Manal Fawzy | Green Technology | Best Review Article Award

Posted on 03/01/202503/01/2025 by ScienceFather

Prof. Manal Fawzy | Green Technology | Best Review Article Award

Prof., Environmental Biotechnology , Environmental Sciences Dept, Faculty Of Science, Alexandria University, Egypt

Prof. Manal Fawzy Ahmed, an Environmental Phyto-technologist, is a founding member of the Environmental Sciences Department at Alexandria University. A distinguished researcher and academic, she leads the Green Technology Group and serves as Chair of the Egyptian National Man & Biosphere Commission to UNESCO. In recognition of her expertise, UNESCO appointed her to the International Advisory Committee for the Man and Biosphere Program (2023–2026). Prof. Fawzy has received numerous accolades, including the UNESCO Young Scientist Award (1991) and Sultan Qaboos Prize for Environmental Preservation (1997). Her pioneering work spans biodiversity conservation, restoration of degraded ecosystems, and nanotechnology-based water treatment. A prolific scholar, she has published 73 Scopus-indexed articles, a book, and nine book chapters while mentoring students and engaging with global scientific communities.

Profile

Scopus
Orcid

Education

Prof. Manal Fawzy Ahmed obtained her PhD in Plant Flora and Taxonomy from Alexandria University in collaboration with the Biosystematics Research Centre, Ottawa, Canada, in 1991. Her academic journey laid a robust foundation in plant sciences and environmental studies. During her doctoral research, she developed a comprehensive understanding of biodiversity and plant taxonomy, contributing significantly to these fields. Over the years, Prof. Fawzy expanded her expertise, embracing interdisciplinary approaches to address pressing environmental challenges. Through continuous professional development, including participation in 40 workshops and 42 national and international conferences, she honed her skills in environmental impact assessment, biodiversity monitoring, and phytoremediation techniques. This rich educational and professional background underpins her innovative research and leadership in environmental sciences.

Research Focus

Prof. Manal Fawzy’s research emphasizes using indigenous plant species to remediate polluted environments and synthesize nanomaterials for wastewater treatment. She explores green biotechnology, focusing on the phytofabrication of nanocomposites with environmental and biomedical applications. Her groundbreaking work includes developing biochar, graphene, and metal-based nanomaterials for pollution control, as well as addressing environmental challenges like heavy metal contamination and antibiotic pollution. Prof. Fawzy also leads projects on biodiversity conservation and ecosystem restoration, applying sustainable and nature-based solutions. A passionate advocate of sustainable development, her research integrates advanced technologies with ecological principles to tackle global environmental issues effectively.

Publications

🌱 Sustainable synthesis of a novel hydrothermally carbonized AuNPs-hydrochar nanocomposite

🌍 From Waste to Worth: Upcycling Plastic into High-Value Carbon-Based Nanomaterials
🧪 Sustainable fabrication of dimorphic plant-derived ZnO nanoparticles
💧 Retention and recycling of granules in continuous flow-through systems
🌿 Antioxidant, anticancer, and photocatalytic potentials of gold nanoparticles
📘 Artificial Intelligence and Modeling for Water Sustainability
📚 Artificial Intelligence for Sustainable Water Management and Treatment
🌀 Efficient Removal of Phosphate by Phyto-Graphene Composite
🌊 Green synthesis of zinc oxide nanoparticles using Sea Lavender
🧬 Synergetic effect of green synthesized reduced graphene oxide
🌟 Phytofabrication of bimetallic silver-copper/biochar nanocomposite
🔬 Green synthesis of bimetallic Ag/ZnO@Biochar nanocomposite
⚛️ Novel Biogenic Synthesis of Ag@Biochar Nanocomposite
☢️ Facile Synthesis of Gold Nanoparticles for Anticancer and Environmental Applications
🧪 Optimization of mild steel corrosion inhibition by plant extracts
💡 Catalytic and Medical Potential of Phyto-Functionalized Nanocomposites
🌱 Green Synthesis of Nano-Zero-Valent Iron Using Plant Extracts
🦠 COVID-19 transmission, persistence, and nanotherapy
🌿 Comparative study of Phragmites australis extracts for gold nanoparticle synthesis
🌍 Techno-economic and environmental approaches of Cd²⁺ adsorption by olive leaves

Binghui He | Environmental Science | Best Researcher Award

Posted on 23/09/202403/10/2024 by ScienceFather

Prof. Binghui He | Environmental Science | Best Researcher Award

Professor, Southwest University, China

🌍 Binghui He is a renowned professor specializing in soil erosion, soil and water conservation. With significant contributions to the field, he serves as the Director of the Special Committee of Soil and Water Conservation at the Chongqing Soil Society. His expertise is recognized nationally, making him a pivotal figure in agricultural non-point source pollution control.

Publication Profile

Scopus

Strengths for the Award

Expertise in Soil and Water Conservation: As the Director of the Special Committee of Soil and Water Conservation and the China Society of Soil and Water Conservation, Professor He demonstrates leadership and a deep commitment to advancing this critical field.
Extensive Publication Record: His publications in reputable journals such as Catena and Science of the Total Environment showcase a robust research portfolio with a focus on innovative and relevant topics, including soil erosion, hydrology, and nutrient loss.
Impactful Research: The studies conducted under his guidance reveal significant contributions to understanding soil health and water conservation, with findings that have practical implications for agricultural practices and ecological management.
Interdisciplinary Approach: His research integrates various disciplines, such as hydrology and ecology, addressing complex environmental issues, which enhances the relevance and applicability of his work.
Leadership Roles: Serving as an academic and technical leader in soil and water conservation disciplines highlights his influence in shaping research agendas and fostering collaboration within the field.

Areas for Improvement

Broader Outreach: While his research is substantial, enhancing public engagement and outreach activities could further disseminate his findings and increase their impact on policy and community practices.
Collaboration with Industry: Establishing more partnerships with agricultural and environmental industries could facilitate the practical application of his research findings, bridging the gap between academia and real-world challenges.
Diversity of Research Topics: Exploring additional areas within environmental science or engaging in interdisciplinary projects could broaden the scope of his research and attract diverse funding opportunities.

Education

🎓 Professor He earned his academic qualifications from esteemed institutions, focusing on soil and water conservation techniques and ecological engineering.

Experience

🏢 With extensive experience, Professor He holds leadership roles in several professional organizations, including the China Society of Soil and Water Conservation and the South Soil and Water Conservation Research Association. He also directs the Chongqing Soil and Water Conservation Ecological Engineering Technology Research Center.

Research Focus

🔍 His research encompasses soil erosion, soil and water conservation, forest cultivation, and agricultural non-point source pollution control, emphasizing sustainable practices to enhance ecological resilience.

Awards and Honors

🏅 Professor He has received numerous accolades for his contributions to soil and water conservation, showcasing his commitment to environmental sustainability and research excellence.

Publication Top Notes

Zeng C, Li TY, He BH*, Feng MD, Liang K, Xu QW, Zhao XM. (2024). Vegetation succession increases soil organic carbon density and decreases soil erodibility: Evidence from a karst trough valley experiencing farmland abandonment. Catena.

Feng MD, Li TY, He BH*, Bai LX, Wu XY. (2022). Soil water repellency and microaggregate fractions in response to crop growth periods in a sloping cropland subjecting to long-term fertilization management. Science of the Total Environment.

Du YN, Li TY, He BH*. (2021). Runoff-related nutrient loss affected by fertilization and cultivation in sloping croplands: An 11-year observation under natural rainfall. Agriculture, Ecosystems and Environment.

Gan FL, He BH*, Qin ZY, Li WB. (2021). Contribution of bedrock dip angle impact to nitrogen and phosphorus leakage loss under artificial rainfall simulations on slopes parallel to and perpendicular to the bedrock dip in a karst trough valley. Catena.

Li TY, He BH*, Zhang YQ, Fu S, Zhang Y, Long XJ. (2021). Spatiotemporal dynamics of coupled dissolved silica and bicarbonate in a dam-induced urban lake system in the Three Gorges Reservoir Area. Journal of Hydrology.

Gan FL, He BH*, Qin ZY. (2020). Hydrological response and soil detachment rate from dip/anti-dip slopes as a function of rock strata dip in karst valley revealed by rainfall simulations. Journal of Hydrology.

Gan FL, He BH*, Qin ZY, Li WB. (2020). Role of rock dip angle in runoff and soil erosion processes on dip/anti-dip slopes in a karst trough valley. Journal of Hydrology.

Li TY, He BH*, Chen ZP, Zhang Y, Liang C. (2017). Effects of gravel on concentrated flow hydraulics and erosion in simulated landslide deposits. Catena.

Conclusion

Professor Binghui He is a highly deserving candidate for the Best Researcher Award. His extensive research in soil erosion and water conservation, combined with his leadership roles and commitment to ecological sustainability, position him as a prominent figure in his field. By enhancing public outreach and fostering industry collaborations, he can amplify the impact of his research even further. Overall, his contributions significantly advance knowledge and practice in soil and water conservation, making him an exemplary choice for this recognition.

Leila Pasandi | Building Science | Best Researcher Award

Posted on 13/08/202413/08/2024 by ScienceFather

Mrs. Leila Pasandi | Building Science | Best Researcher Award

Student/Member, PhD Student, United Kingdom

Leila Pasandi is a forward-thinking researcher at the intersection of artificial intelligence, microclimate, and the built environment. With a passion for addressing urban-scale energy consumption challenges, she has made significant strides in developing innovative solutions to mitigate the impacts of climate change on urban environments. Her academic journey, bolstered by prestigious grants and awards, reflects her dedication to advancing sustainable architecture and engineering practices.

Profile

Google Scholar

Research for “Best Researcher Award”

Strengths for the Award 🌟

Leila Pasandi’s research portfolio showcases a robust and forward-thinking approach to addressing some of the most pressing challenges in the built environment, particularly in the context of climate change and urban energy consumption. Her work stands out for its interdisciplinary nature, blending mechanical engineering with architectural technology to develop innovative solutions such as kinetic facades and energy-efficient building designs.

Her significant contributions include a comprehensive review of microclimate impacts on building operations, published in high-impact journals like Building and Environment and Applied Soft Computing. Pasandi’s expertise in urban heat island (UHI) mitigation and sustainable transportation demonstrates her commitment to creating energy-efficient urban environments. Moreover, her collaboration with renowned institutions and receipt of prestigious grants and awards, including the NERC OnePlanet Doctoral Training Partnership and the “Excellent Paper Award,” further underline her qualifications as a leading researcher in her field.

Areas for Improvement 🚀

While Leila Pasandi’s research is impressive, there are opportunities for further growth. Expanding her research to include more diverse geographic locations beyond Iran and the UK could increase the global applicability of her findings. Additionally, increasing her engagement in international research collaborations and conferences could enhance her global visibility and impact. Although she has a strong publication record, focusing on producing more first-author papers in top-tier journals would further solidify her status as a leading expert in her field. Lastly, while her technical skills are excellent, delving deeper into the socio-economic implications of her research could provide a more holistic approach to her work on urban environments and energy efficiency.

Education 🎓

Leila Pasandi is currently pursuing a PhD in Mechanical Engineering at Northumbria University as part of the NERC OnePlanet Doctoral Training Partnership (2022-present). Her research focuses on optimizing the impacts of climate change on urban buildings. She earned her MSc in Architectural Technology from Tabriz Islamic Art University (2013-2016), where she specialized in kinetic facades for educational buildings. Her academic foundation was laid with a BA in Architectural Engineering from Ferdowsi University of Mashhad (2009-2013), where she worked on designing children’s recreational and cultural complexes.

Experience 🛠

Leila has accumulated diverse experience as a researcher, lecturer, and architect. Currently, she is a PhD candidate at Northumbria University, where she is developing methodologies to optimize urban building environments. Previously, she served as a senior building energy analyst at First World Facade Co. in Malaysia, where she analyzed energy consumption and proposed reduction measures. Her experience also includes teaching roles at Ferdowsi University of Mashhad and the Iran University of Science and Technology, where she led workshops and lectured on computational design and fabrication engineering.

Research Interests 🔍

Leila Pasandi’s research interests are deeply rooted in sustainable urban development. She focuses on urban route-finding, sustainable transportation, machine learning tools, and the interaction between building microclimates and energy consumption. Her work also explores urban heat island (UHI) mitigation, kinetic facade systems, and energy efficiency modeling, all aimed at creating energy-efficient urban environments that are resilient to climate change.

Awards 🏆

Leila’s academic excellence has been recognized through several prestigious awards. She received the “Excellent Paper Award” at the ARSSS International Conference on Renewable Energy and Climate Change in 2023. In 2022, she was awarded a research grant from the ONE Planet Doctoral Training Partnership (DTP) for her work on the interaction between microclimate and building structures. Additionally, she was granted a full scholarship by Tabriz Islamic Art University for her outstanding academic performance during her MSc program.

Publications Top Notes📝

Leila Pasandi has an impressive publication record that reflects her contributions to the field of sustainable architecture and urban planning. Some of her notable publications include:

September 2023: “Enhancing Microclimate and Reducing Building Energy Consumption: Utilizing Exterior Redirecting Transparent Louvers for Thermal and Visual Comfort in Iran’s Diverse School Buildings,” presented at the ARSSS International Conference on Renewable Energy and Climate Change. Link to Paper

October 2023: “A Comprehensive Review of Applications and Feedback Impact of Microclimate on Building Operation and Energy,” published in Building and Environment. Cited by 5 articles. Link to Journal

February 2022: “Analyzing the Impact of Urban Planning and Building Typologies in Urban Heat Island Mitigation,” published in Buildings. Cited by 10 articles. Link to Journal

September 2021: “Modified A* Algorithm Integrated with Ant Colony Optimization for Multi-Objective Route-Finding; Case Study: Yazd,” published in Applied Soft Computing. Cited by 8 articles. Link to Journal

Conclusion 🎓

Leila Pasandi is a highly deserving candidate for the “Best Researcher Award.” Her innovative work in integrating architectural design with mechanical engineering to address climate challenges in urban environments positions her as a trailblazer in her field. While there are areas for further growth, her current contributions to the academic and practical aspects of energy-efficient building design and urban planning are exceptional. Pasandi’s research not only advances theoretical knowledge but also offers practical solutions to real-world problems, making her a strong contender for this prestigious award.

Alfredo Dias | Sustainable construction | Sustainable Innovation Pioneer Award

Posted on 27/12/202329/12/2023 by ScienceFather

Alfredo Dias : Sustainable Innovation Pioneer Award

👨‍🏫 Alfredo Dias stands as a distinguished academic and researcher in the domain of Sustainable construction . Holding a Ph.d in Delft University of Technology his professional journey exemplifies dedication and expertise. 📚

🌐 Professional Profiles:

Academic Qualifications 📚

Alfredo Manuel Pereira Geraldes Dias pursued his academic journey through a BSc in Civil Engineering from the University of Coimbra, Portugal, in 1997, achieving a noteworthy final grade of 17 out of 20. 🏗️ His educational path continued with an MSc in Civil Engineering (Structures) from the same university in 1999. 📘 However, the pinnacle of his academic pursuit was marked by a PhD in Mechanical Behavior of Timber-Concrete Connections attained from Delft University of Technology, The Netherlands, in 2005. 🌍 This specialized focus on exploring the mechanical intricacies of timber-concrete connections played a pivotal role in shaping his subsequent research and professional engagements within the sphere of timber and composite structures. 🔍

Professional Engagements and Leadership Roles 🏗️🌐

Professional Membership

Senior member of the Portuguese Civil Engineering Association since 2004.Member of the Technical Committee CT14 “Wood” since 2006.Participation as a member of the Technical Committee CT115 “Structural Codes” since 2012.

Leadership and Coordination Responsibilities

Chairman of the National mirror committee from TC 124 since 2009.Chairman of the National mirror committee from TC 250\SC5 since 2014.Coordinator of the Working group “Innovative timber & composite elements for buildings” in COST E29 from 2004 to 2006.Coordinator of the Working group “Hybrid structures” in COST FP1402 “Basis of structural timber design – from research to standards” from 2014 to 2018.Head of the sub-group involved in preparing the new Eurocode 5 part on composite structures from 2011 to 2014.Convener of the WG2 from TC250\SC5 “Composite structures” from 2014 to 2020.Chairman of the Project Team SC5.T2 responsible for preparing the new Eurocode part on timber composites from 2015 to 2018.

Scientific Contributions 🌐📚

Published Research

Authored or co-authored 72 papers in ISI-Web of Knowledge indexed International Journals, with 66 specifically focusing on timber products and structures since 2005.Contributed to 66 papers in non-indexed journals and scientific conferences, with 60 covering topics related to timber products and structures since 2005.

Reviewer Engagement

Acted as an independent reviewer for 25 different International Journals since 2005.Served as an independent reviewer in 15 international conferences associated with timber products and structures since 2005.

Academic Supervision

Supervised or co-supervised 10 PhD theses, successfully concluding 6 and currently overseeing 4 ongoing research endeavors since 2005.

Research Project Involvement

Involved in 25 research projects, all focused on timber products and structures since 2005, taking the lead in 18 of these projects as the principal investigator.

Alfredo Dias’s citation metrics and indices from Google Scholar are as follows:

📊 Citation Metrics (Google Scholar):

Cited by: All – 2134, Since 2018 –1466
h-index: All – 22, Since 2018 – 20
i10-index : All -48 Since 2018 -39

Summary 🔍

Reinforced concrete corner for timber frame moment resisting joints –Design and experimental assessment

🌟 Introduces an innovative moment-resisting joint design for timber frames. 🪵 Uses a prismatic corner filled with robust concrete reinforced by steel bars within the timber beam and column. 🔍 Conducts analytical and experimental studies to assess resisting moment, stiffness, and failure modes of the proposed joint. 📏 Explores how timber cross-section and steel bar diameters influence resisting moment via a mechanical stress-strain model. ⚙️ Prefers steel bar yielding over timber shear failure, considering steel’s ductility. 🧪 Produces and tests knee joint specimens with varying steel bar diameters, aligning well with analytical estimates. 🛠️ Performs tests on polygonal bolted joint specimens for comparison purposes. 💪 Shows significantly improved rotational stiffness and bending strength compared to traditional bolted joints. 🏁 Concludes the joint’s structural effectiveness and its promising potential for real-world applications.