Guang Yang | Chemical Admixtures Awards | Best Researcher Award

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Mr Guang YANG | Chemical Admixtures Awards | Best Researcher Award

Mr Guang Yang, Institute of Disaster Prevention, China

Guang YANG is a first-year postgraduate student in the School of Civil Engineering at the Institute of Disaster Prevention. His primary research focuses on chemical admixtures and high-performance cementitious materials. Guang’s academic interests are driven by the need for more sustainable and efficient construction materials, especially concerning recycled water and waste slurry in concrete production. Despite being early in his graduate studies, Guang has already contributed to an impactful study, published in the journal Applied Sciences. His collaboration with leading researchers, such as Prof. Yanfeng Zuo, and partnerships with industrial players like a mixing plant in Beijing, highlight his commitment to bridging academic research with real-world applications. Guang’s passion lies in advancing eco-friendly concrete technologies, and his work is expected to play a key role in promoting sustainability in construction practices.

Profile

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Strengths for the Award

  1. Significant Research Contribution: Guang YANG has demonstrated an early commitment to advancing knowledge in the field of civil engineering, particularly in the areas of chemical admixtures and high-performance cementitious materials. His research on the effect of super retarders on recycled water and concrete properties in mixing plants is a notable contribution to sustainable construction practices. This project could have a significant impact on improving the efficiency and environmental sustainability of concrete production.
  2. High-Quality Publications: His recent journal article published in Applied Sciences (DOI: 10.3390/app142210392) reflects his capability to produce high-quality research. Collaborating with prominent researchers like Prof. Yanfeng Zuo and experts in the field adds credibility and depth to his work, showing his ability to contribute meaningfully to important, ongoing research.
  3. Collaborative Research: Guang has engaged in meaningful collaborations with academia and industry, particularly with Prof. Yanfeng Zuo’s group and a mixing plant in Beijing. Such collaborations are vital for bridging the gap between theoretical research and practical applications, making his work highly relevant and potentially impactful for the industry.
  4. Early Career Progress: As a first-year postgraduate student, Guang’s work already showcases a high level of technical expertise and innovation. His research focus on recycled water use and super retarders demonstrates a forward-thinking approach to the growing need for sustainable solutions in the construction industry.

Areas for Improvement

  1. Expansion of Publications: While Guang has made an impressive start with one journal article published in a peer-reviewed journal, further publications, especially in higher-impact journals and conference proceedings, would strengthen his academic profile. Publishing additional papers would also help to establish a broader reputation in his research niche.
  2. Industry Engagement: Although Guang has collaborated with a mixing plant, further engagement with industry partners—such as through consultancy or applied research projects—could strengthen the practical application of his research findings. Developing industry partnerships will also enhance the translational value of his work.
  3. Professional Memberships: Guang has yet to become a member of any professional organizations or research networks. Engaging with professional bodies in civil engineering and disaster prevention could provide opportunities for networking, collaboration, and recognition in his field. Active participation in these communities would also broaden his visibility as an emerging researcher.

Education

Guang YANG is currently pursuing his Master’s degree in Civil Engineering at the Institute of Disaster Prevention, Beijing, China. He is specializing in high-performance concrete and chemical admixtures, a growing area within civil engineering. Guang holds a Bachelor’s degree in Civil Engineering from a reputable university, where he developed a strong foundation in structural materials, concrete technology, and sustainable engineering practices. During his undergraduate studies, he focused on the application of advanced cementitious materials in construction, which laid the groundwork for his current research. Guang’s academic journey is marked by a keen interest in applying innovative admixtures to improve concrete performance and sustainability. He has been mentored by prominent researchers like Prof. Yanfeng Zuo in his early graduate research. Guang continues to expand his academic credentials through rigorous coursework and research projects, positioning himself as an emerging scholar in civil engineering and disaster prevention.

Experience

Guang YANG is currently employed as a graduate researcher at the Institute of Disaster Prevention (Beijing, China), where he started in September 2024. In this role, Guang is involved in research focused on admixtures and high-performance concrete, working closely with both academic mentors and industry professionals. Prior to this, he gained significant experience as an undergraduate research assistant, conducting studies on sustainable building materials and concrete optimization. Guang’s most notable project thus far involves investigating the impact of super retarders on recycled water and waste slurry used in mixing plants, aimed at improving concrete’s environmental footprint. This work was recently published in Applied Sciences. Guang also has experience collaborating with Prof. Yanfeng Zuo’s research group and working with a mixing plant in Beijing to investigate recycled water applications in concrete production. His growing body of research reflects his commitment to advancing sustainable construction practices and disaster resilience.

Research Focus

Guang YANG’s research focuses on chemical admixtures and high-performance cementitious materials, with a specific emphasis on recycled water and waste slurry used in concrete production. His primary interest lies in improving the sustainability and performance of concrete by using environmentally friendly admixtures to enhance its properties, such as durability, workability, and strength. In his current project, Guang investigates the role of super retarders in recycled water concrete, aiming to improve its properties in mixing plants and minimize the environmental impact of concrete production. His work also explores the utilization of waste slurry from concrete manufacturing as a resource for producing more sustainable materials. Guang’s research aims to contribute to eco-efficient concrete technologies that address both environmental concerns and performance demands in construction. He collaborates extensively with industry partners, such as a mixing plant in Beijing, to test the applicability of his findings in real-world settings.

Publication Top Note

  • Effect of Super Retarder on Recycled Water and Concrete Properties of Waste Slurry in Mixing Plant 📜🧱
    Published in Applied Sciences on November 12, 2024. DOI: 10.3390/app142210392
    (Co-authors: Jinyue Wang, Yanfeng Zuo, Lixiong Gao, Siqin Liu)

Conclusion

Guang YANG is an emerging researcher with significant potential in the field of civil engineering, specifically in admixtures and high-performance concrete. His recent work, particularly in the area of sustainable concrete production and recycled water use, demonstrates both innovation and practicality. Though early in his career, Guang has already shown promise through strong academic collaborations and a publication in a peer-reviewed journal. With continued focus on expanding his research output, industry engagement, and professional development, he is well on his way to making even more substantial contributions to his field.Based on these strengths and early accomplishments, Guang YANG is a strong candidate for the Best Researcher Award, and his future contributions to the field of disaster prevention and civil engineering are highly anticipated.

 

 

Jinyue Wang | Chemical Admixtures Award | Best Researcher Award

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Ms Jinyue Wang | Chemical Admixtures Award | Best Researcher Award

Ms Jinyue Wang, Shijiazhuang Tiedao University, China

Jinyue Wang is a third-year postgraduate student at the School of Materials Science and Engineering, Shijiazhuang Tiedao University. Her academic journey is focused on chemical admixtures and high-performance cementitious materials, areas that have vast implications in the construction and sustainability sectors. Jinyue has made significant strides in research and innovation, including publishing a peer-reviewed journal article and collaborating with industry leaders. Her research on recycled water in concrete production and the use of super retarders to improve waste slurry properties showcases Her potential as a promising researcher. She has also partnered with leading experts like Prof. Yanfeng Zuo and industry players such as a Beijing mixing plant. Beyond academia, Jinyue holds a Physical Property Inspector – Grade IV certification and is a student member of the China Silicate Association. Her dedication to advancing construction material technology positions him as an up-and-coming leader in the field.

Profile

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Strengths for the Award

  1. Ongoing Research and Publication Record:
    • Jinyue Wang has an impressive research output for a third-year postgraduate student, including a published journal article in Applied Sciences (DOI: 10.3390/app142210392), which demonstrates Her capability to contribute to high-impact research.
    • Her ongoing research in chemical admixtures and high-performance cementitious materials reflects a clear focus on relevant and innovative areas of material science, which have applications in construction and sustainability.
  2. Collaborations with Renowned Academics and Industry:
    • She has established collaborations with Prof. Yanfeng Zuo’s group at the Institute of Disaster Prevention, indicating Her integration into academic networks that strengthen the quality and relevance of Her research.
    • Her partnership with a mixing plant in Beijing to explore recycled water for concrete production underscores Her ability to work with industry partners, applying Her research in real-world settings, which adds significant value to Her work.
  3. Patent and Industry Application:
    • Jinyue Wang is involved in patent development related to Her research, which signals the potential for Her work to make an impact outside academia. This also highlights Her ability to innovate and bring tangible solutions to industry challenges.
  4. Professional Memberships:
    • As a Student Member of the China Silicate Association, She is connected with key professional networks that promote materials science research, enhancing Her visibility and access to resources.
  5. Academic Recognition and Methodological Rigor:
    • She has taken on significant roles in Her research, including writing original drafts, validation, methodology, and investigation—which highlights Her broad skill set in conducting comprehensive, high-quality research.

Areas for Improvement

  1. Broader Academic Engagement:
    • While Jinyue Wang has published a journal article, She could benefit from expanding Her publication portfolio. Publishing in other high-impact journals, particularly those indexed in SCI or Scopus, would further solidify Her reputation as a researcher.
    • Gaining editorial experience or becoming involved in the peer-review process could increase Her visibility and credibility in academic circles.
  2. Greater Publicity of Achievements:
    • While Jinyue Wang has an impressive publication record, providing further academic/research links and links to patents or industry projects could help increase the visibility of Her work to a broader audience.
  3. Contribution to Larger Collaborative Projects:
    • Although She has collaborated with other researchers, Jinyue Wang could consider expanding Her network and engaging in larger, multi-disciplinary collaborative projects to further strengthen Her research impact and exposure.

Education

Jinyue Wang is currently pursuing Her postgraduate studies in Materials Science and Engineering at Shijiazhuang Tiedao University. She is in Her third year and has developed a strong academic foundation in chemical admixtures and cementitious materials. Her undergraduate studies provided him with the necessary groundwork in materials science, laying the foundation for Her specialized postgraduate research. During Her studies, Jinyue has focused on the development and application of sustainable construction materials, including the use of recycled water in concrete. Her academic curiosity led him to explore super retarders and their role in improving the workability of concrete in mixing plants. She has collaborated with academic and industrial leaders, including Prof. Yanfeng Zuo in the Institute of Disaster Prevention and a Beijing mixing plant. Jinyue has also demonstrated Her academic potential by publishing a journal article and engaging in ongoing, high-impact research.

Experience 

Jinyue Wang has been actively engaged in research throughout Her postgraduate studies. Her notable experiences include an ongoing project focused on super retarders and recycled water for enhancing concrete properties, as well as a completed study on waste slurry in mixing plants. She has collaborated with Prof. Yanfeng Zuo from the Institute of Disaster Prevention, researching chemical admixtures and their effect on concrete. Jinyue also worked with a mixing plant in Beijing on a project investigating the use of recycled water in concrete mixing, showing Her ability to apply academic findings to real-world industrial challenges. In addition to research, Jinyue has contributed to Her academic community by taking on key roles such as writing original drafts, methodology development, validation, and investigation. She is a Physical Property Inspector – Grade IV, further highlighting Her expertise in materials science. Her industry-academic partnerships indicate a growing influence in the field.

Research Focus 

Jinyue Wang’s primary research interests lie in the development of chemical admixtures and high-performance cementitious materials, with an emphasis on sustainability and improving material properties for construction. Her research aims to explore innovative solutions that enhance the workability, durability, and performance of concrete in various conditions. One of Her key projects involves studying the super retarder and its impact on recycled water and concrete properties in mixing plants. Jinyue is particularly focused on addressing challenges related to waste slurry and sustainable water usage in construction. Her research also investigates how chemical admixtures can be optimized to improve the efficiency and environmental impact of concrete production. The collaboration with Prof. Yanfeng Zuo’s group and a Beijing mixing plant demonstrates Her ability to bridge academia and industry, ensuring that Her work has both academic relevance and practical application in the construction sector.

Publications

  • “Effect of Super Retarder on Recycled Water and Concrete Properties of Waste Slurry in Mixing Plant” (Applied Sciences, 2024) 🌍📘
    DOI: 10.3390/app142210392

Conclusion

Jinyue Wang demonstrates all the key qualities of a strong contender for the Best Researcher Award. Her work on chemical admixtures and high-performance cementitious materials, along with Her ability to collaborate both academically and with industry, positions him as a promising researcher with a clear trajectory toward future success. Her contributions in the field of material science are both academically rigorous and practically relevant, and Her involvement in patenting new technologies underscores Her potential to bring innovative solutions to real-world challenges. With some expansion in Her academic publishing and greater visibility in the broader research community, Jinyue Wang is likely to continue making significant contributions to Her field.

Siqin Liu | Chemical Admixtures | Best Researcher Award

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Ms Siqin Liu | Chemical Admixtures | Best Researcher Award

Ms Siqin Liu, Shijiazhuang Tiedao University, China

Siqin Liu is a third-year postgraduate student at Shijiazhuang Tiedao University, specializing in materials science and engineering. He is currently pursuing a Master’s degree in the School of Materials Science and Engineering, where his research primarily focuses on chemical admixtures and high-performance cementitious materials. With a strong academic foundation and a keen interest in sustainable construction materials, Siqin aims to contribute to the development of environmentally friendly building technologies. His academic journey is marked by collaboration with prominent researchers, including Prof. Yanfeng Zuo at the Institute of Disaster Prevention, and practical research partnerships with industry, such as a mixing plant in Beijing. Siqin’s research work has already been published in reputable journals, and he continues to make strides in advancing the field. He is also a member of the China Silicate Association and holds the title of Physical Property Inspector – Grade IV.

Profile

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Strengths for the Award

  1. Specialized Research Focus: Siqin Liu’s research in the areas of chemical admixtures and high-performance cementitious materials addresses critical issues in construction materials. The study on the effect of super retarder on recycled water and concrete properties of waste slurry showcases significant contributions to improving sustainability in the construction industry. The focus on admixtures aligns with the global trend of seeking more environmentally friendly, efficient, and durable construction materials.
  2. Published Research: Siqin has already published a peer-reviewed article in a reputable journal (Applied Sciences). The publication, titled Effect of Super Retarder on Recycled Water and Concrete Properties of Waste Slurry in Mixing Plant (DOI: 10.3390/app142210392), contributes valuable insights to the field of recycled materials in construction, particularly in the context of waste slurry and its practical implications for sustainable construction practices.
  3. Collaboration with Experts: The researcher has demonstrated effective collaboration with Prof. Yanfeng Zuo at the Institute of Disaster Prevention and with a mixing plant in Beijing for hands-on research. This shows a strong ability to work with both academic and industrial stakeholders, which is essential for meaningful and impactful research outcomes.
  4. Membership in Professional Networks: Being a Student Member of the China Silicate Association and holding the position of Physical Property Inspector – Grade IV, Siqin is well-connected within the professional community, which enhances their opportunities for further research, knowledge exchange, and career advancement.

Areas for Improvement

  1. Industry Projects and Consultancy: Although Siqin has initiated important collaborations, there is an opportunity to further develop industry-driven research and consultancy projects. Engaging more closely with industry could provide greater practical impact and open doors to future funding and innovation in material sciences.
  2. Academic and Professional Presence: While Siqin’s work is already published in a peer-reviewed journal, there is potential to expand their publication record by targeting higher-impact journals and more international collaborations. Books or book chapters, as well as further involvement in editorial appointments, could enhance their visibility as an emerging leader in their field.
  3. Patents and Innovations: Although Siqin has yet to file for patents, pursuing intellectual property protections for research innovations could be a strategic move to safeguard and commercialize research findings, contributing to both academic and industrial advancement.

Education

Siqin Liu is currently pursuing a Master’s degree in Materials Science and Engineering at Shijiazhuang Tiedao University. He holds a solid academic background from his undergraduate studies and has developed a particular interest in the science of cementitious materials and their chemical admixtures. As a third-year postgraduate student, Siqin has demonstrated exceptional skills in both theoretical research and practical application, especially in the context of sustainable construction materials. His research focuses on improving concrete properties through the use of recycled materials and innovative admixtures, areas that are crucial for the future of green building technologies. Throughout his academic journey, Siqin has actively engaged with industry partners, such as a Beijing-based mixing plant, to bridge the gap between academia and industry. Additionally, he has collaborated with other researchers in his field to co-author scholarly papers and contribute to the growing body of research on advanced construction materials.

Experience

Siqin Liu has gained significant experience both in academic research and industry collaboration. As a postgraduate student at Shijiazhuang Tiedao University, he has been involved in numerous research projects focusing on the properties and applications of chemical admixtures in cementitious materials. One of his notable contributions includes a completed project that investigates the effects of super retarders on the recycled water and waste slurry used in concrete production. Siqin has collaborated with Prof. Yanfeng Zuo’s research group at the Institute of Disaster Prevention, which has enhanced his expertise in admixture technology. Additionally, his partnership with a mixing plant in Beijing for research on recycled water has provided him with hands-on experience in working with industry partners to test and refine his research findings. This blend of academic rigor and practical application makes Siqin well-equipped for a successful career in materials science and sustainable construction technology.

Research Focus

Siqin Liu’s research focuses on the development and optimization of chemical admixtures and high-performance cementitious materials, with a particular emphasis on sustainability and recycling in the construction industry. His primary interest lies in exploring innovative solutions that improve the performance and durability of concrete while reducing its environmental impact. One key area of his research is the use of super retarders and other admixtures to enhance the properties of recycled water in concrete mixtures. Siqin has also investigated the impact of waste slurry in concrete production, seeking ways to reuse waste products from the construction industry. His work contributes to the development of more eco-friendly construction practices, aiming to reduce the carbon footprint of the construction sector. By combining cutting-edge research with real-world applications, Siqin is focused on advancing sustainable practices in material science, paving the way for green construction technologies.

Publication Top Note

  1. Effect of Super Retarder on Recycled Water and Concrete Properties of Waste Slurry in Mixing Plant 🏗️📚 Applied Sciences, 2024-11-12 [DOI: 10.3390/app142210392]

Conclusion

Siqin Liu is a promising researcher who has already made notable strides in the field of chemical admixtures and high-performance cementitious materials, particularly through their investigation of sustainable construction practices using recycled water and waste slurry. Their ability to publish impactful research and collaborate with both academic and industry partners sets them apart as a strong candidate for the Best Researcher Award. Further engagement with industry, increased publication output, and exploring patents would significantly enhance their future research profile. In summary, Siqin Liu has demonstrated excellent potential and has laid a strong foundation for a successful career in materials science and engineering. They have the technical expertise, research accomplishments, and collaborative spirit that make them highly suitable for recognition as a Best Researcher in their field.

 

 

Yousif Kariri | Cancer | Best Researcher Award

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Dr Yousif Kariri | Cancer | Best Researcher Award

Assistant Professor , Shaqra University , Saudi Arabia

Dr. Y.A. Kariri is a Saudi researcher and academic, currently an Assistant Professor at Shaqra University’s College of Applied Medical Sciences in Saudi Arabia. Born in Jazan on February 11, 1988, he has an extensive academic and professional background spanning multiple countries. He earned a BSc in Clinical Laboratory Science from King Khalid University, an MSc in Medical Laboratory Sciences from RMIT University (Australia), and a PhD in Pathology from the University of Nottingham (UK). Dr. Kariri has expertise in cancer research, particularly in breast cancer, and is an active member of multiple pathology societies. As the Head of Online Learning and Learning Resources at Shaqra University, he has demonstrated leadership in academic administration. He has been instrumental in driving scientific research initiatives and is also an expert in cell culture and data analysis. Dr. Kariri is passionate about integrating advanced research methodologies in education.

Profile

Strengths for the Award

  1. Advanced Educational Qualifications:
    • PhD in Pathology (University of Nottingham, UK, 2022) — This is a high-level qualification and highlights a solid foundation in scientific research.
    • Master’s and Bachelor’s Degrees — The individual has international experience, having studied in Australia and the UK, further enhancing their research capacity and global perspective.
  2. Relevant and Impactful Research Contributions:
    • Publications in High-Impact Journals:
      • The individual has contributed to several peer-reviewed journal articles in oncology, specifically breast cancer research, with multiple publications in reputable journals like Cancers, Breast Cancer Research and Treatment, and Pathobiology. These contributions are significant, especially the involvement in studies that examine molecular mechanisms of breast cancer and biomarkers in cancer prognosis.
      • Notable publications include research on gene expression, prognostic biomarkers, and lymphovascular invasion, areas critical to advancing cancer diagnostics and treatment.
      • Articles such as “Mechanistic and Clinical Evidence Supports a Key Role for Cell Division Cycle Associated 5 (CDCA5) as an Independent Predictor of Outcome in Invasive Breast Cancer” demonstrate a deep engagement with molecular pathology.
  3. Leadership and Experience in Academia:
    • The individual has held multiple leadership roles at Shaqra University, including Head of Online Learning and Learning Resources and Head of Student Activities, demonstrating the ability to lead teams and enhance educational outcomes.
    • They have also served as an Assistant Professor and have experience in both teaching and curriculum development, particularly in clinical laboratory sciences.
  4. Interdisciplinary Expertise:
    • Expertise in cell culture (in vitro), data analysis (SPSS, PRISM, Cluster analysis), and experience as a medical technologist adds practical knowledge to the research profile, helping bridge the gap between laboratory work and applied medical sciences.
    • Involvement in the Scientific Research Committee and as a publication reviewer in cancer research journals showcases their ability to critically engage with current scientific work and contribute to advancing the field.
  5. International Exposure:
    • Having studied and worked in three different countries (Saudi Arabia, Australia, and the UK), this individual brings a broad, international perspective to their research and teaching, enhancing their academic and professional profile.

Areas for Improvement

  1. Broader Research Collaborations:
    • While the individual has excellent research experience, their publications appear to focus primarily on breast cancer. Exploring broader collaborations in other areas of oncology or interdisciplinary research could further enhance their visibility and impact in the scientific community.
    • Expanding collaborations with international research institutions or leading cancer centers could also broaden the scope and depth of their research, potentially leading to larger-scale, multicentric studies.
  2. Increased Research Grant Applications:
    • The individual’s profile does not mention securing significant research funding or grants. Applying for competitive research grants could enhance the individual’s research capacity and provide more opportunities for large-scale projects, particularly in the area of cancer research.
  3. Further Outreach and Public Engagement:
    • Engaging more with the public or policy-making bodies through science communication efforts, public lectures, or collaborations with healthcare professionals could raise awareness about their research and broaden its impact beyond academia.

Education 

Dr. Y.A. Kariri’s educational journey has been both diverse and international. He completed his BSc in Clinical Laboratory Science from King Khalid University (2011), laying the foundation for his career in laboratory sciences. He then pursued an MSc in Medical Laboratory Sciences from the Royal Melbourne Institute of Technology University (RMIT) in Australia (2017), where he honed his skills in molecular biology and pathology. To further his research aspirations, Dr. Kariri earned a PhD in Pathology from the University of Nottingham (UK) in 2022, where his research focused on the molecular mechanisms behind breast cancer and lymphovascular invasion. Alongside his formal education, Dr. Kariri participated in various professional development programs, including a Higher Education Developer Diploma from the University of Nottingham (2022), which enhanced his teaching and academic leadership skills.

Experience

Dr. Y.A. Kariri has a rich blend of academic and research experience. He began his professional journey with a one-year internship at King Fahad Hospital in Jazan (2010-2011), where he gained hands-on experience in clinical laboratory operations. He then pursued an MSc project at RMIT University, focusing on medical laboratory sciences (2017). Since joining Shaqra University in 2017, Dr. Kariri has taken on several significant roles, including Secretary of the Scientific Council (2017-2018). In 2022, he became an Assistant Professor at the College of Applied Medical Sciences, where he continues to teach and conduct research. He has also served as the Head of Online Learning and Learning Resources and Head of Students Activities at Shaqra University (2022–2024). In addition, Dr. Kariri is a member of the Scientific Research Committee and has extensive experience in cell culture and data analysis.

Awards and Honors

Dr. Y.A. Kariri has been the recipient of several prestigious awards and honors, recognizing his academic and research excellence. He was awarded the King Abdullah Scholarship Program (2008-2011) for his master’s degree, an honor that allowed him to pursue advanced studies at RMIT University in Australia. He was also a PhD Scholar from Shaqra University in Saudi Arabia, enabling his research on breast cancer molecular mechanisms. His international educational background and research contributions have earned him recognition within the academic community. As a researcher, he has been honored with invitations to serve as a publication reviewer for several high-impact journals focusing on oncology and pathology. His leadership roles at Shaqra University, particularly in advancing online learning and student activities, have further cemented his reputation as an influential educator and scholar.

Research Focus 

Dr. Y.A. Kariri’s research focuses primarily on breast cancer and its molecular mechanisms, with an emphasis on lymphovascular invasion (LVI) and related prognostic biomarkers. His PhD project at the University of Nottingham (UK) explored the molecular genes driving breast cancer and their role in LVI, a key factor in cancer metastasis and poor prognosis. His work has been instrumental in identifying and validating novel biomarkers and gene signatures that could serve as therapeutic targets and predictive indicators for cancer progression. His studies have contributed to the broader understanding of cancer cell migration, gene expression, and the molecular complexity of invasive cancer. Dr. Kariri is skilled in cell culture (in vitro) and advanced data analysis, using tools like SPSS, PRISM, and Cluster Analysis to extract meaningful insights from experimental data. His research continues to bridge the gap between molecular biology and clinical application in cancer therapy.

Publications

  1. The role of the ALKBH5 RNA demethylase in invasive breast cancer 🧬🔬
  2. Clinical and molecular significance of the RNA m6A methyltransferase complex in prostate cancer 🔬📊
  3. Mechanistic and Clinical Evidence Supports a Key Role for Cell Division Cycle Associated 5 (CDCA5) as an Independent Predictor of Outcome in Invasive Breast Cancer 🧪📑
  4. Ubiquitin-conjugating enzyme 2C (UBE2C) is a poor prognostic biomarker in invasive breast cancer 💉📉
  5. The itim-containing receptor: Leukocyte-associated immunoglobulin-like receptor-1 (LAIR-1) modulates immune response and confers poor prognosis in invasive breast carcinoma 🧫💥
  6. The prognostic significance of interferon-stimulated gene 15 (ISG15) in invasive breast cancer 🧬📈
  7. Molecular Complexity of Lymphovascular Invasion: The Role of Cell Migration in Breast Cancer as a Prototype 🔬🌱
  8. Prognostic significance of KN motif and ankyrin repeat domains 1 (KANK1) in invasive breast cancer 🧬🔍
  9. Utility of ankyrin 3 as a prognostic marker in androgen-receptor‑positive breast cancer 🔬⚖️
  10. A key genomic subtype associated with lymphovascular invasion in invasive breast cancer 🧪🧬

Conclusion

This individual is undoubtedly a strong candidate for the Best Researcher Award based on their extensive academic background, significant contributions to cancer research, and leadership in higher education. Their research has direct implications for cancer diagnostics, prognosis, and treatment, with a focus on the molecular mechanisms that drive breast cancer, making them highly relevant to current healthcare challenges.Their strengths in academic leadership, combined with their technical expertise in laboratory sciences, make them a well-rounded and capable researcher. However, expanding their research horizons, applying for larger research grants, and further increasing their public engagement could elevate their profile even further.

Lixiong Gao | Inorganic Non-metallic Materials | Best Researcher Award

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Assoc. Prof. Dr Lixiong Gao | Inorganic Non-metallic Materials | Best Researcher Award

Assoc.Prof, Shijiazhuang Tiedao University, China

Dr. Lixiong Gao is an Associate Professor at Shijiazhuang Tiedao University, China, specializing in inorganic non-metallic materials. With over a decade of experience in both teaching and research, he is committed to advancing the field of materials science, particularly in the area of durability and sustainability of construction materials. He holds a notable reputation for his contributions to the study of concrete materials, admixtures, and self-healing technologies. Dr. Gao’s research has resulted in multiple publications in high-impact journals and his involvement in various industry collaborations. As an editorial board member of the Journal of Comprehensive Utilization of Fly Ash, he continues to influence research in the construction and materials science fields. Additionally, he serves as a National Level Assessor for the China CNCA Railway Accreditation Group and is the Director of the Concrete and Cement Products Branch of the China Silicate Society.

Profile

Scopus

Strengths for the Award

  1. Research Expertise and Productivity:
    • Dr. Gao has completed seventeen research projects, a significant number that demonstrates his capability to lead and manage extensive research initiatives.
    • He has contributed to multiple journal articles in reputable journals (including SCI, Scopus indexed journals) and has been an editorial board member of the Journal of Comprehensive Utilization of Fly Ash, underscoring his standing in the academic community.
    • His research spans a range of topics in inorganic non-metallic materials, including admixtures, corrosion resistance, and self-healing concrete, which are vital areas of study with broad industrial and environmental applications.
  2. Interdisciplinary Collaboration:
    • Dr. Gao has worked closely with Prof. Yanfeng Zuo’s group at the College of Institute of Disaster Prevention and has partnered with a Beijing-based mixing plant for applied research. This indicates a strong collaborative approach to research, bridging academia and industry.
  3. Innovation and Impact:
    • He holds both patents and has published books on topics related to his research, showing his innovation in creating practical solutions for real-world challenges, particularly in the realm of construction materials.
    • His published works have garnered citations, reflecting the impact and relevance of his research in the academic community. His article on the microbial-induced corrosion of concrete (Materials Review, 2018) is an example of his leadership in emerging fields.
  4. Leadership and Mentorship:
    • As an Associate Professor, Dr. Gao has likely played an important role in the supervision of students and researchers, shaping the next generation of scientists and researchers in his field. His contribution to methodology in his research suggests a focus on developing new techniques or improving existing ones, which is critical in advancing the field.
  5. Recognition and Professional Memberships:
    • His involvement as a Director of the Concrete and Cement Products Branch of the China Silicate Society and as a National Level Assessor with the China CNCA Railway Accreditation Group shows that Dr. Gao is a recognized authority in his field and has been entrusted with leadership roles in professional organizations.

Areas for Improvement

  1. Citation Impact:
    • While Dr. Gao has a solid citation record, further information on the citation index and the impact factor of his journals would help in better understanding the broader influence of his work.
    • It would be helpful to see how his research is being implemented in industry, beyond consultancy projects, to quantify its real-world impact.
  2. Outreach and Visibility:
    • Expanding his work into international collaborations and global conferences would increase his visibility and help elevate his research to a broader global audience.
    • Publishing in high-profile journals with greater citation reach could further boost the visibility of his work in the international scientific community.

Education

Dr. Lixiong Gao completed his Ph.D. in Materials Science, focusing on inorganic non-metallic materials. His academic journey began with a Bachelor’s degree in Civil Engineering followed by a Master’s degree in Materials Science and Engineering from Shijiazhuang Tiedao University. During his doctoral studies, Dr. Gao concentrated on durability aspects of concrete and advanced materials technology. His academic excellence and passion for research earned him several fellowships and academic awards, laying a strong foundation for his later contributions to the field. Throughout his career, he has stayed at the forefront of research on sustainable materials and environmentally-friendly technologies. Dr. Gao has also participated in various international conferences and workshops, where he has presented his findings on self-healing concrete, microbial-induced corrosion, and recycled materials. His academic qualifications and commitment to ongoing learning underpin his significant contributions to research.

Experience

Dr. Lixiong Gao brings over 15 years of academic and professional experience in materials science and engineering. As an Associate Professor at Shijiazhuang Tiedao University, he has dedicated his career to teaching and researching the behavior and properties of inorganic non-metallic materials, particularly those used in construction. He has successfully led seventeen completed research projects, including industry collaborations in fields such as admixtures, self-healing concrete, and environmentally sustainable materials. In addition to his academic responsibilities, Dr. Gao has collaborated with Prof. Yanfeng Zuo’s group on disaster prevention technologies and worked with a Beijing-based mixing plant on recycled water research. His experience extends to being a National Level Assessor with the China CNCA Railway Accreditation Group and Director of the Concrete and Cement Products Branch of the China Silicate Society. Dr. Gao’s industry expertise and research leadership make him a respected figure in the materials science community.

Research Focus

Dr. Lixiong Gao’s primary research focus is on inorganic non-metallic materials, with an emphasis on their durability, performance, and sustainability in construction applications. His work explores the development of self-healing concrete systems, particularly those involving microbial techniques to repair cracks and enhance the longevity of concrete structures. Dr. Gao is also deeply involved in studying the corrosion mechanisms of concrete, especially microbial-induced corrosion, and ways to prevent or mitigate these issues. Additionally, his research includes admixtures, recycled materials, and sustainable building materials to promote greener, more cost-effective construction practices. His contributions in fly ash utilization, shrinkage reduction, and the use of recycled water in construction have made significant advancements in the field. Through his interdisciplinary approach, Dr. Gao collaborates with industry partners to turn research findings into practical solutions for real-world problems in the construction sector.

Publication Top Notes

  1. Study on the Protective Mechanism of Organic Silicon Coating on Mortar 🏗️🔬
  2. Effect on Protective Performance of Organosilicone Protective Agent for Aluminate Cement Mortar 🛡️⚒️
  3. Microbial-induced Corrosion of Concrete: Mechanism, Influencing Factors, Evaluation Indices, and Preventive Techniques 🦠🧱
  4. The Effect of Calcium Nitrate on the Hydration of Calcium Aluminate Cement at Different Curing Temperatures 🌡️⚙️
  5. Effect of Coarse Aggregate on the Interfacial Transition Zone of Concrete Based on Grey Correlation 🏢📊
  6. Influence of Shrinkage Reducing Admixture on Drying Shrinkage of Concrete with Manufactured-Sand 🌍🏞️
  7. Development of Microbial Technique in Self-Healing of Concrete Cracks 🧬🛠️
  8. Relationship Between Porosity and Chloride Diffusivity in Cement-based Composite Materials 🔍🧪
  9. Quantitative Analysis of Effect of Limestone Powder on Resistance of Thaumasite Attack to Cement-based Materials ⛏️🏗️
  10. Quantitative Analysis on Formation Mechanism of Thaumasite 🧱🔬

Conclusion

Dr. Lixiong Gao is a well-established researcher with a strong track record in both academic research and industry collaborations. His contributions to the field of inorganic non-metallic materials, specifically in the area of durability and self-healing concrete, are noteworthy and show his commitment to addressing critical issues in materials science. His leadership in research projects, mentorship, and the patenting of novel techniques align with the criteria for the Best Researcher Award. With continued focus on increasing the impact and visibility of his work, Dr. Gao is highly deserving of recognition for his research contributions, and he stands as a strong candidate for this award.

 

 

Tousif Khan N | Power Electronics | Best Researcher Award

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Assoc. Prof. Dr Tousif Khan N | Power Electronics | Best Researcher Award

Associate Professor , SRM University AP Andhra Pradesh , India

Dr. Tousif Khan Nizami is an Associate Professor and Head of the Department of Electrical and Electronics Engineering at SRM University AP, Guntur, India. With a strong academic background, he has been a dedicated researcher and educator in the field of power electronics and control systems for over a decade. Dr. Nizami earned his Ph.D. in Control Engineering from the Indian Institute of Technology (IIT) Guwahati, where his research focused on the design and implementation of adaptive control techniques for DC-DC converters. His work has contributed significantly to the advancement of adaptive control systems, optimization techniques, and power electronics. Dr. Nizami has a rich publication record in international journals and conferences, and he actively contributes to the academic community through his editorial and reviewing roles. He has received several prestigious awards, including the Young Researcher Award in 2022 and the INAE Engineering Teachers Fellowship in 2021.

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Google Scholar

Strengths for the Award

  1. Cutting-edge Research and Innovation
    Dr. Nizami’s work is deeply embedded in cutting-edge adaptive control techniques for power converters. His research on adaptive backstepping control and neural network integration for DC-DC converters showcases a sophisticated blend of control theory and practical engineering. The incorporation of neural networks and advanced control strategies into power electronics is highly relevant for modern applications, especially in renewable energy, electric vehicles, and industrial automation.
  2. High Impact Publications
    His publication record is impressive, with high-quality papers published in renowned journals such as the Journal of the Franklin Institute, IEEE Transactions on Industrial Electronics, IET Power Electronics, and Control Engineering Practice. These publications have a significant impact in the fields of power electronics and control engineering, as evidenced by the number of citations his work has received.
  3. Diverse Research Topics
    Dr. Nizami has covered a wide range of topics within his core areas, such as:

    • Adaptive control techniques (e.g., backstepping, neuro-adaptive control).
    • Implementation of intelligent control strategies using neural networks.
    • Real-time applications and experimental validations of control techniques.
    • Solutions for system uncertainties, actuator failure compensation, and performance enhancement for power converters.

    This breadth of topics not only demonstrates his deep expertise but also his versatility in addressing various challenges in power electronics.

  4. Experimental Validation and Real-Time Applications
    A key strength of Dr. Nizami’s research is his focus on experimental validation. Many of his papers provide experimental results to back up theoretical models, making his research highly practical and applicable in real-world systems. This is an important factor when evaluating the relevance and impact of his research.
  5. Recognition and Awards
    Dr. Nizami has been recognized with prestigious awards such as the Young Researcher Award by STEM Society, India, the INAE Engineering Teachers Fellowship, and the APJ Abdul Kalam Memorial Award. These accolades reflect his standing as a respected researcher in the field.
  6. Editorial and Peer-Review Roles
    Dr. Nizami’s engagement in peer review and editorial work, including as a reviewer for top journals like IEEE Transactions on Power Electronics and IET Power Electronics, indicates his deep involvement in the academic community and his reputation as an expert in the field.
  7. Academic Leadership and Mentorship
    As Head of the Department of Electrical and Electronics Engineering at SRM University AP, Dr. Nizami demonstrates strong leadership and mentoring skills, which are essential qualities for a leading researcher. His role in guiding Ph.D. students and junior faculty further enhances his suitability for the award.

Areas for Improvement

  1. Expansion into Newer Emerging Areas
    While Dr. Nizami’s work on adaptive control and power converters is highly relevant, an expansion into emerging areas such as quantum control, machine learning for power electronics, or IoT integration for smart grids could further solidify his position at the forefront of technological advancements.
  2. Collaborations with Industry
    Although his work is highly academic, increasing collaborations with industry players could help translate his research into more commercially viable solutions. Exploring industrial partnerships or starting technology transfer initiatives could bridge the gap between academic research and real-world applications.
  3. Interdisciplinary Research
    While his research primarily focuses on control engineering and power electronics, exploring interdisciplinary domains such as cyber-physical systems or artificial intelligence in the context of power systems could open new avenues for his research, addressing future global challenges like sustainable energy management.

Education 

Dr. Tousif Khan Nizami completed his Ph.D. in Control Engineering from the Indian Institute of Technology (IIT) Guwahati in 2017, under the supervision of Prof. Chitralekha Mahanta. His thesis focused on the design and implementation of online estimation-based backstepping controllers for DC-DC buck converters. Dr. Nizami also holds a Master’s degree in Power Electronics (M.Tech) from the National Institute of Technology (NIT) Trichy, where his research involved designing feedback controllers for buck converters using Queen Bee Assisted Genetic Algorithms and Artificial Immune System Algorithms. He earned his B.E. in Electrical and Electronics Engineering from Visvesvaraya Technological University, Belgaum, in 2008. With these academic foundations, he has become an expert in adaptive control systems and power electronics, specializing in DC-DC converters and optimization techniques.

Experience 

Dr. Tousif Khan Nizami has over a decade of teaching and research experience. He is currently serving as the Head of the Department & Associate Professor in the Department of Electrical and Electronics Engineering at SRM University AP, Guntur, India (since 2022). Before that, he was an Assistant Professor and Head of the Department (2017-2022) at the same university. Earlier in his career, he worked as a Lecturer at Dayananda Sagar College of Engineering, Bangalore (2010). His academic leadership has been pivotal in shaping the department’s research direction and fostering collaborations in power electronics, control systems, and optimization. Throughout his career, Dr. Nizami has actively participated in curriculum development, student mentorship, and research supervision. He has guided several Ph.D. and M.Tech students in the fields of control systems, power electronics, and adaptive control, strengthening his contributions to both academia and industry.

Awards and Honors 

Dr. Tousif Khan Nizami has received numerous awards and honors throughout his career. He was awarded the Young Researcher Award by the STEM Society, India, in 2022 for his significant contributions to research in adaptive control and power electronics. In 2021, he received the prestigious INAE Engineering Teachers Fellowship, recognizing his exceptional teaching and research in electrical engineering. Dr. Nizami was also honored with the APJ Abdul Kalam Memorial Award (2020) by ACDOS NMO IFAC for his outstanding research in the field of control engineering. He has been a delegate of the Indian Government Youth Delegation to China in 2015 and has received several travel grants from prominent organizations, including the Department of Science and Technology (DST), IEEE Industrial Applications Society, and Council of Scientific and Industrial Research (CSIR), to attend international conferences in the USA, France, and Dubai. He also received the Maulana Azad National Ph.D. Fellowship in 2014.

Research Focus 

Dr. Tousif Khan Nizami’s research focuses on power electronics, adaptive control, and optimization techniques. Specifically, his work addresses advanced adaptive control strategies for DC-DC converters and their applications in power management systems. His research aims to improve the performance, stability, and efficiency of power converters, particularly in the context of renewable energy systems and electric vehicles. Dr. Nizami’s interest lies in the design and implementation of backstepping controllers, neuro-adaptive control schemes, and neural network-based optimization for power converters. He explores novel optimization algorithms, including Genetic Algorithms and Artificial Immune Systems, to enhance the dynamic performance of systems under uncertainties and disturbances. Additionally, he works on fault-tolerant control systems to ensure robust operation in real-time applications. His research is at the intersection of theoretical control engineering and practical applications, with a focus on solving real-world challenges in electrical and electronics systems.

Publications

  1. An intelligent adaptive control of DC–DC buck converters 📰
  2. Design and implementation of a neuro-adaptive backstepping controller for buck converter fed PMDC-motor 🧠
  3. Analysis and experimental investigation into a finite time current observer-based adaptive backstepping control of buck converters 🔬
  4. Adaptive backstepping control for DC-DC buck converters using Chebyshev neural network 📚
  5. Enhanced dynamic performance in DC–DC converter‐PMDC motor combination through an intelligent non‐linear adaptive control scheme ⚡
  6. Neural network integrated adaptive backstepping control of DC-DC boost converter 🤖
  7. Time bound online uncertainty estimation based adaptive control design for DC–DC buck converters with experimental validation ⏱️
  8. Legendre neural network-based intelligent control of DC-DC step-down converter-PMDC motor combination 🔌
  9. A fast learning neuro adaptive control of Buck converter driven PMDC motor: design, analysis, and validation ⚙️
  10. Adaptive neural network control of DC–DC power converter 🌐
  11. Adaptive compensation of actuator failures using multiple models ⚠️
  12. Real-time implementation of an adaptive backstepping control of buck converter PMDC-motor combinations 🛠️
  13. Voltage regulation enhancement in a Buck type DC-DC converter using queen bee evolution-based Genetic Algorithm 🐝
  14. Hybrid backstepping control for DC–DC buck converters 🧩
  15. Variation of Electrical Characteristics of EMI Shielding Materials Coated with Ceramic Microspheres 🌐
  16. An efficient soft-switched LED driver for street lighting applications with input regulation 💡
  17. Relay approach for parameter extraction of Li-ion battery and SOC estimation using finite time observer 🔋
  18. Soft-switched full-bridge converter for LED lighting applications with reduced switch current 💡
  19. Single Layer Type II Chebyshev Neural Network Based Adaptive Backstepping Control of DC-DC Buck Converter 🧠

Conclusion

In conclusion, Dr. Tousif Khan Nizami stands out as a highly deserving candidate for the Best Researcher Award due to his significant contributions to the field of control engineering, particularly in power electronics. His research on adaptive control techniques for DC-DC converters, his high-quality publications, and his practical impact through experimental validations set him apart as an expert. His awards, leadership roles, and editorial contributions further underscore his reputation in the academic community. While there are always opportunities for growth, particularly in expanding the scope of his research into emerging fields, his accomplishments and ongoing contributions make him a strong contender for the award.

Joshua Mawere | Indigenous Knowledge Systems | Best Researcher Award

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Dr Joshua Mawere | Indigenous Knowledge Systems | Best Researcher Award

Postdoctoral Research Fellow , Tshwane University of Technology , South Africa

Dr. Joshua Mawere is a Postdoctoral Research Fellow at the Faculty of Humanities, Tshwane University of Technology, South Africa, with a diverse background spanning legal practice, public policy, academia, and human resources. He has held significant roles as a Judges Assistant, Senior Magistrate, Legal Practitioner, and Policy Officer at Leicestershire County Council. Dr. Mawere’s work centers on driving Equality, Diversity, and Inclusion (EDI) within public sector institutions. With over a decade of experience, he is deeply committed to applying his legal expertise and research skills to tackle social, economic, and governance issues in Africa. His passion for mentorship and student development reflects his dedication to fostering the next generation of scholars and professionals. Dr. Mawere has published extensively on topics ranging from sustainable development and energy solutions to legal and governance frameworks in South Africa and beyond. 🌍📚⚖️

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Strengths for the Award

  1. Multidisciplinary Expertise: Dr. Joshua Mawere has a remarkable blend of expertise across several domains, including law, public policy, human resources, and academia. His extensive background allows him to address complex issues from various perspectives, making his research impactful and relevant to multiple fields.
  2. Strong Academic and Research Output: Dr. Mawere has demonstrated a strong commitment to academic excellence, evidenced by his published papers in peer-reviewed journals. His research, such as “Addressing Electricity Infrastructure Challenges: Exploring Governance Solutions in South Africa” and “Empowering Marginalised Communities: Leveraging Indigenous Knowledge for Sustainable Energy Development in South Africa”, showcases his ability to tackle pressing socio-economic and governance challenges. His interdisciplinary approach to African studies, legal practice, and sustainable development is especially noteworthy.
  3. Research with Social Impact: A central theme of Dr. Mawere’s research focuses on societal issues such as inequality, indigenous knowledge, energy solutions, and land tenure, which are crucial to South Africa and the broader African context. This focus not only reflects his deep understanding of African socio-political landscapes but also demonstrates his dedication to advancing practical, sustainable solutions that can positively impact marginalized communities.
  4. Mentorship and Leadership in Academia: Dr. Mawere’s role as a Postdoctoral Research Fellow and his past experience as a Teaching Assistant reflect his commitment to the development of the next generation of scholars. His ability to guide students in research methodologies and encourage critical thinking positions him as a role model for academic mentorship. His students benefit from his ability to blend practical legal experience with theoretical research, preparing them for real-world challenges.
  5. Leadership in Policy Development: As a Policy Officer at Leicestershire County Council, Dr. Mawere has successfully integrated his research on Equality, Diversity, and Inclusion (EDI) into practical policy initiatives. His leadership in ensuring the inclusion of EDI across council processes reflects his capacity to translate academic research into actionable, impactful public policy.
  6. Commitment to Research Dissemination and Public Engagement: Dr. Mawere’s active engagement with the academic community, as seen in his contributions to conferences and publications, demonstrates his commitment to sharing knowledge with broader audiences. His work on indigenous knowledge and sustainable development aligns with current global priorities, showcasing his ability to engage with contemporary academic and policy debates.

Areas for Improvement

  1. Increased Interdisciplinary Collaboration: While Dr. Mawere’s research is diverse, fostering more interdisciplinary collaborations with experts in fields such as environmental science, technology, or economics could broaden the scope of his work. This could lead to more holistic solutions to the complex issues he addresses, particularly in energy and infrastructure development.
  2. Expanding Global Reach of Research: Although his research on African governance and indigenous knowledge is highly valuable, Dr. Mawere may benefit from extending the global impact of his work by seeking opportunities for collaborative research on an international scale, particularly in global forums or with global organizations focused on development, climate change, and indigenous rights.
  3. Focus on Translational Research: Dr. Mawere could further focus on the practical implementation of his research findings. While his papers are academically rigorous, developing more case studies and pilot programs that showcase how his research can directly influence policy and practice would enhance its real-world applicability.

Education 

Dr. Joshua Mawere holds a Bachelor of Laws (LLB) from the University of Venda (2013), a Master of Laws (LLM) in 2019, and a Doctor of Philosophy (PhD) in African Studies from the same institution (2023). In 2024, he furthered his education with a Level 5 Diploma in Health and Social Care Management. His academic journey has been marked by a strong commitment to research, policy development, and legal education. His academic focus on African governance, public policy, and law has equipped him with a unique ability to merge practical experience with academic rigor. Throughout his studies, Dr. Mawere has demonstrated a deep interest in decolonial perspectives, sustainable development, and inclusive policies, which have informed his scholarly work and professional activities. 🎓📖🔍

Experience 

Dr. Mawere has accumulated over ten years of experience across legal practice, academia, and public policy. He has served as a Judges Assistant and Senior Magistrate, providing him with valuable courtroom and legal management experience. As a Legal Practitioner, he has specialized in litigation, policy drafting, and compliance management. In academia, he has worked as a Teaching Assistant at the University of Venda, where he taught Family Law, Law of Persons, and the Introduction to Theory of Law, focusing on both the theoretical and practical aspects of law. Currently, he is a Postdoctoral Research Fellow at Tshwane University of Technology, South Africa, where he conducts research on public policy and governance. He also serves as a Policy Officer at Leicestershire County Council, leading initiatives to integrate Equality, Diversity, and Inclusion (EDI) across local governance. His diverse roles demonstrate his capacity for leadership, policy innovation, and student mentorship. 🏛️💼🎓

Research Focus 

Dr. Joshua Mawere’s research interests revolve around public policy, governance, and sustainable development, with a strong emphasis on African studies. He explores the integration of indigenous knowledge systems into modern energy solutions, particularly within the context of South Africa and broader African socio-political landscapes. His work critically engages with governance issues, focusing on equitable development, land tenure systems, and the empowerment of marginalized communities. A key area of his research includes leveraging indigenous knowledge for sustainable energy development and decolonial approaches to modern challenges. Additionally, Dr. Mawere investigates the relationship between communal land tenure and food security in rural African communities. His interdisciplinary research also touches on legal frameworks, human rights, and the impact of policy on societal transformation. Through his work, Dr. Mawere aims to influence policy change and create actionable solutions for sustainable, inclusive development in Africa. 🌱⚖️🌍

Publications 

  • Addressing Electricity Infrastructure Challenges: Exploring Governance Solutions in South Africa ⚡📑
  • Green Energy Solutions in Africa: Rediscovering Indigenous Knowledge for the Fourth Industrial Revolution 🌱🔋
  • Empowering Marginalised Communities: Leveraging Indigenous Knowledge for Sustainable Energy Development in South Africa 🌍💡
  • Causal Linkages between Communal Tenure and Food Security: A Case of Vhembe District, South Africa 🌾🍽️
  • The Efficacy of Preserving Communal Tenure in South Africa 🏡🌍
  • An Investigation into the Commercialisation of Initiation Schools: A Case of Eastern Cape, South Africa 📜🎓
  • The Challenges Experienced at Male Initiation Schools: The Case Study of Mthatha District in the Eastern Cape Province of South Africa 🔍👨‍🎓

Conclusion

Dr. Joshua Mawere is a highly deserving candidate for the Best Researcher Award. His outstanding contributions to academia, public policy, and community development, coupled with his extensive and impactful research on governance, social inclusion, and indigenous knowledge, make him a leading scholar in his field. His ability to bridge the gap between theory and practice, particularly in the areas of legal compliance, sustainable development, and policy reform, positions him as a significant figure in addressing some of the most pressing issues facing African societies today.Dr. Mawere’s continuous efforts to mentor students and contribute to public discourse further solidify his status as a respected and influential researcher. With further interdisciplinary collaboration and a continued focus on translating research into practice, his potential for making even greater contributions to both academic and policy spheres is immense.

 

 

Fong-Zuo Lee | Water resources | Best Researcher Award

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Assist. Prof. Dr Fong-Zuo Lee | Water resources | Best Researcher Award

Assistant Professor , Department of Civil Engineering/ National Chung Hsing University , Taiwan

Fong-Zuo Lee is an Assistant Professor in the Department of Civil Engineering at National Chung Hsing University (NCHU), Taiwan, since 2023. He previously held positions as a Postdoctoral Researcher and Project Assistant Fellow at National Taiwan University (NTU), where he contributed to research on water resource management, sediment transport, and hydraulic modeling. Dr. Lee holds a Ph.D. in Bioenvironmental Systems Engineering from NTU, alongside Bachelor’s and Master’s degrees in Civil Engineering from National Yang Ming Chiao Tung University (NYCU). His academic work focuses on addressing key issues in reservoir sedimentation, river hydraulics, and water resource sustainability. In addition to his research, he is an active member of the International Association for Hydraulic Engineering and Research (IAHR) and several other professional societies. Dr. Lee has authored numerous journal articles and conference papers and is dedicated to advancing innovative solutions for water resource management and environmental sustainability.

Profile

Scopus

Orcid

Strengths for the Award

        1. Strong Academic Background:

    • Dr. Lee has an impressive academic trajectory, starting as a postdoctoral researcher at National Taiwan University (NTU), progressing to a project assistant fellow, and now holding a position as Assistant Professor at National Chung Hsing University (NCHU). This progression highlights his dedication to academic and professional growth.
  2. Extensive Research Contributions:
    • Dr. Lee has demonstrated significant contributions to research in reservoir sedimentation, hydraulics, and river sediment transport—fields that are vital for sustainable water resource management. His work has led to the publication of 38 peer-reviewed journal articles, including in SCI and Scopus indexed journals, which is a solid reflection of his influence in his research field.
    • His papers are highly relevant and innovative, particularly the application of modeling techniques to study sediment transport and desilting efficiency, topics that have broad environmental and engineering implications.
  3. Innovative Solutions in Reservoir Management:
    • Dr. Lee’s research in dredging techniques for reservoirs, hydraulic modeling, and floating barriers for woody debris management reflects his creativity and ability to find practical solutions to real-world problems. These innovations are crucial in the context of climate change, water resource management, and maintaining the ecological health of water bodies.
  4. High Citation Index:
    • A citation count of 211 (Scopus) demonstrates that his research has been widely recognized and cited by peers, indicating the impact and relevance of his work in the academic community.
  5. Prolific Publication and Editorial Work:
    • Dr. Lee has published multiple articles in leading journals and has collaborated with prominent researchers such as Professors Jihn-Sung Lai and Sameh Ahmed Kantoush, which signifies his position in an esteemed network of professionals.
    • His editorial appointments also suggest his expertise and reputation in the academic community.
  6. Leadership and Multidisciplinary Approach:
    • His involvement in multidisciplinary research projects, including collaboration with engineers and hydrologists, indicates his ability to lead cross-disciplinary teams and his holistic approach to solving complex environmental engineering problems.
  7. Patents and Books:
    • He holds 7 patents and has published books, showcasing his commitment to advancing both theoretical and applied aspects of his research. Patents are a strong indicator of the practical applicability of his work.

Areas for Improvement

  1. Broader International Collaboration:
    • While Dr. Lee has strong national collaborations, expanding his research to involve more international institutions could further elevate his profile on the global stage. His work could benefit from more cross-border partnerships, especially with institutions in the EU or North America, to bring in diverse perspectives and resources.
  2. Public Engagement and Outreach:
    • Dr. Lee’s work, while impactful in academia, could benefit from more public outreach and awareness campaigns. Given the environmental relevance of his research (e.g., reservoir management, water safety, and climate resilience), greater engagement with policy makers, industries, and the public could enhance the impact of his innovations.
  3. Expanding Research into Policy or Practical Applications:
    • While his research has direct engineering applications, his efforts in bridging the gap between scientific innovation and practical policy implementation (e.g., advising governments on water management) could be expanded. Collaborations with governmental or non-governmental organizations in policy formulation could increase the societal impact of his work.

Education 

Fong-Zuo Lee earned his Ph.D. in Bioenvironmental Systems Engineering from National Taiwan University (NTU) in 2014, where he conducted extensive research on sediment transport in reservoirs and river systems. Prior to that, he completed both his Bachelor’s and Master’s degrees in Civil Engineering at National Yang Ming Chiao Tung University (NYCU), Taiwan. His academic journey equipped him with a robust understanding of hydraulic engineering, sediment dynamics, and water resource management, laying the foundation for his research on environmental sustainability and innovative water management practices. As a researcher, he has focused on the integration of hydrological models, sediment transport simulations, and engineering solutions to improve reservoir desilting and water conservation strategies. His doctoral and postdoctoral research was highly interdisciplinary, bridging civil and environmental engineering with practical applications in sustainable water systems and sediment management.

Research Focus 

Dr. Fong-Zuo Lee’s research focuses primarily on the study of sediment transport in river systems and reservoirs, with an emphasis on preventing sedimentation and optimizing sediment management strategies. His work spans hydraulic modeling, sediment transport simulations, and watershed management. He is particularly interested in the development of advanced models to predict sediment behavior under various hydrological conditions, including during extreme weather events. Another significant area of his research is bridge pier scour simulation and the effects of sedimentation on infrastructure. Dr. Lee also explores the use of artificial intelligence and sensor systems for real-time monitoring and early warning in hydraulic environments, such as for detecting and mitigating bridge scour during floods. His projects aim to improve water conservation practices, enhance riverine ecosystem management, and inform better policy for sustainable water resource development. His contributions have practical implications for water quality, infrastructure stability, and environmental protection.

Publications

  1. Modeling and Analysis of Turbidity Currents in a Reservoir with the Dredged Guiding Channel 🌊🔬
  2. Application of Artificial Countermeasures to Enhance Desilting Efficiency in a Reservoir Under Normal and Extreme Events 🌧️🏞️
  3. The Two-Dimensional Hydraulic and Sediment Transport Simulation of Dredging Scenarios in Huajiang Wetland 🌿💧
  4. Experimental Study with Hydraulic Modeling of a Reservoir Desilting Operation Using a Sediment Bypass Tunnel 🚧💦
  5. Apply Two-Dimensional Layer-Averaged Model and Theoretical Orifice Flow Equations to Estimate Desilting Efficiency ⚙️🌍
  6. Desilting Efficiency Improvement Using a Dredged Channel in a Reservoir 🏞️🔧
  7. Physical Model Setup and Tests on Cooling Circulation Water Pumping Intake System 🔬💡
  8. Reservoir Sediment Management and Downstream River Impacts for Sustainable Water Resources—Case Study of Shihmen Reservoir 💧🌍
  9. The Artificial Intelligence of Things Sensing System of Real-Time Bridge Scour Monitoring for Early Warning During Floods 🤖🌊
  10. Minimizing the Impact of Vacating Instream Storage of a Multi-Reservoir System: A Trade-Off Study of Water Supply and Empty Flushing 🌊🔄

Conclusion

Dr. Fong-Zuo Lee is highly deserving of recognition for the Best Researcher Award. His extensive academic background, groundbreaking contributions in the fields of hydraulic modeling, sediment transport, and environmental engineering, coupled with a strong citation record and innovative solutions for reservoir sediment management, position him as a leader in his field. His research not only addresses theoretical challenges but also provides practical solutions to pressing environmental problems, such as flood control, sediment management, and ecological conservation.Given his track record of high-quality publications, patents, and collaborative research, as well as his engagement with both academia and industry, Dr. Lee’s work has substantial potential for wider application. If he continues to build on these strengths—especially by increasing international collaborations and policy engagement—he will be well-positioned to make even greater contributions to his field.Thus, Dr. Fong-Zuo Lee is an excellent candidate for this prestigious award, and his continued work will likely shape the future of environmental engineering and water resource management.

VLADICA STOJANOVIC | Applied Mathematics | Best Scholar Award

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Dr VLADICA STOJANOVIC | Applied Mathematics | Best Scholar Award

Full Professor ,University of Criminal Investigation and Police Studies ,Serbia

Vladica Stojanović is a Serbian mathematician and full professor at the University of Criminal Investigation and Police Studies, Belgrade, specializing in applied mathematics. With over 25 years of experience in academia, he has contributed significantly to various mathematical fields, especially in probability theory, time series analysis, and cryptography. His work has gained recognition for its interdisciplinary applications in cybersecurity, financial modeling, and engineering. Beyond his academic roles, Stojanović is a senior consultant in cryptology for cybersecurity, emphasizing his expertise in real-world problem-solving. He holds prestigious positions in academic councils and has earned accolades, including the 2022 Outstanding Reviewer Award from Mathematics (MDPI). His research continues to influence contemporary statistical modeling and data analysis, with a strong focus on practical applications in diverse industries.

Profile

Strengths for the Best Researcher Award

  1. Extensive Academic Background and Experience:
    • Professor Stojanović’s long and diverse academic career, spanning over 25 years, demonstrates a deep commitment to both teaching and research. His work has influenced the fields of applied mathematics, cryptology, and statistical modeling, particularly in areas such as time series analysis, dynamic processes, and probability distributions.
    • His extensive teaching experience as an Assistant Professor, Associate Professor, and Full Professor at multiple institutions, including the University of Criminal Investigation and Police Studies and the University of Priština, is commendable.
  2. Research Contributions:
    • His prolific publication record is impressive, with numerous articles in high-impact journals. Notably, his work on Poisson-Lindley processes, zero-and-one integer-valued time series, and probability generating functions for non-negative integer-valued time series has provided new methodologies and applications in dynamic analysis and financial modeling.
    • His work is widely cited in applied mathematics and statistical modeling, demonstrating his influence in the field. For instance, the article “Poisson-Lindley Minification INAR Process with Application to Financial Data” is already attracting significant attention (1 citation), suggesting its relevance in real-world applications.
    • His research also extends to interdisciplinary applications, such as cryptography for cybersecurity and modeling in environmental and engineering data, showcasing his ability to bridge different scientific domains.
  3. Awards and Recognition:
    • Professor Stojanović’s recognition as the Outstanding Reviewer Award in 2022 by Mathematics (MDPI) underscores his expertise in reviewing and contributing to the academic community.
    • His position as a Senior Consultant in Cryptology for the Cybersecurity facility in the Data Center Innovation District further highlights his leadership and expertise in applied mathematics beyond academia.
  4. Leadership and Service:
    • His leadership roles in academia, such as being the Head of the Mathematics Department and a member of various councils at the Faculty of Sciences in Kosovska Mitrovica, indicate his strong commitment to advancing the educational and research missions of his institutions.
    • His involvement in a wide range of committees demonstrates his active engagement with the academic community and his influence on shaping the future of the department and faculty.

Areas for Improvement

  1. Collaborative Research and Networking:
    • While Professor Stojanović has contributed significantly to his field, increasing his collaboration with international researchers and expanding his networking could lead to further interdisciplinary projects. Although he has published extensively in journals, fostering deeper collaborations in international research teams could broaden the impact of his work.
  2. Diversification of Research Applications:
    • Although his work is highly technical and theoretical, expanding his research into more diverse real-world applications (e.g., health, climate modeling, or policy analysis) could increase the societal impact of his contributions. His work in cryptology and dynamic analysis is promising, and applying these models to emerging global challenges could strengthen his academic portfolio.
  3. Increased Outreach and Public Engagement:
    • Engaging in public outreach activities, such as contributing to popular science forums or collaborating with industry, could raise his profile further and enhance the societal impact of his work.

Education

Stojanović earned his Bachelor’s degree in Mathematics from the University of Priština in Kosovska Mitrovica, followed by a Master’s degree and a PhD in Applied Mathematics from the same institution. His educational foundation in mathematics, coupled with his subsequent academic and research roles, laid the groundwork for his extensive contributions to the field. Throughout his career, Stojanović has continually enhanced his knowledge through further research and collaboration, earning multiple credentials in applied mathematics and contributing to the academic development of students and colleagues. His ongoing pursuit of excellence in mathematics, combined with his commitment to education and research, has solidified his reputation as a leading scholar in his field.

Experience

Vladica Stojanović’s academic career spans multiple prestigious positions. He began his journey as a Teaching Assistant at the Faculty of Economics, University of Priština, before transitioning to higher education roles. His progression to Assistant Professor, Associate Professor, and finally Full Professor at both the University of Priština and the University of Criminal Investigation and Police Studies underscores his academic growth. He has served as the Head of the Mathematics Department and been an active member of several academic councils, contributing to the development of the Mathematics curriculum and research initiatives. Alongside his teaching roles, Stojanović has been instrumental in applied research, especially in fields such as cryptology, time series analysis, and dynamic systems modeling. His leadership roles in the academic community and his interdisciplinary expertise have earned him recognition on both a national and international level.

Research Focus

Stojanović’s research primarily focuses on applied mathematics, with a strong emphasis on probability theory, time series analysis, statistical modeling, and cryptography. His contributions to the field of dynamic analysis and probability distributions have made him a leading expert in areas like Poisson-Lindley processes and integer-valued time series. He is particularly known for his work on non-negative integer-valued time series, where he applies probability generating functions for model estimation. His research also addresses real-world problems such as financial data modeling, environmental data analysis, and cybersecurity. Additionally, Stojanović’s interdisciplinary approach has led to significant collaborations with experts in fields like engineering, economics, and cryptology, ensuring that his mathematical models have practical applications in a wide range of industries, from energy markets to cybersecurity.

Publications

  • Laplace-Logistic Unit Distribution with Application in Dynamic and Regression Analysis 📝
  • Poisson-Lindley Minification INAR Process with Application to Financial Data 📉
  • Unit Exponential Probability Distribution: Characterization and Applications in Environmental and Engineering Data Modeling 🌍
  • Laplacian Split-BREAK Process with Application in Dynamic Analysis of the World Oil and Gas Market 🌐
  • Zero-and-One Integer-Valued AR(1) Time Series with Power Series Innovations and Probability Generating Function Estimation Approach 🔢
  • Parameters Estimation in Non-Negative Integer-Valued Time Series: Approach Based on Probability Generating Functions 📊
  • Cauchy Split-Break Process: Asymptotic Properties and Application in Securities Market Analysis 💹
  • Asymptotic Properties and Application of GSB Process: A Case Study of the COVID-19 Dynamics in Serbia 🦠
  • One Aggregated Approach in Multidisciplinary Based Modeling to Predict Further Students’ Education 🎓
  • Modeling Electrostatic Potential in FDSOI MOSFETs: An Approach Based on Homotopy Perturbations ⚡

Conclusion

Professor Vladica Stojanović is a highly qualified candidate for the Best Researcher Award. His sustained academic career, demonstrated through a rich body of research in applied mathematics, time series analysis, and cryptology, along with his recognized leadership and teaching excellence, positions him as a highly influential figure in his field. His work not only contributes to the academic community but also to practical applications in diverse domains like cybersecurity, financial data analysis, and dynamic systems modeling.

Despite some opportunities for increasing international collaboration and expanding the scope of his research to address broader societal issues, his academic achievements and impact are undeniable. His recognition as an outstanding reviewer and his leadership in academic committees further exemplify his contributions to the scientific community.

Thus, Professor Stojanović is undoubtedly deserving of the Best Researcher Award, and his future work will likely continue to shape and advance the field of applied mathematics and its applications.

Daniela Ticha | Orthodontics | Best Researcher Award

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Dr Daniela Ticha | Orthodontics | Best Researcher Award

MDDr , Department of Orthodontics , Slovakia

MDDr. Daniela Tichá is a dedicated dental professional and emerging researcher in orthodontics. Currently pursuing a PhD at the Faculty of Medicine, Comenius University in Bratislava, she is specializing in orthodontics while contributing to cutting-edge research in regenerative and forensic dentistry. With a background in dentistry from Jessenius Faculty of Medicine, she has gained extensive clinical experience through various internships at top dental clinics, such as Blanc Dental Clinic, Schill Dental Clinic, and ProSmile dent. Tichá is passionate about advancing dental science, particularly through the integration of innovative technologies like 3D printing in orthodontics. Alongside her clinical practice, she has published research on the application of 3D-printed polymer and composite materials in orthodontic treatments. Her future goals include making significant contributions to the field of orthodontics, particularly in the areas of material science and digital dentistry.

Profile

Orcid

Strengths for the Award

  1. Academic and Clinical Expertise:
    • Daniela Tichá has a robust educational background, currently pursuing both an internal PhD study and a specialization in orthodontics at the prestigious Comenius University in Bratislava. This indicates a deep commitment to advancing her knowledge and expertise in the field.
    • Her formal education, including a Dentistry degree from Jessenius Faculty of Medicine, provides a strong foundation in dental sciences, which she is now building upon with specialized training in orthodontics and regenerative dentistry.
  2. Hands-on Clinical Experience:
    • Tichá has accumulated valuable clinical experience through a variety of internships and job roles across reputable dental clinics such as Blanc Dental Clinic, ProSmile dent, and Schill Dental Clinic. This hands-on experience gives her a well-rounded understanding of different areas of dentistry, particularly in orthodontics.
    • Her recent work at Stoma SA, s. r. o. and DentSmile s.r.o. further demonstrates her current active engagement in clinical practice, where she can apply her research findings directly to patient care.
  3. Research Contributions:
    • Tichá’s recent publication titled “Three-Dimensionally-Printed Polymer and Composite Materials for Dental Applications with Focus on Orthodontics” in the Polymers journal highlights her active involvement in innovative research. The topic of 3D-printed materials for dental applications is at the forefront of modern dental technology, and her contribution shows an awareness of cutting-edge trends in orthodontics.
    • Collaborating with other researchers like Juraj Tomášik, Ľubica Oravcová, and Andrej Thurzo on such a relevant topic adds credibility to her research contributions and emphasizes her ability to work within interdisciplinary teams.
  4. Commitment to Continuing Education:
    • Tichá’s ongoing studies, including her PhD and specialization in orthodontics, suggest that she is committed to staying at the cutting edge of both clinical practice and academic research. This ongoing pursuit of education shows her long-term dedication to contributing to her field.

Areas for Improvement

  1. Wider Visibility in International Research Circles:
    • While Tichá’s publication in Polymers is a notable achievement, her body of published work may benefit from further international exposure in higher-impact journals or conferences. Building a more prominent presence in international research forums will help her gain broader recognition and networking opportunities with other leading researchers.
  2. Expansion of Research Topics:
    • Although her current research on 3D-printed materials for orthodontics is a promising and modern area of study, expanding her research to include other aspects of regenerative and forensic dentistry could open up additional avenues for growth. By exploring more diverse topics within her specialties, she may further cement her position as an expert in various facets of dental science.
  3. Strengthening Public Outreach and Dissemination:
    • While Tichá is actively publishing her research, increasing her outreach to the dental community, educators, and even the general public through webinars, speaking engagements, or popular science articles could enhance the impact of her research. Engaging in public education on new developments in orthodontics and dental materials will not only showcase her expertise but also help bridge the gap between scientific knowledge and practical, real-world applications.

Education (150 words):
MDDr. Daniela Tichá is currently pursuing an Internal PhD Study at the Faculty of Medicine, Comenius University in Bratislava (2024-present), with a focus on orthodontics and regenerative dentistry. She is also enrolled in a Specialization Study in Orthodontics at the same institution. Tichá graduated with a Doctor of Dental Medicine (MDDr.) degree from the Jessenius Faculty of Medicine in Martin in 2023. Her foundational education includes a Gymnasium at Veľká Okružná in Žilina (2011-2015) and proficiency in English, earned at the Language School in Žilina (2008-2016). Tichá’s education is a blend of clinical practice and theoretical research, supported by her ongoing studies at Comenius University, where she aims to bridge the gap between new scientific advancements and practical orthodontic applications.

Experience

 MDDr. Daniela Tichá has gained substantial clinical experience through various internships at renowned dental practices. Since July 2024, she has been working at Stoma SA, s.r.o., and previously worked at 24 Dental s.r.o. and DentSmile s.r.o. in 2023-2024. Tichá’s internships include prominent clinics like Blanc Dental Clinic and ProSmile Dent, where she honed her skills in general dentistry and orthodontics. She has also worked at Schill Dental Clinic and Rodent s.r.o., providing a broad understanding of dental procedures and patient care. Her internships at MUDr. Kavecká in UNM Žilina and MDDr. Zubal further enriched her experience in clinical practice. Tichá has also contributed to part-time roles with Dental Alarm, Meridol, and Elmex, gaining exposure to dental product marketing. This extensive hands-on experience complements her research endeavors and ongoing academic studies in orthodontics.

Research Focus 

MDDr. Daniela Tichá’s research primarily focuses on the use of 3D-printed polymer and composite materials for dental applications, with an emphasis on orthodontics. She is investigating how these advanced materials can enhance orthodontic treatments, particularly through improved customization, precision, and comfort for patients. Her ongoing PhD research at Comenius University explores the potential of these innovative materials in orthodontic devices and their effectiveness in clinical applications. Tichá’s work also addresses the broader field of regenerative dentistry, seeking ways to incorporate new materials and technologies that can improve patient outcomes. Her research intersects with digital dentistry, aiming to bring more personalized, efficient, and accurate solutions to orthodontic treatments. By combining her clinical expertise and research interests, Tichá is contributing to the next generation of dental materials and technologies that have the potential to revolutionize orthodontics.

Publications

  • Three-Dimensionally-Printed Polymer and Composite Materials for Dental Applications with Focus on Orthodontics (2024) 💻📚

Conclusion

MDDr. Daniela Tichá shows significant promise as a researcher, particularly in the emerging fields of orthodontics and dental material technology. Her academic training, diverse clinical experiences, and early-stage contributions to innovative research position her as a strong contender for the Best Researcher Award. With further visibility and expansion of her research portfolio, she has the potential to make substantial contributions to the global dental research community. Given her dedication to both her clinical practice and research, Tichá is well on her way to becoming a leading figure in dental sciences.