of optical materials, with recognized expertise in special glass fibers, optoelectronic functional materials, and advanced photonic components. She is a Professor and Senior Engineer at the China Building Materials Academy in Beijing, where she plays a leading role in the Institute of Special Glass Fiber and Optoelectronic Functional Materials. Prof. Cai holds a Ph.D. in Optical Engineering and has built a strong interdisciplinary research profile that bridges optical physics, materials science, and device engineering. Her research focuses on the design, fabrication, and functional regulation of optical glass materials, particularly glass microchannel plates, scintillating glasses, and radiation-detection-related optical components. She has made significant contributions to understanding the structure property relationships of glass microchannels, including electrical conductivity modulation, resistance temperature behavior, and nanoscale morphological evolution, which are critical for high-performance photodetectors and imaging systems. Prof. Cai has also advanced the development of rare-earth-doped optical and scintillating glasses, achieving improved luminescence efficiency and optical performance for applications in high-energy radiation detection and photonics. In parallel, she has actively promoted intelligent manufacturing and quality control in optical materials, including the application of machine learning techniques for defect detection in optical fiber bundles. Her work demonstrates a strong balance between fundamental research and engineering application, supported by extensive experience in nationally supported research programs and patented technologies with international impact. In addition to her scientific achievements, Prof. Cai is actively engaged in academic collaboration, mentoring, and professional service, contributing to the advancement of optical materials research and innovation. Through her sustained contributions to optical glass science, functional material design, and applied photonics, Prof. Dr. Hua Cai has established a strong international reputation and is a highly deserving recipient of the Research Excellence Award.

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Prof. Yingxue Teng | Biomaterials | Research Excellence Award

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Prof. Yingxue Teng | Biomaterials | Research Excellence Award

University of Science and Technology Liaoning | China

Prof. Yingxue Teng is a highly regarded researcher in the field of biomaterials and advanced metallic materials, with strong expertise in materials processing, corrosion science, and functional material design. She is a professor in the School of Materials and Metallurgy at the University of Science and Technology Liaoning, where she actively contributes to teaching, research leadership, and postgraduate supervision. Prof. Teng has a solid academic foundation in materials processing engineering and applied chemistry, complemented by postdoctoral research experience at the Institute of Metal Research, Chinese Academy of Sciences, which has shaped her interdisciplinary and application-oriented research approach. Her research focuses on the microstructural regulation, corrosion behavior, and functional performance of advanced steels and biomaterial-related metallic systems, with particular emphasis on high-nitrogen stainless steels, corrosion-resistant alloys, and antibacterial metallic materials. By integrating experimental characterization, electrochemical analysis, and numerical simulation methods, she investigates structure–property relationships that are critical for improving material durability, biocompatibility, and service reliability in harsh environments. Prof. Teng has led and contributed to multiple competitive national and regional research projects, demonstrating strong capabilities in project management, innovation, and independent research leadership. Her work bridges fundamental materials science with practical engineering applications, supporting the development of safer, longer-lasting materials for biomedical, marine, and industrial environments. In addition to her academic research, she has gained valuable industrial experience as a senior engineer, strengthening her ability to translate scientific findings into real-world solutions. Prof. Teng is also actively engaged in scholarly publishing, peer review, and mentoring of young researchers, contributing to the advancement of materials science education and research culture. Through her sustained scientific contributions, interdisciplinary expertise, and commitment to high-impact research, Prof. Yingxue Teng has established a strong professional reputation in biomaterials and is a highly deserving recipient of the Research Excellence Award.

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Assoc. Prof. Dr. Ming Shao | Smart Materials | Research Excellence Award

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Assoc. Prof. Dr. Ming Shao | Smart Materials | Research Excellence Award

Beijing Forestry University | China

Assoc. Prof. Dr. Ming Shao is a distinguished researcher in smart materials and intelligent environmental systems, with a strong interdisciplinary background that integrates materials science concepts with urban computing, ecological modeling, and sustainable spatial design. He serves as an Associate Professor at the School of Landscape Architecture, Beijing Forestry University, where his research advances data-driven and smart approaches to understanding and optimizing complex urban material–environment systems. Dr. Shao’s work focuses on the interaction between smart materials concepts, green infrastructure, and ecosystem services, particularly in high-density urban environments where spatial efficiency and environmental performance are critical. His research addresses urban green space optimization, biodiversity enhancement, carbon sequestration, and ecosystem service assessment using advanced computational methods, spatial modeling, and intelligent simulation techniques. By applying system dynamics, urban computing, and multi-scale spatial analysis, he contributes to the development of resilient and adaptive urban environments that respond intelligently to ecological and societal demands. Dr. Shao has led and participated in numerous nationally competitive research projects, demonstrating strong leadership in interdisciplinary research that connects smart material behavior, environmental performance, and urban sustainability. His work supports evidence-based planning strategies that enhance ecological functionality, climate resilience, and human well-being in rapidly urbanizing regions. In addition to his research activities, he actively contributes to academic service through peer review for leading international journals and engagement in professional scientific communities. Dr. Shao is also committed to education and mentorship, guiding students in innovative research that bridges smart materials, ecological systems, and digital technologies. Through his interdisciplinary vision, methodological innovation, and sustained contributions to intelligent and sustainable material–environment systems, Assoc. Prof. Dr. Ming Shao has established a strong scientific profile and is a highly deserving recipient of the Research Excellence Award.

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Dr. Atta ur Rahman | Quantum Materials | Research Excellence Award

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Dr. Atta ur Rahman | Quantum Materials | Research Excellence Award

University of Chinese Academy of Sciences | China

Dr. Atta ur Rahman is an emerging and highly dedicated researcher in the field of quantum materials and quantum information science, with a strong focus on the behavior of quantum systems under realistic physical conditions. His research explores fundamental and applied aspects of open quantum systems, quantum correlations, and noise-resilient quantum resources, contributing to a deeper understanding of how quantum materials and quantum states perform in non-ideal environments. Dr. Rahman’s work lies at the intersection of quantum physics, quantum optics, and quantum thermodynamics, where he investigates entanglement, coherence, purity, and information dynamics in systems influenced by classical and stochastic noise. He is particularly recognized for developing analytical and numerical models that describe the robustness and performance limits of quantum resources, providing theoretical support for experimentally relevant quantum platforms. His research contributes to advancing quantum photonics, hybrid quantum systems, and resource-based quantum technologies, which are essential for next-generation communication, sensing, and computation. Dr. Rahman is highly skilled in mathematical modeling, computational physics, and scientific programming, applying tools such as Python and symbolic computation to solve complex quantum problems. In addition to his research activities, he has demonstrated a strong commitment to education and knowledge dissemination through teaching and mentoring in physics and related disciplines. His scholarly work reflects a balance between theoretical depth and practical relevance, emphasizing how quantum materials and quantum states behave under environmental disturbances. Through his originality, methodological rigor, and contributions to understanding quantum dynamics in realistic settings, Dr. Atta ur Rahman has established a strong research profile in quantum materials and is a deserving recipient of the Research Excellence Award.

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Assoc. Prof. Dr. Pauline Wokwenmendam Nguet | Microstructure and Properties | Women Researcher Award

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Assoc. Prof. Dr. Pauline Wokwenmendam Nguet | Microstructure and Properties | Women Researcher Award

Institute for Mining and Geological Research | Mount Cameroon Observatory | Cameroon

Assoc. Prof. Dr. Pauline Wokwenmendam Nguet is a highly respected scientist in the field of microstructure and material properties, with specialized expertise in petrology, geochemistry, magmatism, and volcanology. She is affiliated with the Institute for Geological and Mining Research (IRGM), Centre for Geophysical and Volcanological Research, and plays a key role at the Mount Cameroon Observatory, where her work supports both scientific advancement and societal safety. Dr. Wokwenmendam Nguet’s research is centered on understanding the microstructural, mineralogical, and geochemical characteristics of igneous and volcanic materials, with a strong emphasis on how these properties reflect deep geological processes, magma evolution, and tectonic environments. Her work integrates field investigations, laboratory-based mineralogical and geochemical analyses, and advanced microstructural techniques to reveal structure–property relationships in volcanic and plutonic systems. She has made significant contributions to the study of the Cameroon Volcanic Line, including magma genesis, hydrothermal alteration processes, melt inclusions, and mineral transformations, providing valuable insights into volcanic evolution and associated geological hazards. In addition to her fundamental research, she is actively involved in applied geoscience activities such as volcano monitoring, seismic risk assessment, and environmental impact studies related to mining and natural hazards. Dr. Wokwenmendam Nguet has participated extensively in international scientific collaborations, conferences, and workshops, strengthening global knowledge exchange in Earth and material sciences. She is also deeply committed to scientific reporting, capacity building, and mentoring, contributing to institutional research development and the advancement of women in science. Through her sustained scientific contributions, leadership in volcanological research, and dedication to understanding material microstructure and properties in complex geological systems, Assoc. Prof. Dr. Pauline Wokwenmendam Nguet is a highly deserving recipient of the Women Researcher Award.

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Assist. Prof. Dr. Tamer Elkhatib | Electrical Properties of Materials | Research Excellence Award

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Assist. Prof. Dr. Tamer Elkhatib | Electrical Properties of Materials | Research Excellence Award

Faculty of Engineering | Cairo University | Egypt

Assist. Prof. Dr. Tamer Elkhatib is a distinguished researcher and academic specializing in the electrical properties of materials, with a strong focus on semiconductor devices, optoelectronics, and advanced sensor technologies. He serves as an Assistant Professor in the Engineering Physics Department at the Faculty of Engineering, Cairo University, where he is actively engaged in teaching, research supervision, and curriculum development in solid-state physics and semiconductor engineering. Dr. Elkhatib’s expertise lies in the design, modeling, and characterization of electronic and optoelectronic materials and devices, particularly CMOS image sensors, time-of-flight (ToF) sensors, terahertz and sub-terahertz detectors, and mixed-signal circuits. His research bridges fundamental electrical material behavior with device-level innovation, enabling high-performance sensing and imaging systems used in applications such as 3D vision, smart biosensing, digital microscopy, and augmented and virtual reality technologies. He has held senior scientific and leadership roles in global industrial research environments, contributing to the development of state-of-the-art ToF pixel technologies and semiconductor device architectures that combine high quantum efficiency, modulation contrast, and scalable fabrication. Dr. Elkhatib is also highly skilled in semiconductor device simulation, leveraging TCAD tools, circuit design platforms, and multiphysics modeling to optimize material–device interactions and electrical performance. In addition to his industrial impact, he remains deeply committed to academic research, interdisciplinary collaboration, and graduate mentorship, fostering innovation at the intersection of materials science, physics, and electrical engineering. His work is further reflected in a strong portfolio of patented technologies and scholarly contributions that demonstrate both originality and practical relevance. Through his sustained contributions to understanding and exploiting the electrical properties of materials for advanced electronic and sensing systems, Assist. Prof. Dr. Tamer Elkhatib exemplifies scientific excellence and is a highly deserving recipient of the Research Excellence Award.

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Prof. Shuzheng Shi | Materials Science | Research Excellence Award

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Prof. Shuzheng Shi | Materials Science | Research Excellence Award

Hebei University of Architecture | China

Prof. Shuzheng Shi is a distinguished academic and researcher in materials science, with a strong interdisciplinary profile spanning micro/nano sensors, microsystems, and sustainable materials innovation. He serves as a Professor in the School of Mechanical Engineering at Hebei University of Architecture, where he is actively involved in research leadership, teaching, and postgraduate supervision. Prof. Shi’s work focuses on the design and development of advanced micro- and nanoscale sensor systems for environmental, industrial, and smart manufacturing applications, addressing critical challenges in sensitivity, reliability, and system integration. In parallel, he has made significant contributions to the high-value utilization of bulk waste resources, transforming industrial and solid wastes into functional composite materials and energy-related materials that support circular economy and sustainability goals. His research combines materials science, instrumentation engineering, and applied mechanics, enabling the translation of fundamental concepts into practical technologies with real industrial relevance. Prof. Shi has led and contributed to numerous nationally supported and industry-oriented research projects, demonstrating strong capabilities in project coordination, innovation management, and technology transfer. His inventive output includes a substantial portfolio of patented technologies that reflect his commitment to applied research and industrial deployment. In addition to his scientific achievements, Prof. Shi actively contributes to the academic community through professional society membership, interdisciplinary collaboration, and mentorship of graduate students, many of whom are engaged in advanced materials and sensor research. His work has supported collaborations with leading universities and research institutions, strengthening links between academia and industry. Through his sustained contributions to sensor technology, sustainable materials development, and applied research innovation, Prof. Shuzheng Shi has established a strong reputation in materials science and is a highly deserving recipient of the Research Excellence Award.

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Prof. Qiang Wang | Material Simulation Techniques | Metallurgy Award

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Prof. Qiang Wang | Material Simulation Techniques | Metallurgy Award

Wuhan University of Science and Technology | China

Prof. Qiang Wang is a leading expert in material simulation techniques and metallurgical engineering, with internationally recognized contributions to numerical modeling and intelligent metallurgy. He is a Professor at Wuhan University of Science and Technology, where he has established a strong research program focused on understanding and optimizing transport phenomena in metal materials preparation processes. Prof. Wang’s academic background in thermal physics engineering provides a solid theoretical foundation for his work in computational fluid dynamics, heat and mass transfer, and multiphase flow modeling applied to complex metallurgical systems. His research integrates advanced numerical simulation methods with metallurgical process engineering to address critical challenges in steelmaking and refining technologies, particularly electroslag remelting and related high-temperature processes. A defining feature of his work is the translation of simulation-driven insights into practical industrial solutions, enabling improved process control, efficiency, and product quality in large-scale steel production. Prof. Wang has led and contributed to numerous competitive research projects supported by national funding agencies and industrial partners, reflecting both scientific depth and strong industry relevance. He has authored authoritative academic monographs on numerical simulation of multiphase flows and metallurgical processes, which are widely used by researchers and engineers in the field. In addition to his research achievements, Prof. Wang plays an active role in the scientific community through editorial appointments with leading metallurgy journals, professional society membership, and international collaborations with prominent researchers and institutions. His work exemplifies the effective integration of theory, simulation, and industrial practice, significantly advancing material simulation techniques in metallurgy. Through sustained innovation, academic leadership, and tangible industrial impact, Prof. Qiang Wang is a highly deserving recipient of the Metallurgy Award.

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Assoc. Prof. Dr. Mengxia Liang | Ceramics and Glasses | Research Excellence Award

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Assoc. Prof. Dr. Mengxia Liang | Ceramics and Glasses | Research Excellence Award

School of Materials Science and Engineering | Xihua University | China

Assoc. Prof. Dr. Mengxia Liang is a dedicated academic and researcher in the field of ceramics and glasses, with a strong focus on functional inorganic materials and their advanced applications. She serves as an Associate Professor in the School of Materials Science and Engineering at Xihua University, where she is actively involved in teaching, research, and postgraduate supervision. Dr. Liang has developed a solid academic foundation in materials science and engineering, which has enabled her to pursue interdisciplinary research spanning ceramic materials, glass systems, and related composite technologies. Her research interests include the design, synthesis, and performance optimization of advanced ceramic and glass materials, with particular attention to microstructural control, thermal and mechanical stability, and functional property enhancement. She has made meaningful contributions to the development of oxide ceramics, glass–ceramic systems, and multifunctional inorganic materials for applications in structural components, energy-related devices, and advanced engineering systems. Dr. Liang’s work emphasizes understanding structure–property relationships to improve material reliability and application performance. She has been actively involved in competitive research projects and collaborative programs, working with academic and industrial partners to translate laboratory-scale findings into practical material solutions. In addition to her research activities, she is committed to academic service, contributing to curriculum development, student mentoring, and scholarly peer review within the materials science community. Her engagement in professional collaborations and scientific dissemination reflects her dedication to advancing ceramic and glass research at both national and international levels. Through her consistent research efforts, academic leadership, and commitment to high-quality education, Assoc. Prof. Dr. Mengxia Liang has established a strong professional profile in ceramics and glasses. Her scientific contributions, interdisciplinary approach, and commitment to research excellence make her a deserving recipient of the Research Excellence Award.

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