Jourdin Gongwala | Environmental Analytical Chemistry | Environmental Chemistry Commitment Award

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Dr Jourdin Gongwala | Environmental Analytical Chemistry | Environmental Chemistry Commitment Award

Université de Maroua, École Normale Supérieure de Maroua | Cameroon

Jourdin Gongwala is a scholar affiliated with the Université de Maroua, École Normale Supérieure de Maroua, Cameroon. He holds advanced academic training in education and related disciplines, with a strong foundation in pedagogy and research methodology. His professional experience includes teaching, mentoring, and contributing to academic development within higher education. His research interests focus on educational innovation, curriculum development, teacher training, and the integration of technology in learning environments. He has contributed to scholarly publications and academic projects, earning recognition for his work. His career reflects commitment to advancing education, research excellence, and sustainable academic development.

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Aadil Ayoub Ahangar | Crystallography | Outstanding Scientist Award

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Dr. Aadil Ayoub Ahangar | Crystallography | Outstanding Scientist Award

NIPER, Mohali Punjab | India

Aadil Ayoub Ahangar is a researcher in chemistry specializing in supramolecular chemistry, crystal engineering, and pharmaceutical materials. He completed his Ph.D. at the University of Kashmir, focusing on halogen-bonded systems and their applications in functional materials and drug development. His research integrates experimental and computational approaches to explore aggregation-induced emission, molecular packing, and co-crystallization for improving drug properties. He has published multiple peer-reviewed articles in reputed journals and contributed to advancing knowledge in material and pharmaceutical chemistry. His work aims to bridge fundamental chemistry with real-world applications, particularly in sensing technologies and drug optimization.

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Parvaiz Ahmad Dar | Organic Synthesis and Medicinal Chemistry | Young Scientist Award

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Dr. Parvaiz Ahmad Dar | Organic Synthesis and Medicinal Chemistry | Young Scientist Award

University of Kashmir Srinagar Jammu and Kashmir India | India

A dedicated researcher in chemistry with expertise in organic synthesis, drug design, and computational studies, Organic Synthesis and Medicinal Chemistry focused on developing innovative organic molecules with biomedical and photoluminescent applications. Possesses strong experience in synthesizing and characterizing novel compounds, alongside proficiency in advanced analytical techniques such as spectroscopic methods and molecular characterization tools. Demonstrates solid knowledge of computational chemistry, including density functional theory, molecular modeling, docking, and in silico screening for drug discovery. Research work also extends to carbon nanodots, exploring their photoluminescent properties and potential biomedical applications. Additional exposure to phytochemistry of medicinal plants highlights an interdisciplinary approach toward discovering bioactive compounds. Skilled in laboratory practices, data interpretation, and experimental design, with foundational experience in cell culture and microbial assays.Has contributed to academic development through supervising postgraduate research projects and conducting laboratory instruction, fostering both theoretical understanding and practical skills in chemistry. Actively engaged in advancing research outcomes with a focus on impactful publications, collaborative projects, and innovative scientific contributions. Combines experimental and computational approaches to address complex chemical and biological challenges, reflecting a strong commitment to scientific advancement and applied research.

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Hiromi Kurokawa | Cell biology | Research Excellence Award

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Dr. Hiromi Kurokawa | Cell biology | Research Excellence Award

Phycochemy Co., Ltd. | Japan

The research focuses on the functional evaluation of bioactive compounds derived from algae, Cell biology with particular emphasis on their biological efficacy at the cellular level. This work explores how algal components interact with cells, contributing to advancements in therapeutic and biomedical applications. A key area of investigation includes understanding the mechanisms underlying photodynamic therapy, where light-activated compounds are utilized to target and treat diseased cells. In addition to fundamental biological assessments, the research integrates innovative approaches in proton beam therapy, aiming to enhance treatment precision and effectiveness. Collaborative efforts also extend to sustainable biotechnology, including the cultivation of heterotrophic algae using alternative nutrient sources such as excess sludge, and the subsequent production of crude fatty acids for biodiesel applications. These interdisciplinary studies bridge the fields of biotechnology, medical science, and renewable energy.Overall, the contributions lie in advancing knowledge of algae-based functional materials, improving therapeutic strategies through light and particle-based treatments, and promoting environmentally sustainable solutions. The work demonstrates a strong integration of cellular biology, photomedicine, and bioresource utilization to address both healthcare and energy challenges.

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Byungchul Choi | Combustion | Research Excellence Award

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Prof. Byungchul Choi | Combustion | Research Excellence Award

Chonnam National University | South Korea

Prof. Byungchul Choi is a distinguished researcher in mechanical and automotive engineering with extensive expertise in combustion systems, Combustion clean energy technologies, and emission control. His academic career has been marked by significant contributions to the development of advanced engine systems, particularly focusing on natural gas–fueled engines, hydrogen generation, and catalytic combustion technologies. His research emphasizes reducing harmful emissions such as nitrogen oxides and volatile organic compounds through innovative catalyst design, plasma photocatalysis, and after-treatment systems.He has played a key role in advancing sustainable automotive solutions, including on-board purification systems, catalytic converters, and hybrid catalyst technologies integrating metallic and ceramic materials. His work also extends to environmental applications such as wastewater treatment recovery systems and greenhouse cultivation technologies using carbon dioxide generators. In addition, he has contributed to precision measurement systems for automotive fluids and emission control components.His involvement in international research collaborations and engineering societies highlights his influence in the global scientific community. He has also led major research initiatives focused on intelligent mechanical systems and automotive innovation. Through numerous patents and research projects, his work has significantly impacted clean energy engineering, environmental sustainability, and the future of low-emission transportation technologies.

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Wasana Gunawardana | Biology | Research Excellence Award

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Dr. Wasana Gunawardana | Biology | Research Excellence Award

China Sri Lanka Joint Research and Demonstration Centre (JRDC) for Water Technology, Ministry of Housing, Construction and Water Supply - Sri Lanka

Dr. Wasana Gunawardana is an environmental scientist with a strong academic Biology and research background in environmental studies and bioscience. Her work focuses on microbial ecology in wastewater systems, with particular emphasis on understanding bacterial population dynamics in sludge and treated wastewater using molecular techniques. She has extensive laboratory expertise in DNA-based methods, including polymerase chain reaction, DNA extraction and purification, and microbial analysis, along with practical experience in water quality assessment for both wastewater and drinking water systems. Her research also explores sustainable solid waste management, biological pre-treatment of municipal waste, and the ecological role of extracellular bacterial DNA in aquatic environments. Additionally, she investigates challenges related to intermittent water supply systems and the formation of biofilms in drinking water, aiming to improve water quality and public health outcomes. She has contributed to academic teaching as a visiting lecturer, sharing knowledge on wastewater management with undergraduate students. Her involvement in research projects includes leading and collaborating on funded studies, as well as supervising undergraduate research across multiple universities. Her work reflects a commitment to advancing cost-effective and practical environmental solutions.

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