Tag: Young Researcher Award

Birojit Das, Mathematics, Young Researcher Award

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Asst. Prof. Birojit Das: Assistant Professor at Amity University Kolkata, India

Dr. Birojit Das is an accomplished mathematician and Assistant Professor at Amity University Kolkata, India, with specialized expertise in uncertainty theory, fuzzy mathematics, and sequence spaces. He completed his Ph.D. at the National Institute of Technology Agartala, where he focused on the theory of complex uncertain variables and matrix transformations. His work bridges abstract mathematical theory with practical applications, contributing significantly to the development of uncertainty theory—a field initiated by Prof. Boading Liu.

Online Profiles

Google Scholar Profile

Dr. Das actively engages with the global research community through profiles on platforms like ResearchGate, Google Scholar, and ORCID, where he disseminates his extensive body of work. He is also a life member of professional societies including The Indian Mathematical Society and The Indian Science Congress Association. Furthermore, he serves as a reviewer for multiple respected international journals in mathematics, uncertainty, and fuzzy systems, reflecting his recognized expertise in the field.

Dr. Birojit Das has a total of over 400 citations across his publications, with an h-index of 12 and an i10-index of 15, reflecting the consistent impact and recognition of his research within the academic community.

Education

Dr. Das completed his early education in Tripura, India, followed by a BSc in Mathematics from MBB College with a 70% score and an MSc in Mathematics at NIT Agartala, achieving a 9.33 CGPA. He pursued his Ph.D. from 2017 to 2021 at NIT Agartala, where his dissertation titled “A Study on Sequences of Complex Uncertain Variable and Matrix Transformation” explored convergence and transformation theories within uncertainty spaces, laying a strong foundation for his future research career.

Research Focus

His primary research interest lies in uncertainty theory and credibility theory, with a focus on the convergence properties of uncertain sequences and series. He explores both weak and strong convergence, matrix transformations, and the introduction of new convergence concepts within uncertain sequence spaces. Additionally, Dr. Das delves into fuzzy topological structures and their operational mechanisms, contributing to advancements in fuzzy bitopological spaces and neutrosophic metric spaces.

Experience

Dr. Das has accumulated diverse academic experience starting as a Guest Lecturer and Ad-hoc Faculty at several prestigious institutions such as NIT Warangal and NIT Jalandhar. Since July 2024, he has been an Assistant Professor at Amity University Kolkata. He also participated in specialized training programs like the Mini-MTTS in 2013 and engaged in knowledge exchange activities at Tsinghua University, China, further enriching his academic and research skills.

Research Timeline & Activities

Since beginning his Ph.D. research in 2017, Dr. Das has developed a prolific publication record with over 50 articles in international journals, steadily increasing his h-index to 12. He has presented keynote speeches and invited lectures at top global universities and conferences including Tsinghua University, Yangzhou University, and the Alfred Renyi Institute of Mathematics in Hungary. His collaborations often focus on applying uncertainty theory to sequence spaces and advancing theoretical frameworks in this emerging domain.

Awards & Honors

Dr. Das has been recognized with numerous accolades, such as the Gold Medal from NIT Agartala for academic excellence and several Best Research Paper Awards at international conferences, including the 6th International Conference on Uncertainty Theory. He was honored with the Bharat Ratna Mother Teresa Gold Medal Award and twice received the B.R. Ambedkar Prize from the Tripura State Government. His research is highly regarded by prominent scholars, including an invitation by Prof. Boading Liu to deliver invited lectures at Tsinghua University.

Top Noted Publication

A highly cited work is his article “Statistical convergence of complex uncertain triple sequence,” published in Communications in Statistics—Theory and Methods, which has garnered over 40 citations. This paper is considered seminal in extending the framework of statistical convergence to complex uncertain sequences, highlighting Dr. Das’s pivotal role in progressing uncertainty theory and its applications to functional analysis and sequence spaces.

Dr. Birojit Das has contributed several highly cited works in the field of uncertainty theory and sequence spaces. Notable publications include:

  • Characterization of statistical convergence of complex uncertain double sequences (2020, Analysis and Mathematical Physics), cited 56 times.

  • Statistical convergence of complex uncertain triple sequences (2021, Communications in Statistics-Theory and Methods), cited 43 times.

  • Almost convergence of complex uncertain triple sequences (2021, Proceedings of the National Academy of Sciences, India), cited 32 times.

  • Some Continuous Neutrosophic Distributions with Neutrosophic Parameters Based on Neutrosophic Random Variables (2022, Advances in the Theory of Nonlinear Analysis and its Application), cited 26 times.

  • On strongly almost λ-convergence and statistically almost λ-convergence in the environment of uncertainty (2022, International Journal of General Systems), cited 25 times.

These influential papers reflect Dr. Das’s deep engagement with complex uncertain sequences and convergence concepts, underpinning his leading role in the advancement of uncertainty theory.

Strengths for the Best Innovator Award

  1. Pioneering Research in Uncertainty Theory:
    Dr. Birojit Das has significantly advanced the theory of complex uncertain sequences, introducing novel concepts of statistical and almost convergence in uncertain and neutrosophic environments. His work bridges classical mathematical theory with emerging fields, fostering new methods for handling uncertainty in mathematical analysis.

  2. High Research Impact and Recognition:
    With over 400 citations, an h-index of 12, and multiple highly cited publications in prestigious journals, Dr. Das’s research has demonstrated consistent academic influence. His work is recognized globally, evidenced by invitations to deliver lectures at leading universities such as Tsinghua University and the Alfred Renyi Institute.

  3. Innovative Applications of Abstract Theory:
    Beyond theoretical contributions, Dr. Das explores practical applications of uncertainty and fuzzy mathematics in diverse fields, such as neutrosophic distributions and fuzzy topological spaces. This interdisciplinary approach showcases his ability to translate complex mathematical ideas into tools with broad applicability.

  4. Active International Collaboration and Knowledge Exchange:
    Dr. Das has engaged with global academic communities through research collaborations, keynote speeches, and training programs, including notable exchanges at Tsinghua University, China. This reflects his commitment to innovation through global partnerships and continuous learning.

  5. Recognition Through Prestigious Awards and Leadership:
    His achievements include gold medals for academic excellence, best research paper awards, and esteemed honors such as the Bharat Ratna Mother Teresa Gold Medal Award. These accolades reflect both the quality and innovation of his work, marking him as a leader in uncertainty theory and applied mathematics.

Vijayalakshmi Pandurangan, Chemistry, Young Researcher Award

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Dr. Vijayalakshmi Pandurangan: Senior Lecturer at Saveetha University Saveetha Medical College and Hospital, India

Title / Designation: Dr
Name: Vijayalakshmi Pandurangan
Current Role / Designation: Senior Lecturer
Organization / Institution Details: Saveetha University, Saveetha Medical College and Hospital
Country: India
Subject Track: Chemistry
Award Categories: Young Researcher Award

Dr. Vijayalakshmi P. is a highly motivated researcher and academic with a specialization in nanomaterials, photocatalysis, electrochemistry, and environmental remediation. She has cultivated a strong interdisciplinary background through her academic pursuits in chemistry, education, and applied science, combining theoretical expertise with practical laboratory experience. Her work focuses on solving real-world environmental issues, particularly the degradation of pharmaceutical and agricultural pollutants using advanced nanocomposites. Known for her diligence, collaborative spirit, and academic excellence, she has contributed significantly to the scientific community through impactful publications and international presentations.

Online Profiles

Dr. Vijayalakshmi maintains a strong academic presence across various platforms to share her research contributions and collaborate with peers. Her Google Scholar profile showcases her growing citation index and visibility in the research community, while her ResearchGate account reflects ongoing research discussions and preprints. She actively networks via LinkedIn and is in the process of developing a professional website to curate her work portfolio.

  • Citations: 7 citations across 7 documents

  • Documents: 10 documents published

  • h-index: 2

Education

Dr. Vijayalakshmi completed her Ph.D. in Chemistry from Tamil Nadu Open University in 2024, with a highly commended thesis titled “Synthesis of Nanocomposites and Its Photocatalytic Degradation Efficiency on Organic Pollutants.” Prior to her doctoral studies, she earned an M.Sc. in Chemistry from the University of Madras and an M.Ed. in Education from Lady Willingdon Institute, affiliated with TNTEU, reflecting her dual interest in scientific research and pedagogy. Her educational foundation also includes a B.Ed., B.Sc. in Chemistry, and a diploma in Yoga for Human Excellence, which complements her commitment to holistic academic growth and well-being.

Research Focus

Her research is centered on designing and synthesizing multi-component nanocomposites for sustainable applications in water purification, energy storage, and pollutant degradation. She works extensively with visible-light active photocatalysts such as g-C₃N₄, TiO₂, and CuFe₂O₄ to enhance the degradation efficiency of pharmaceutical and pesticide residues in water. Beyond synthesis, her interests extend to electrochemical characterization, molecular docking, and computational modeling, allowing her to understand reaction mechanisms at both the macroscopic and molecular levels. Her interdisciplinary approach bridges materials chemistry, environmental science, and computational biology.

Experience

With over five years of professional experience, Dr. Vijayalakshmi currently serves as a Senior Lecturer at the Center for Global Health Research, Saveetha Medical College, where she integrates teaching and advanced research in nanotechnology and environmental chemistry. She has previously worked as a science teacher at D.A.V. School, Kanchipuram, and served as a joint research scholar at CSIR–NEERI, Chennai, gaining field-level and institutional research experience. Her diverse roles have enabled her to guide students, conduct high-end analytical research, and contribute to institutional collaborations on environmental issues and sustainability research.

Research Timeline & Activities

From 2020 to 2024, her doctoral journey was marked by the systematic synthesis and structural characterization of novel nanocomposites, followed by detailed photocatalytic studies on their performance in degrading pollutants under visible light. Her collaboration with CSIR–NEERI strengthened her understanding of environmental toxicology and water treatment techniques. She actively participated in over 25 national and international webinars, workshops, and hands-on training in XRD, HRSTEM, spectroscopy, and electrochemical methods. Throughout this period, she published 12 peer-reviewed articles, presented papers at major conferences, and took part in research outreach and faculty development programs.

Awards & Honors

Dr. Vijayalakshmi’s academic journey has been consistently marked by excellence, with her Ph.D. awarded as Highly Commended for its originality and research impact. She received accolades for best paper presentations in conferences hosted by reputed institutions like BIHER, Ethiraj College, and Anna Adarsh College. She was also recognized for her participation in national-level seminars and workshops on advanced instrumentation and nanoscience. Her dedication to both education and research has earned her the reputation of being a well-rounded scholar committed to scientific advancement and knowledge dissemination.

Top Noted Publication

One of her most impactful publications is titled “Enhanced photocatalytic activity of V₂O₅/g-C₃N₄/ZnO nanocomposite for efficient degradation of amoxicillin, chlorpyrifos and methylene blue” published in Ionics (Springer, 2024). This work highlights a novel nanocomposite with exceptional photocatalytic efficiency under visible light, addressing a critical need in water treatment. The study contributes valuable insights into Z-scheme photocatalytic systems and provides a potential framework for scalable environmental solutions. This publication stands out for its interdisciplinary application, combining materials science, environmental chemistry, and real-world applicability.

Fabrication of Symmetric PANI/CeVO₄ Nanocomposites Supercapacitor Device: Electrochemical Characterization and Performance Evaluation

  • Journal: Electrochimica Acta

  • Date: August 2025

  • DOI: 10.1016/j.electacta.2025.146512

  • Contributors: Abirami S, Kumar E, Vigneshwaran B, Vijayalakshmi P

  • Abstract: This work presents the fabrication of symmetric PANI/CeVO₄ nanocomposites for supercapacitor applications, exploring their electrochemical behavior and charge-discharge performance. The study includes comprehensive characterization techniques such as cyclic voltammetry and impedance spectroscopy, establishing the nanocomposites as efficient materials for high-performance energy storage devices.

Visible-Light-Activated Graphitic Carbon Nitride/CdS Heterostructure for Superior Photocatalytic Removal of Amoxicillin

  • Journal: Asian Journal of Chemistry

  • Date: July 31, 2025

  • DOI: 10.14233/ajchem.2025.34205

  • Contributors: Pandurangan Vijayalakshmi, Visnu Sasithra

  • Abstract: This study explores the synthesis of a graphitic carbon nitride/CdS heterostructure for the efficient photocatalytic degradation of amoxicillin under visible light. The research highlights its exceptional photocatalytic performance, addressing the urgent need for pharmaceutical pollutant degradation in wastewater treatment.

Photocatalytic Nanocomposites for Amoxicillin Degradation: Mechanistic Insights, Kinetics, and Environmental Implications

  • Journal: Bangladesh Journal of Medical Science

  • Date: July 3, 2025

  • Contributors: Vijayalakshmi Pandurangan

  • Abstract: This article delves into the mechanistic aspects and kinetics of photocatalytic degradation of amoxicillin using nanocomposites, providing a deep insight into the degradation pathways and environmental impacts. The study suggests feasible solutions for mitigating pharmaceutical contaminants in aquatic environments through advanced photocatalysis.

Photocatalytic Performance of SnO₂ Nanoparticles for the Efficient Degradation of Chlorpyrifos Pesticide Under Visible Light Irradiation

  • Journal: Asian Journal of Chemistry

  • Date: May 27, 2025

  • DOI: 10.14233/ajchem.2025.33777

  • Contributors: Pandurangan Vijayalakshmi, Ramana Gangireddy, Lakshmi Thangavelu, S. Visnu

  • Abstract: In this work, SnO₂ nanoparticles are explored for their photocatalytic degradation efficiency of the pesticide chlorpyrifos under visible light. The study investigates their photocatalytic mechanisms, revealing the potential for these nanoparticles in environmental decontamination, particularly in agricultural runoff management.

Enhanced Photocatalytic Activity of Z-Scheme ZrO₂/V₂O₅ Nanocomposite with Graphite Carbon Nitride for Effective Degradation of Amoxicillin and Crystal Violet Under Visible Light

  • Journal: Emergent Materials

  • Date: April 2025

  • DOI: 10.1007/s42247-025-01025-8

  • Contributors: Pandurangan Vijayalakshmi, Abirami Selvakumar, Vigneshwaran Baskaran, Royapuram Veeraragavan Geetha

  • Abstract: This study presents a Z-scheme ZrO₂/V₂O₅ nanocomposite coupled with graphite carbon nitride for enhanced photocatalytic degradation of both amoxicillin and crystal violet dyes. The results show superior photocatalytic activity and stability, demonstrating the potential of the composite in simultaneous removal of organic pollutants from wastewater.

Amanullah Adeel, Environmental Science, Young Researcher Award

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Dr. Amanullah Adeel: Research Student at Shivaji University, Kolhapur, India

Title/Designation: Dr.
Name: Amanullah Adeel
Current Role/Designation: Research Student
Organization/Institution: Shivaji University, Kolhapur
Country: India
Subject Track: Environmental Science
Award Categories: Young Researcher Award

Amanullah Adeel is a passionate environmental researcher dedicated to tackling climate change through innovative and data-driven approaches. With a strong foundation in climate modeling, geospatial analysis, and sustainability assessment, he transforms complex environmental data into practical strategies for mitigation and adaptation. His expertise spans life cycle assessment, remote sensing, and machine learning applications, enabling him to contribute meaningfully to resilient agricultural and industrial systems worldwide.

Online Profiles

Google Scholar Profile

Since 2020, Amanullah Adeel’s research work has garnered a total of 4 citations, reflecting growing recognition within the scientific community. His current h-index stands at 1, Amanullah’s consistent contributions are steadily building his scholarly impact in environmental science and climate change mitigation.

Education

Amanullah is pursuing a Ph.D. in Environmental Science at Shivaji University, India, focusing on agricultural soil carbon sequestration as a key climate change mitigation pathway. He earned a PG Diploma in Geoinformatics, enhancing his skills in spatial data analysis, and completed his M.Sc. in Environmental Science at the same institution. His academic journey began with a B.Sc. in Geosciences from Kabul University, where he built his foundational knowledge in earth systems. He also completed his secondary education at Safid Aab High School in Afghanistan, laying the groundwork for his scientific career.

Research Focus

His research is centered on understanding and enhancing soil carbon storage to mitigate greenhouse gas emissions, particularly in agricultural landscapes. He employs advanced tools such as the Cool Farm Tool, Google Earth Engine, and machine learning algorithms to assess carbon stocks and model climate impacts. Amanullah’s work integrates remote sensing and GIS technologies to analyze land use changes, environmental impacts, and policy-driven climate adaptation strategies, supporting sustainable agricultural practices and carbon-neutral goals.

Experience

Currently, Amanullah serves as an Environmental Lecturer at Shivaji University, where he teaches courses on Life Cycle Assessment, GIS, remote sensing, climate policies, and environmental auditing. He has mentored students in the practical application of software tools and sustainability frameworks. Previously, as an Environmental Auditor for Afghanistan’s Ministry of Defense, he led nationwide audits, coordinated environmental impact assessments, and utilized geospatial techniques to monitor compliance and mitigate environmental risks associated with military and infrastructure projects.

Research Timeline & Activities

Amanullah’s research trajectory began with groundwater quality analysis during his MSc, followed by geospatial modeling of rainfall-runoff dynamics for a regional river basin. His recent projects involve cutting-edge soil organic carbon mapping using satellite imagery and machine learning, coupled with field-based carbon stock assessments in sugarcane croplands. He actively participates in global climate initiatives and youth training programs, continuously advancing his expertise while contributing to peer-reviewed publications and collaborative research efforts.

Awards & Honors

Amanullah’s dedication has been recognized with a Silver Elite Certificate in National E-Waste Management competitions and ISO certifications (9001, 14001, 50001) from TUV India, demonstrating his commitment to quality and environmental management standards. He was selected to represent Shivaji University at the Youth Environmental Parliament in Jaipur (2025) and has been involved in prestigious global programs like the Youth Global Climate Training and the UN Climate Change’s Climate Champion initiative, reflecting his leadership in environmental advocacy.

Top Noted Publication

Among his impactful works, the 2025 article titled “Assessing greenhouse gas emissions and energy consumption from 15 sugar cane farms in Karvir taluka, India using the Cool Farm Tool” stands out. Published in Environmental Progress & Sustainable Energy (Wiley), this study provides valuable data on farm-level emissions and energy use, informing regional climate action and sustainable agricultural practices. It exemplifies his ability to blend scientific rigor with practical applications to guide environmental policy and carbon footprint reduction.

  • Assessing greenhouse gas emissions and energy consumption from 15 sugar cane farms in Karvir taluka, India using the cool farm tool
    A. Adeel, P. Smith, S.H. Vetter, S.S. Otari, A.S. Jadhav
    Environmental Progress & Sustainable Energy, 44(3), e14612 — Cited by 2 (2025)

  • Identifying the Optimal Sugarcane Residue Percentage for Soil Enhancement: A Statistical and GIS Approach
    A. Adeel, A.S. Jadhav
    Circular Economy and Sustainability, pp. 1–22 — Cited by 1 (2024)

  • Concerning Human Health Risks of Trace Elements Contamination in Groundwater Sources nearby the Arabian Sea, Malvan Coastal Area, India
    A. Adeel, N.B. Gaikwad, S.T. Chougale, P.S. Sarkale, P.R. Bhosale, A.S. Jadhav
    YMER Digit — Cited by 1

  • Soil Carbon Stock Estimation in Sugarcane Cropland Using the Cool Farm Tool
    A. Adeel, A.S. Jadhav
    Agricultural Research, pp. 1–9 — 2025

  • A bibliometric analysis of climate change mitigation through agricultural soil carbon sequestration
    A. Adeel, P.R. Dharmoji, A.S. Jadhav
    Journal of Aquatic Research and Sustainability, 2(2), 4–14 — 2025

  • Women In Environmental Conservation and Sustainability
    A.S.J.A.A.S.T. Chougale
    Journal of Shivaji University: Science and Technology, 45(2), 48–52 — 2019

  • Evaluation of groundwater quality in Kolhapur, Maharashtra, India with the insights of WQI and GIS, in the pandemic of Covid-19
    A.J.A.S. Adeel

Vivek Ranjan, Environmental Science, Young Researcher Award

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Dr. Vivek Ranjan: Principal Project Associate at Wildlife Institute of India, India

Dr. Vivek Ranjan is a wildlife scientist and conservation practitioner specializing in biodiversity impact assessments, large carnivore ecology, and human–wildlife interactions. With more than nine years of field-based and policy-oriented experience, he has led projects addressing conservation challenges in forests, wetlands, and transboundary landscapes. Currently serving as Principal Project Associate at the Wildlife Institute of India, he integrates ecological research with conservation planning and community engagement. His work emphasizes creating science-based solutions for habitat management, mitigating wildlife conflicts, and balancing infrastructure development with biodiversity needs. Through his research, teaching, and advisory roles, he contributes to strengthening wildlife conservation policies in India and beyond.

Online Profiles

ORCID Profile

Education

Dr. Ranjan earned his Ph.D. in Forestry (Wildlife Science) from the Forest Research Institute (Deemed to be University), Dehradun, conferred in June 2025. His doctoral research explored habitat changes and their ecological implications for wildlife species, particularly in human-dominated landscapes of the Terai. The program provided him with rigorous training in ecological methods, conservation biology, and interdisciplinary approaches to environmental challenges. His educational journey was shaped by earlier research fellowships and project work that laid the foundation for his expertise in species ecology, conservation planning, and biodiversity impact mitigation.

Research Focus

Dr. Ranjan’s research primarily focuses on human–wildlife interactions, with an emphasis on understanding conflict dynamics and developing mitigation strategies. His work spans ecological assessments of large carnivores such as tigers, leopards, and dholes, population studies of endangered aquatic species like the gharial, and biodiversity surveys in critical habitats across India. He also specializes in evaluating the ecological impacts of linear infrastructure, irrigation, and wetland projects on wildlife. A core component of his approach integrates field-based ecological monitoring, socio-economic assessments, and stakeholder engagement to design conservation strategies that are scientifically sound and socially inclusive.

Experience

Over nearly a decade, Dr. Ranjan has held multiple positions ranging from Wildlife Biologist and Project Fellow to his current role as Principal Project Associate at the Wildlife Institute of India. He has managed interdisciplinary projects addressing tiger conservation in the Indo-Nepal transboundary region, biodiversity assessments in the Indian Himalayan landscape, and wetland impact studies in Punjab. His expertise includes field survey design, ecological data analysis, conservation planning, stakeholder coordination, and community-based conservation initiatives. Beyond research, he has contributed to capacity building, training forest staff and engaging local communities in sustainable practices, making his work both impactful and inclusive.

Research Timeline & Activities

Between 2016 and 2025, Dr. Ranjan has led or contributed to more than seven major research projects covering species conservation, habitat management, and human–wildlife coexistence. Early in his career, he conducted gharial population studies under the Rufford Small Grant, followed by biodiversity surveys in Bihar and Jharkhand to address infrastructure impacts. From 2019 to 2023, he advanced tiger conservation strategies in Uttarakhand and Nepal, integrating ecological and socio-economic insights into management plans. More recently, he has been involved in assessing the impacts of irrigation and wetland projects, with a strong focus on developing mitigation frameworks and conservation plans. These activities highlight his ability to bridge field ecology with conservation policy.

Awards & Honors

Dr. Ranjan has received recognition for his contributions to conservation, notably the Rufford Small Grant (2016–2017) for his pioneering research on gharial populations in the Katerniaghat Wildlife Sanctuary. His leadership roles in multi-institutional and government-funded projects have brought him opportunities to present at prestigious national and international conferences. He has also been acknowledged by institutions and forest departments for his capacity-building initiatives, training programs, and conservation advisory support. These honors reflect both his academic contributions and his ability to influence on-the-ground conservation outcomes.

Top Noted Publication

Among his 13 peer-reviewed works, one of his most cited contributions is the 2025 article in Scientific Reports, titled “Assessing the implications of habitat transformations on human–large carnivore interactions outside protected areas.” This publication offers novel insights into how land-use changes beyond protected areas shape carnivore ecology and conflict with humans, providing valuable inputs for conservation planning in developing landscapes. In addition to this, his body of work includes articles in Journal of Threatened Taxa, Oryx, Scientific Reports, and Indian Forester, collectively advancing scientific knowledge and practical conservation strategies across India’s diverse ecosystems.

  • Ranjan, V., Badola, R., Hussain, S. A., & Dhakate, P. M. (2025). Assessing the implications of habitat transformations on human–large carnivore interactions outside protected areas. Scientific Reports. DOI: 10.1038/s41598-025-13808-4
    This study highlights how land-use changes beyond protected areas influence carnivore ecology and human–wildlife conflicts, offering vital insights for conservation policy.

  • Ranjan, V., Hussain, S. A., Badola, R., Vashistha, G., & Dhakate, P. M. (2024). Feeding dynamics of sympatric large carnivores in an anthropogenic landscape of the Indian Terai. Journal of Threatened Taxa. DOI: 10.11609/jott.9286.16.9.25791-25801
    This paper provides novel insights into the dietary overlap and resource partitioning among large carnivores in human-dominated landscapes, contributing to coexistence strategies.

Juan Huang, Medicine, Young Researcher Award

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Dr. Juan Huang: Attending physician – Beijing Anding Hospital, Capital Medical University, Beijing, China

Dr. Juan Huang is an Attending Physician at Beijing Anding Hospital, Capital Medical University, with a strong background in psychiatry and mental health. She has been actively engaged in both clinical practice and academic research, with particular interest in mood disorders such as depression and bipolar disorder. Her work bridges patient care with innovative scientific inquiry, aiming to improve diagnostic accuracy, treatment precision, and long-term patient outcomes.

Online Profiles

Scopus Profile

Juan Huang, affiliated with Capital Medical University in Beijing, China, has a Scopus ID of 57226877329. She has published 12 documents, which have been cited 124 times by 124 documents, and holds an h-index of 6.

Education

Dr. Huang completed her Bachelor of Medicine (B.Med.) in Psychiatry at Bengbu Medical College in 2013, where she built a strong foundation in psychiatric medicine. She then pursued her postgraduate training at Capital Medical University, earning a Master of Medicine (M.Med.) in Psychiatry and Mental Health in 2017. Her educational trajectory reflects a continuous commitment to academic excellence and professional specialization, equipping her with the expertise to integrate theory, research, and clinical application in psychiatry.

Research Focus

Her research primarily centers on mood disorders, with an emphasis on the clinical and biological underpinnings of depression and bipolar disorder. She is particularly interested in antidepressant resistance, biological rhythm disturbances, and personalized medicine approaches that incorporate genetic and pharmacological markers. By investigating these areas, Dr. Huang aims to contribute to precision psychiatry, enhancing the effectiveness of treatment strategies and improving patients’ quality of life.

Experience

Since joining Beijing Anding Hospital in 2017, Dr. Huang has advanced from Physician to Attending Physician, gaining comprehensive experience in clinical psychiatry. In her current role, she combines direct patient care with active involvement in multi-level research projects, clinical trials, and academic publications. Her experience reflects not only her clinical competence but also her dedication to evidence-based innovation in psychiatry, making her an active contributor to both the hospital’s clinical excellence and its academic mission.

Research Timeline & Activities

In recent years, Dr. Huang has taken part in several significant research projects at hospital, municipal, and bureau levels. Notably, she has been a participant in a large-scale randomized controlled trial investigating esketamine for antidepressant resistance, as well as studies on pharmacogenetics and therapeutic drug monitoring for depression. Additionally, she has served as the principal investigator of a hospital-level study examining biological rhythm disorders in bipolar disorder, reflecting her ability to lead independent research initiatives. These projects highlight her consistent engagement with cutting-edge psychiatric research and her active role in advancing the field.

Awards & Honors

Dr. Huang has received recognition through multiple competitive research grants, which underscore both her scientific merit and the relevance of her work to clinical psychiatry. These include funding from the Beijing Hospital Administration Center and Beijing Anding Hospital, awarded at bureau, municipal, and institutional levels.

Top Recent Publication

Among her recent academic contributions, Dr. Huang’s first-author article in Frontiers in Psychiatry (2023), titled Agomelatine in the treatment of anhedonia, somatic symptoms, and sexual dysfunction in major depressive disorder, stands out as a key work. This study highlights her focus on the nuanced symptoms of depression and the importance of personalized treatment. It reflects her broader research agenda of integrating clinical practice with innovative therapeutic strategies, making it a valuable addition to current psychiatric literature.

Here’s a summary of the new BMC Psychiatry article, titled “Serum folate and homocysteine as biomarkers for suicide risk in major depressive disorder: insights in males and younger patients”, published on 31 July 2025

  • Title:
    Serum folate and homocysteine as biomarkers for suicide risk in major depressive disorder: insights in males and younger patients
  • Authors:
    Liu C, Ma Y, Zhou Y, Wang S, Li J, Zhang H, et al.
  • Journal:
    BMC Psychiatry
  • Year:
    2025
  • Volume / Article Number:
    25:745
  • DOI:
    10.1186/s12888-025-07183-7

ASHOKKUMAR M, Materials Science, Young Researcher Award

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Dr. M. Ashokkumar: Assistant professor at Chennai Institute of Technology, India

Dr. M. Ashokkumar is an Assistant Professor (Research) at the Chennai Institute of Technology, Chennai, India, with over three years of focused research experience in surface engineering and nearly five years of teaching experience in mechanical engineering. His academic journey has been driven by a passion for advancing material science, specifically in the areas of thermal spray coating techniques, wear and corrosion resistance, and composite materials. He holds a Ph.D. from Annamalai University, where his doctoral research focused on enhancing the performance of cold-sprayed metal matrix composite coatings on magnesium alloys through friction stir processing. Dr. Ashokkumar’s research interests extend to optimizing fabrication techniques for better material properties, especially in the context of improving the durability of aerospace and automotive components.

Online Profiles

Dr. Ashokkumar is highly active across various academic and professional platforms. His profiles showcase his contributions to the fields of surface engineering and composite materials:

  • Web of Science: Profile Link – A comprehensive profile with detailed publication records.

  • Scopus: Profile Link – Provides access to a list of citations and research metrics.

  • ResearchGate: Profile Link – Dr. Ashokkumar’s profile on ResearchGate highlights his publications and collaborations with global researchers.

  • Google Scholar: Profile Link – His Google Scholar profile provides detailed citation counts and links to his published papers.

  • ORCID: Profile Link – A unique identifier linking his research across different academic and publishing platforms.

  • Total Citations: 608 (599 since 2020)

  • h-index: 16 (15 since 2020)
    The h-index is a metric that indicates both the productivity and citation impact of a scholar’s work. An h-index of 16 means that Dr. Ashokkumar has published 16 papers that have been cited at least 16 times each, reflecting consistent and impactful research output.

  • i10-index: 22 (since 2020)
    The i10-index measures the number of academic publications with at least 10 citations. Dr. Ashokkumar has 22 papers that have received significant attention, further indicating the relevance and influence of his research in the field.

Education

Dr. Ashokkumar earned his Ph.D. in Mechanical Engineering from Annamalai University, with his thesis focusing on the enhancement of cold-sprayed metal matrix composite coatings on magnesium alloys through friction stir processing. His research aimed to optimize the performance of these coatings in terms of adhesion strength, hardness, and corrosion resistance. The work, conducted under the guidance of Dr. D. Thirumalaikumarasamy, has contributed significantly to the understanding of cold spray technology and its applications in aerospace and automotive industries. Apart from his doctoral studies, Dr. Ashokkumar also holds certificates in various advanced software tools such as AutoCAD, CATIA, ANSYS, and MATLAB, enhancing his capabilities in design and simulation for material processing and optimization techniques.

Research Focus

Dr. Ashokkumar’s research is rooted in surface engineering, where he applies advanced techniques to improve the durability, wear resistance, and corrosion protection of metal alloys and composite materials. His primary focus is on cold spray coating techniques, particularly for magnesium alloys in aerospace and automotive applications. By utilizing friction stir processing, he aims to enhance the physical and mechanical properties of these coatings, such as adhesion strength and resistance to environmental degradation. Additionally, his research investigates optimization techniques like response surface methodology (RSM) and particle swarm optimization (PSO) to fine-tune spray parameters and ensure high-performance coatings. Dr. Ashokkumar’s work also explores the integration of composite materials in coating systems to enhance the overall mechanical performance and lifespan of critical components.

Experience

Dr. Ashokkumar has significant academic and research experience spanning several years. Currently, he serves as an Assistant Professor (Research) at the Chennai Institute of Technology, where he continues his research work while mentoring students in the areas of mechanical engineering and surface engineering. Previously, he worked as an Assistant Professor in the Department of Mechanical Engineering at Government College of Engineering, Bargur (2022–2024), and as a Lecturer at MRK Polytechnic College, Kattumanarkoil. Throughout his career, Dr. Ashokkumar has been involved in teaching undergraduate courses, conducting lab sessions, and guiding research projects, particularly those focusing on material properties, surface engineering, and optimization techniques. His role at various institutions has not only enhanced his teaching experience but also allowed him to collaborate with researchers and students on various groundbreaking projects in material science.

Research Timeline

  • 2024 – Present: Assistant Professor (Research) at Chennai Institute of Technology, Chennai, India – Currently involved in advanced research in cold spray coating technologies, focusing on composite materials and optimization techniques.

  • 2022 – 2024: Assistant Professor, Department of Mechanical Engineering, Government College of Engineering, Bargur, India – Worked on research projects involving cold spray coatings and their applications in corrosion and wear resistance.

  • 2017 – 2022: Lecturer, MRK Polytechnic College, Kattumanarkoil, India – Focused on teaching mechanical engineering students and conducting research related to composite materials.

  • Ph.D. Research (2017): Research on enhancing cold-sprayed metal matrix composite coatings, exploring the use of friction stir processing to optimize material properties like adhesion strength and wear resistance.

Awards & Honors

Dr. Ashokkumar has received numerous accolades for his contributions to mechanical engineering and material science. Notable achievements include:

  • Winner, Paper Presentation in the DST-SERB sponsored National Level Technical Symposium SOFA-2019 at Muthayammal Engineering College, for his work on wear and corrosion resistance in thermal-sprayed coatings.

  • Runner-Up awards in various national and international conferences, including CRO B Z’15 at Nagarjuna Engineering College and ASHRAE’13 at P.B. Engineering College.

  • Certificate of Merit for presenting technical papers at esteemed conferences such as the Manufacturing Engineering Research Scholars Symposium (MERSSEL-2020) and International Virtual Conference on Functional Materials (ICFMAA-2021).

  • Recognition for leadership in organizing seminars and technical events, contributing to the academic community.

Recent Publications

Dr. Ashokkumar’s research has been widely published in high-impact journals, with his most recent work addressing optimization techniques in cold spray coatings:

  • HVOF-Sprayed Silicon Carbide-Enhanced TiO₂ Cermet Coatings for Titanium Alloys: A Study on Solid Particle Erosion Behavior
    Authors: R. Sathiyamoorthy, T. Duraisamy, A. Mohankumar
    Published in: Silicon, 1-22, 2025
    This study explores the solid particle erosion behavior of HVOF-sprayed silicon carbide-enhanced TiO₂ cermet coatings on titanium alloys, offering insights into improving wear resistance for aerospace and industrial applications.

  • Advanced Metaheuristic-Based Optimization for Tensile Strength in Fused Filament Fabricated Acrylonitrile Butadiene Styrene Parts
    Authors: P. Sagar, G. Kumar, H.C. Garg, P. Khatak, Y. Huang, M. Ashokkumar
    Published in: The International Journal of Advanced Manufacturing Technology, 1-19, 2025
    The paper delves into the use of advanced metaheuristic optimization techniques to enhance the tensile strength of parts produced via fused filament fabrication, focusing on Acrylonitrile Butadiene Styrene (ABS) materials.

  • Effect of Tool Tilt Angles on the Formation of YSZ/Al2O3 Hybrid Surface Composites on Friction Stir Processed Magnesium Alloy AZ31
    Authors: M. Ashokkumar, P. Vignesh, A. Thirugnanasambandam, T. Sonar
    Published in: Materials Testing, 67(6), 1029-1037, 2025
    This research investigates the influence of different tool tilt angles during friction stir processing on the formation of hybrid surface composites on magnesium alloy, aiming to improve mechanical properties and corrosion resistance.

  • Optimizing Cold Spray Process Parameters for AA2024/Al2O3 Coatings to Minimize Wear Loss via Response Surface Methodology and Particle Swarm Optimization
    Authors: A. Mohankumar, T. Duraisamy, V. Packkirisamy
    Published in: Journal of Adhesion Science and Technology, 1-24, 2025
    This publication focuses on optimizing cold spray process parameters for AA2024/Al2O3 coatings using response surface methodology and particle swarm optimization to reduce wear loss, making it valuable for aerospace and automotive industries.

  • Steady State Design and Thermal Characteristics of a Gas Turbine Blade with Lateral Holes Using Finite Element Analysis
    Authors: D. Sampathkumar, S.D.F. Azariah, A. Mohankumar, M. Mariappan
    Published in: MATEC Web of Conferences, 393, 03001, 2024
    This work presents a finite element analysis of a gas turbine blade’s steady-state design and thermal performance, with an emphasis on improving heat dissipation through lateral hole structures.

Soumyajit Das, Engineering, Young Researcher Award

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Asst. Prof Soumyajit Das: Assistant Professor at Techno India University, Kolkata, India

Soumyajit Das is a multidisciplinary engineer specializing in Industrial and Mechanical Engineering with a passion for ergonomics, smart manufacturing, and advanced digital technologies like augmented reality and Industry 4.0. He holds a postgraduate degree from Maulana Abul Kalam Azad University of Technology and has combined his academic rigor with hands-on research and teaching experience. Soumyajit’s work bridges human factors engineering and emerging technology to create safer, more efficient, and sustainable industrial solutions.

Online Profiles

Google Scholar Profile

Soumyajit actively maintains professional and academic profiles on platforms such as Google Scholar, ResearchGate, and LinkedIn, where he showcases his published research, patents, and conference presentations. These platforms serve as a hub for collaboration and knowledge dissemination, connecting him with a global community of researchers and industry professionals focused on ergonomics, manufacturing innovations, and digital transformation.

Since 2020, Soumyajit Das has accumulated a total of 72 citations, reflecting the impact and recognition of his research within the academic community. His work has contributed to an h-index of 4, indicating that at least four of his publications have each been cited four or more times. Additionally, he has an i10-index of 1, with at least one publication receiving ten or more citations, highlighting his growing influence in the fields of industrial engineering and applied research.

Education

He completed his Master’s in Industrial Engineering and Management at MAKAUT in 2021 with a distinguished DGPA of 9.71, demonstrating academic excellence in both theoretical and applied domains. His Bachelor of Technology in Mechanical Engineering, also from MAKAUT (formerly WBUT), was completed in 2017 with a DGPA of 7.72. Prior academic achievements include strong performances in Higher Secondary and Secondary examinations from Howrah Zilla School, reflecting a solid foundation in science and mathematics.

Research Focus

Soumyajit’s research primarily focuses on ergonomic assessment and cognitive workload analysis of industrial and transport workers to improve workplace safety and productivity. He applies advanced analytical methods including Fault Tree Analysis, Work Ergonomic Risk Assessment (WERA), and Lean Six Sigma techniques. Additionally, he explores augmented reality applications in marketing and education, and the development of functionally graded materials with an emphasis on thermal and mechanical performance.

Experience

Currently a Junior Research Fellow at NIT Jamshedpur, Soumyajit has contributed significantly to government-sponsored projects involving thermal shock analysis and smart tribal eco-platforms at IIT Kanpur. His previous roles include assistant professorship at Techno India University and lecturer positions, where he taught mechanical engineering fundamentals. His industrial background spans machine operation, maintenance engineering, and hands-on training at Visakhapatnam Steel Plant and the Electric Locomotive Assembly Factory, providing him with practical insights into manufacturing processes.

Research Timeline

Starting with his undergraduate thesis on tool-workpiece interactions during machining operations in 2016-17, Soumyajit has evolved his research portfolio to include comprehensive studies on musculoskeletal disorders among e-rickshaw and bus drivers between 2019 and 2021. From 2021 onwards, he engaged in advanced material analysis and smart eco-platform development through prestigious research fellowships, culminating in multiple publications and patents that reflect his progressive growth as a researcher.

Awards & Honors

Soumyajit has been recognized for his academic and research excellence with awards such as the Best Paper Award at the 2021 International Conference on Industrial Engineering and first place in oral presentations at the 2020 National Science Day organized by MAKAUT. He has also earned accolades in inter-school academic contests and received multiple certifications including Lean Six Sigma Green Belt and Industrial Safety training, underscoring his commitment to professional development.

Top-Noted Publication

His influential 2024 publication, “Recent developments in modeling and analysis of rotating functionally graded panels: A review,” featured in Materials Today: Proceedings, provides a comprehensive overview of advances in functionally graded materials. This work is widely cited for its in-depth analysis of material behavior under thermal and mechanical stress, and its relevance to aerospace and manufacturing industries aiming to enhance component reliability and performance.

  • Narayan, P., & Das, S. (2025). Socio-Cultural Variations in Consumer Preferences on Sexual Wellness Products in Urban and Rural Communities: A Comprehensive Analysis. Danadyaksa: Post Modern Economy Journal, 2(1), 58-77. [Citations: 1]
    An insightful study examining how cultural and social factors influence consumer behavior regarding sexual wellness products across diverse communities.

  • Das, S. (2024). Design for the Body: How Ergonomics Transforms Modern Clothing into Comfortable, Functional, and Stylish Garments. Ergonomics International Journal (EOIJ), 8(4), 1-8. [Citations: 1]
    This publication explores the role of ergonomic principles in revolutionizing modern apparel design to enhance comfort and functionality.

  • Das, S. (2023). An Article on Food Supply Chain: Find Risk of System Disruptions through Blockchain Technology. [Citations: 1]
    A research article investigating the application of blockchain technology to identify and mitigate risks in food supply chains.

  • Das, S. (2023). An Article On: Augmented Reality Contrast to Ergonomic Design. Human-Computer Interaction eJournal, 6(7). [Citations: 1]
    This paper discusses how augmented reality interfaces can be contrasted with traditional ergonomic design methodologies in human-computer interaction.

  • Das, S., Mallick, B., & Danda, S. (2021). Application of the Workplace Ergonomic Risk Assessment (WERA) Methodology on E-rickshaw Drivers. Available at SSRN 3965806. [Citations: 1]
    A significant study applying the WERA methodology to evaluate ergonomic risks faced by e-rickshaw drivers, highlighting implications for occupational health and safety.

Alok Kumar Ray, Renewable Energy, Young Researcher Award

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Doctorate Alok Kumar Ray: Assistant Professor at National Institute of Technology Jamshedpur, India

Dr. Alok Kumar Ray is a Mechanical and Energy Engineer with over 11 years of academic, research, and industrial experience in fluid and thermal sciences. He specializes in the design, simulation, and experimental validation of sustainable energy systems, particularly high-temperature thermal energy storage integrated with supercritical CO₂ Brayton cycles. A technically accomplished researcher and educator, Dr. Ray’s work combines computational fluid dynamics, system-level modeling, material characterization, and techno-economic analysis. His research contributions have been published in high-impact journals, and he is passionate about bridging the gap between renewable energy research and scalable industrial applications.

Online Profiles

Google Scholar Profile

  • Citations (115 total): Indicates that the author’s work has received moderate attention, with all citations occurring since 2020 — suggesting recent and growing influence.

  • h-index (5): This means the author has at least 5 papers each cited 5 or more times. It reflects a modest but solid publication impact, especially for a researcher active within the last 5 years.

  • i10-index (3): The author has 3 publications cited at least 10 times, showing that a few papers are gaining traction and visibility in the field.

Dr. Ray actively engages with the global research and engineering community through professional platforms. His detailed academic and project portfolio is available on LinkedIn, and he can be contacted via email at ray705906@gmail.com. He maintains regular academic correspondence and collaborative networking through professional groups, conferences, and workshops.

Education

Dr. Ray holds a joint doctoral degree (Ph.D.) in Energy and Mechanical Sciences from the University of Queensland (Australia) and the Indian Institute of Technology Delhi (IITD) under the prestigious UQIDAR program, completed with distinction in 2023. He completed his M.Tech. in Mechanical Engineering with a specialization in Fluid and Thermal Sciences from IIT Kanpur in 2013. His academic journey began with a B.Tech. in Mechanical Engineering from VSSUT Burla, where he graduated with distinction. His solid academic foundation is reinforced by competitive fellowships and top-tier institutional training in experimental and computational thermal sciences.

Research Focus

Dr. Ray’s research integrates thermal engineering fundamentals with real-world energy challenges. His core areas include high-temperature phase change materials (PCMs), latent heat thermal storage systems, supercritical CO₂ power cycles, concentrated solar power (CSP), and hybrid water-energy systems like membrane distillation. His work combines numerical modeling (CFD using ANSYS Fluent and COMSOL), system simulations (Python, Aspen Plus), and experimental investigations (DSC, IR camera, TGA) to evaluate and optimize the thermophysical and economic performance of sustainable thermal technologies. His multidisciplinary expertise enables comprehensive system-level design, analysis, and validation of advanced thermal solutions for energy storage, industrial heat recovery, and solar-thermal applications.

Experience

Dr. Ray’s professional experience spans academia, research institutions, and industry. He is currently serving as a contractual Assistant Professor at NIT Jamshedpur, where he teaches and supervises research in thermal engineering. Prior to this, he worked at TATA Steel as a Researcher on waste heat recovery systems using thermophotovoltaic (TPV) and organic Rankine cycle (ORC) technologies. At Tsinghua University, he contributed to modeling the integration of membrane distillation systems with sCO₂ cycles. He has also held faculty roles at VSSUT Burla and PMEC Berhampur. In the industrial sector, his tenure at Whirlpool India involved simulation of coupled heat and mass transfer processes for household cooking appliances. His diverse roles reflect a blend of theoretical knowledge, practical application, and educational leadership.

Research Timeline

From December 2018 to June 2023, Dr. Ray conducted his doctoral research at IIT Delhi and the University of Queensland, developing a novel high-temperature latent heat storage system for integration with sCO₂ Brayton cycles. His research included CFD modeling, experimental setup design, material testing, and techno-economic assessments. In early 2023, he contributed to membrane distillation modeling during his short-term research at Tsinghua University. From mid-2023 to late 2024, he worked on waste heat recovery solutions at TATA Steel. He transitioned into academia in late 2024, beginning his tenure as an Assistant Professor while continuing to publish and collaborate internationally, including a Visiting Academic position at Cardiff University in 2025.

Awards & Honors

Dr. Ray’s academic excellence and research contributions have been recognized through several honors. He was awarded a Doctorate with Distinction from IIT Delhi in 2023. He received the UQIDAR Fellowship, one of the most competitive joint doctoral programs between India and Australia. In 2022, he was granted a CSIR Foreign Travel Grant to present his work internationally. He was also invited as a Visiting Academic to Cardiff University, UK, in 2025 to collaborate on energy systems modeling. These recognitions reflect both his scientific contributions and international research engagement.

Top-Noted Publication

Among Dr. Ray’s most impactful contributions is the article titled “Transient discharge performance of high-temperature latent storage system integrated with supercritical CO₂ Brayton cycle: A combined analytical and numerical study”, published in Journal of Energy Storage (Vol. 72, July 2023). This study uniquely integrates numerical simulation and analytical modeling to evaluate the thermal discharge dynamics of a latent heat storage unit under realistic operating conditions of an sCO₂ power cycle. The work provides critical insights for CSP plant designers and thermal system integrators, and it has garnered attention for its novelty and practical relevance in the transition to cleaner energy technologies.

1. Sustainable Thermal Distillation Using Supercritical CO₂

Citation:
AK Ray
Journal of Thermal Analysis and Calorimetry, 150(8), 14488 (2025)

Focus:

  • Integration of supercritical carbon dioxide (sCO₂) power cycles with direct contact membrane distillation (DCMD).
  • Targets enhanced thermal efficiency and sustainability in water purification.
  • Investigates recovery and utilization of waste heat from sCO₂ systems to drive the distillation process.

Key Insight:
An innovative coupling of advanced thermodynamic cycles with membrane separation technology for efficient low-grade heat utilization.

2. Comparative Thermodynamic Analysis of Solar ORC with Latent Heat Storage

Citation:
M Kumar, AK Ray, D Rakshit
Journal of the Brazilian Society of Mechanical Sciences and Engineering, 47 (2025)

Focus:

  • Direct vapor generation solar organic Rankine cycle (ORC) integrated with latent heat thermal energy storage (LHTES).
  • Comparative study of multiple organic working fluids to assess thermodynamic performance.
  • Aims at maximizing thermal-to-electric conversion efficiency in solar power systems.

Key Insight:
Fluid selection and proper integration with latent heat storage significantly influence the overall system performance.

3. Thermo-Economic Assessment of Metallic High-Temperature LHTES

Citation:
AK Ray, S Vashisht, D Rakshit, RK Kandasamy, H Gurgenci
Frontiers in Thermal Engineering, 5, 1549926 (2025)

Focus:

  • Design and evaluation of metallic-based latent heat storage systems for high-temperature applications.
  • Combines thermodynamic modeling with economic analysis.
  • Assesses trade-offs between thermal performance and cost across different metallic materials and configurations.

Key Insight:
Metallic LHTES units show strong potential for industrial energy storage but require careful material and design optimization for cost-effectiveness.

4. Experimental and Computational Study of Shell-and-Tube LHTES

Citation:
AK Ray, D Rakshit, KR Kumar, H Gurgenci
Thermal Science and Engineering Progress, 102969 (2024)

Focus:

  • Experimental validation and computational fluid dynamics (CFD) modeling of a medium- to high-temperature shell-and-tube LHTES.
  • Analysis of heat transfer, phase change dynamics, and performance parameters.

Key Insight:
Presents a robust framework for analyzing and optimizing latent heat storage performance under varying thermal and flow conditions.

5. Instability Modes in Electro-Hydro-Dynamic Atomization

Citation:
AK Ray
Flow, Turbulence and Combustion, 24, 50–77 (2024)

Focus:

  • Investigation of electrohydrodynamic (EHD) atomization mechanisms, focusing on droplet formation instabilities.
  • Combines theoretical modeling with experimental studies.
  • Explores different modes of instability and scaling relationships.

Key Insight:
Advances fundamental understanding of EHD spray behavior, with implications for high-precision atomization technologies.

Sung Huang Laurent Tsai, Medicine, Young Researcher Award

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Doctorate Sung Huang Laurent Tsai: Attending Physician at Taipei Medical University Hospital, Canada

Dr. Tsai Sung Huang Laurent is a distinguished spine surgeon, educator, and clinical researcher based in Taiwan, specializing in trauma care, minimally invasive spine surgery, and advanced surgical techniques. His clinical and academic endeavors blend evidence-based medical practice with cutting-edge research, contributing significantly to the fields of orthopedic surgery and spine care. Dr. Tsai is known for his work on improving patient outcomes through data-driven methodologies and his commitment to advancing medical education and training. His leadership in several clinical research projects has garnered him international recognition and a reputation for excellence in spine surgery.

Online Profiles

ORCID Profile

Dr. Tsai maintains an active online presence through professional networks and academic platforms such as ResearchGate, LinkedIn, and the North American Spine Society (NASS) website. He regularly shares his research findings, clinical experiences, and innovative approaches to spine surgery. His ResearchGate profile features several impactful studies and collaborative research with international colleagues. Dr. Tsai is also involved in social media discussions related to medical advancements, promoting the integration of artificial intelligence in surgical practices and trauma care. His influence extends to both the academic and medical practitioner communities, where his expertise is highly regarded.

Education

Dr. Tsai’s educational journey spans multiple disciplines, which have shaped his multifaceted approach to medicine. After completing his medical degree at Fu Jen Catholic University (FJU) in 2016, he pursued further training in clinical medicine with a focus on artificial intelligence at Taipei Medical University. He earned his Master’s degree in Public Health (MPH) from Johns Hopkins Bloomberg School of Public Health, which provided him with a solid foundation in epidemiology and biostatistics. His academic background is a fusion of medical expertise and public health knowledge, empowering him to investigate complex issues in spine surgery and trauma care while applying cutting-edge technologies and statistical methods.

Research Focus

Dr. Tsai’s research interests lie at the intersection of spine surgery, trauma care, and the application of artificial intelligence in clinical decision-making. He has pioneered studies examining minimally invasive techniques in spine surgery, focusing on reducing recovery time and improving patient outcomes. Another key area of his research explores the role of data analytics in predicting surgical outcomes, pain management, and postoperative complications, with particular attention to minimizing opioid usage post-surgery. Dr. Tsai is also dedicated to studying the biomechanics of spinal injuries and their treatment, with a goal to enhance long-term recovery for trauma patients, including those with spinal cord injuries.

Experience

Dr. Tsai has accumulated a wealth of clinical and academic experience over the years, with positions at world-renowned hospitals and medical institutions. In addition to his current role as an Attending Physician at Taipei Medical University Hospital, he has completed fellowships and clinical observerships at prestigious institutions such as Mayo Clinic, Johns Hopkins, and Chang Gung Memorial Hospital. His role at these institutions has involved direct patient care, research collaboration, and surgical education, enabling him to refine both his clinical skills and his research methodologies. Through these diverse experiences, Dr. Tsai has gained a deep understanding of both Eastern and Western medical practices, integrating the best practices from both to improve patient care.

Research Timeline

Dr. Tsai’s research career began during his PhD studies, where he examined the effects of artificial intelligence on medical diagnostics and treatment planning. His early work focused on integrating machine learning algorithms into clinical decision-making for trauma care and spine surgery. By 2018, Dr. Tsai’s focus shifted towards investigating minimally invasive surgical techniques and their long-term effects on recovery. In 2020, he started a national study to analyze the outcomes of opioid-free spine surgery, a project that has received widespread attention. His ongoing research also delves into the optimization of postoperative care through big data analytics, with plans to expand his studies into global trauma care networks by 2026.

Awards & Honors

Dr. Tsai has received numerous accolades throughout his career, recognizing both his clinical expertise and his contributions to medical research. Some of his most notable awards include the Best Teacher Award from the Taiwan Evidence-Based Medicine Association (2020), the Ronald R. Tasker Young Investigator Award for his research on spine surgery outcomes, and the Outstanding Paper Award from the Asia Pacific Spine Society. In 2023, he received the High-Quality Thesis Writing Elite Instructor Award for his dedication to mentoring students and promoting academic excellence. His reputation as a trailblazer in spine surgery is underscored by these honors, which reflect both his commitment to patient care and his research leadership.

Top-Noted Publication

Dr. Tsai’s publications have appeared in leading peer-reviewed journals, where his research has had a profound impact on the medical community. One of his highly cited works is “Hospital volume-outcome relationship in severe traumatic brain injury,” published in Journal of Neurosurgery, which demonstrated the correlation between hospital volume and better patient outcomes in cases of traumatic brain injury. Another notable publication, “Opioid-Sparing Strategies in Spine Surgery: A Systematic Review,” published in Neurosurgery, provides evidence-based guidelines for reducing opioid usage in postoperative care, which has been adopted in clinical settings worldwide. These publications have cemented Dr. Tsai’s position as a thought leader in the field, influencing both surgical techniques and patient care protocols.

1. “What is the best strategy for C3 in open-door laminoplasty: laminectomy versus laminoplasty—a systematic review and meta-analysis”

Published: The Spine Journal (July 2025)
DOI: 10.1016/j.spinee.2025.01.034
Contributors: Chun-Ru Lin; Sung Huang Laurent Tsai; Po-An Tsai; Yi-Jun Chen; Ming-Hao Chen; Sz-An Tsai; Lin-Sheng Hsu; Kuo-Hao Lee; Zhi Yi Lee; Fu-Cheng Kao, et al.
Summary: This systematic review and meta-analysis addresses the efficacy and outcomes of two surgical techniques—laminectomy versus laminoplasty—specifically for C3 vertebrae in open-door laminoplasty procedures. The study aims to provide clarity on which approach results in better clinical outcomes, such as reduction of complications, recovery time, and long-term spine stability.

2. “A comparative analysis between ChatGPT versus NASS clinical guidelines for adult isthmic spondylolisthesis”

Published: North American Spine Society Journal (June 2025)
DOI: 10.1016/j.xnsj.2025.100599
Contributors: Che Chung Justin Lin; Ewa Zuzanna Krzyż; Sung Huang Laurent Tsai; Ying-Chih Wang; Chia-Wei Chang; Tung Yi Lin; Tsai Sheng Fu
Summary: This study compares ChatGPT’s predictions and recommendations for managing adult isthmic spondylolisthesis against established NASS clinical guidelines. It evaluates the reliability, accuracy, and potential applications of AI-driven clinical decision support systems in spine surgery and how they align with existing evidence-based guidelines.

3. “Assessing the Role of Expandable Vertebral Augmentation (EVA) versus High-Viscosity Cement Vertebroplasty (HVCV) in Severe Osteoporotic Vertebral Fracture Management: A Prospective Cohort Study”

Published: World Neurosurgery (June 2025)
DOI: 10.1016/j.wneu.2025.124166
Contributors: Yi-Chen Liu; You-Rui Lin; Sung Huang Laurent Tsai; Ying-Chih Wang; Chia-Wei Chang; Tung-Yi Lin; Tsai-Sheng Fu; Wen-Jer Chen
Summary: This prospective cohort study compares Expandable Vertebral Augmentation (EVA) with High-Viscosity Cement Vertebroplasty (HVCV) for managing severe osteoporotic vertebral fractures. The study evaluates which technique is more effective in improving patient outcomes, reducing pain, and enhancing long-term mobility for osteoporotic patients with vertebral fractures.

4. “Machine learning-driven national analysis for predicting adverse outcomes in intramedullary spinal cord tumor surgery”

Published: European Spine Journal (June 2025)
DOI: 10.1007/s00586-025-09029-y
Contributors: Marc Ghanem; Abdul Karim Ghaith; Sung Huang Laurent Tsai; Yu-Cheng Yeh; Oluwaseun O. Akinduro; Loizos Michaelides; Victor Gabriel El-Hajj; Hassan Saad; Ali Tfaily; Antonio Bon Nieves, et al.
Summary: This study uses machine learning techniques to predict adverse outcomes following intramedullary spinal cord tumor surgery. By analyzing a national dataset, the study identifies factors that influence surgical complications, providing clinicians with a predictive tool to guide patient management and improve outcomes.

5. “The Impact of Postoperative Bracing on Patients Undergoing Anterior Cruciate Ligament Reconstruction: A Systematic Review and Meta-Analysis of Randomized Controlled Trials”

Published: November 2024
DOI: 10.37766/inplasy2024.11.0001
Contributors: Po-Han Chen; Sung Huang Laurent Tsai; Cheng-Pang Yang; Hao-Che Tang; Joe Chih-Hao Chiu; Yi-Sheng Chan; Chieh-An Chuang
Summary: This systematic review and meta-analysis evaluates the impact of postoperative bracing on patients who have undergone anterior cruciate ligament (ACL) reconstruction. The review assesses whether the use of bracing affects rehabilitation, knee stability, and overall recovery compared to those not using braces post-surgery.