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Kistan A, Chemistry, Best Researcher Award

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Prof. Dr. Kistan A: Professor at Panimalar Engineering College, India

Dr. Kistan A is an accomplished chemist, researcher, and academician with over 18 years of experience in teaching, research, and scientific administration. He currently serves as a Professor at Panimalar Engineering College, where he has contributed to curriculum development, student mentoring, laboratory management, and faculty training. His career spans multiple institutions, where he has nurtured young scientists, led research initiatives, and organized academic and co-curricular activities. With expertise in environmental, medicinal, and nanochemistry, he integrates theoretical knowledge with practical applications, fostering innovation, interdisciplinary collaboration, and sustainable solutions in chemical sciences.

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  • Total Citations: 402 (from 220 documents)

  • Total Documents: 44

  • h-index: 13

This indicates that Dr. Kistan has a strong research presence with significant citations across multiple publications, reflecting influence in chemistry, environmental sciences, and nanotechnology. The combination of h-index, citations, and publication count demonstrates sustained research output and impact in the academic community.

Education

Dr. Kistan’s academic foundation is deeply rooted in chemistry and pedagogy. He earned his Ph.D. from Bharathiar University, Coimbatore, focusing on the epidemiological study of skin allergies and obsessive-compulsive disorder among tannery workers exposed to heavy metals. Prior to that, he completed M.Phil and M.Sc in Chemistry from D.G. Vaishnav College, Chennai, both with first-class distinction, and obtained a B.Sc in Chemistry from Pachaiyappa’s College, Chennai. Additionally, he holds a B.Ed in Chemistry from Tamil Nadu Teachers Education University, which complements his extensive teaching experience with formal pedagogical training and curriculum design expertise.

Research Focus

Dr. Kistan’s research encompasses a wide spectrum of chemistry disciplines, including medicinal chemistry, environmental chemistry, water treatment technologies, photochemistry, molecular docking, nanomaterials, adsorption processes, and corrosion chemistry. His research emphasizes sustainable and practical solutions, particularly in environmental remediation, photocatalysis, and nano-based technologies. He also integrates computational chemistry and experimental techniques, enabling the development of innovative materials for pharmaceutical, industrial, and environmental applications.

Experience

Over the past 18 years, Dr. Kistan has held progressive academic positions ranging from Assistant Professor to Professor across reputed institutions, including Panimalar Engineering College, Panimalar Institute of Technology, Sree Sastha Institute of Engineering & Technology, and Jaya College of Arts and Science. He has managed academic coordination, laboratory supervision, student mentoring, ideathons, clubs, and co-curricular programs. Additionally, he has contributed to administrative functions such as IQAC membership, NBA accreditation processes, time-table and course file management, discipline oversight, and serving as a university question paper setter and evaluator.

Research Timeline & Activities

Since 2017, Dr. Kistan has served as Research Coordinator, leading faculty and student research projects and fostering collaboration across interdisciplinary teams. He has published 82 research articles in high-impact journals, filed 2 patents, had 3 patents granted, and contributed 5 book chapters. His work has been presented at over 15 national and international conferences, 10 seminars, and more than 120 webinars. He also serves as a reviewer for over 20 journals, demonstrating his recognition as a peer expert in chemical sciences.

Awards & Honors

Dr. Kistan’s scholarly contributions have earned him international recognition, including being listed among the World’s Top 2% Scientists by Stanford University and receiving the Guinness Award for authoring the world’s thickest book chapter. He has received multiple institutional awards for exemplary teaching performance, 100% attendance, and high academic results. Additionally, he has won numerous best presentation and poster awards at national and international conferences, reflecting his excellence in research communication, innovation, and mentorship.

Top Noted Publications

Among Dr. Kistan’s highly cited publications are: “Green Synthesis of Cu Wrapped NiO@rGO Nanocomposite: A Sustainable Solution for Photocatalytic and Antioxidant Activities” in Waste and Biomass Valorization (2025); “Cobalt Doped ZnO Nanoparticles: Photocatalytic Activity” in Research Journal of Chemistry and Environment (2024); and “Mesoporous Bi2MoO6/gC3N4 Nanocomposite as an Effective Photocatalyst Against Toxic Organic Pollutants” in Diamond and Related Materials (2025). These works demonstrate his focus on sustainable nanomaterials, photocatalysis, and environmental remediation, contributing to global advancements in chemical and materials research.

  • “A Novel CeO₂/rGO Nanocomposite for Photocatalytic Degradation of Orange G and Eosin Yellow Pollutants” – Journal of Electronic Materials

    • Focus: Development of cerium oxide/reduced graphene oxide nanocomposites for environmental remediation.

    • Impact: Demonstrated efficient photocatalytic degradation of hazardous dyes; cited 2 times.

  • “A Novel Sm₂O₃/MWCNT Nanocomposite as a Photocatalytic Application Against Orange G and Hydroquinone Pollutants” – Catalysis Letters

    • Focus: Synthesis of samarium oxide/multi-walled carbon nanotube nanocomposites for pollutant removal.

    • Impact: Highlighted sustainable approaches to water purification; cited 4 times.

  • “Green Synthesis of Manganese (Mn) Doped Zinc Oxide (ZnO) Nano-Additives from Biodegradable Dragon Fruit Peel Extracts and Its Effect on RCCI Engine Performance” – Energy

    • Focus: Eco-friendly synthesis of Mn-doped ZnO nanoparticles and their application in energy systems.

    • Impact: Combines green chemistry with energy efficiency improvements; cited 2 times.

  • “Structural Elucidation and Environmental Remediation Potential of Novel Bi₂O₃@ZnO Nanocatalyst” – Ionics

    • Focus: Investigation of bismuth oxide/zinc oxide nanocatalysts for toxic pollutant removal.

    • Impact: Offers advanced solutions for water treatment; cited 2 times.

Strengths for Best Researcher Award

  1. Extensive Research Contributions
    Dr. Kistan has authored 82 research publications, contributed 5 book chapters, and holds multiple patents (granted and filed). His work spans high-impact areas such as nanomaterials, photocatalysis, environmental chemistry, and medicinal chemistry, demonstrating both breadth and depth in research.

  2. High Citation Impact and Global Recognition
    With 402 citations, an h-index of 13, and recognition as one of the World’s Top 2% Scientists by Stanford University, Dr. Kistan’s research influence extends internationally, reflecting sustained scientific impact and visibility.

  3. Innovative and Sustainable Research Focus
    His research emphasizes green synthesis, nanocomposite development, and environmental remediation, integrating theoretical knowledge with practical solutions. Projects like CeO₂/rGO and Sm₂O₃/MWCNT nanocomposites showcase innovation in tackling real-world environmental challenges.

  4. Leadership in Academic and Research Administration
    Dr. Kistan has served as Research Coordinator, IQAC Member, and NBA In-charge, overseeing faculty-student research, interdisciplinary collaboration, laboratory management, and conference organization. This highlights his ability to lead and mentor in both research and teaching contexts.

  5. Excellence in Knowledge Dissemination and Mentorship
    With participation in 120+ webinars, 15 FDPs, and multiple national and international conferences, as well as guiding students in ideathons and research projects, Dr. Kistan demonstrates a strong commitment to scientific communication, mentorship, and capacity building for the next generation of researchers.

Ankit Kumar Sinha, Business Administration, Best Innovator Award

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Mr. Ankit Kumar Sinha: Research Scholar at Indian Institute of Management Ranchi, India

Ankit Kumar Sinha is a full-time Doctoral Scholar in Marketing at the Indian Institute of Management, Ranchi, specializing in digital marketing, human–computer interaction, avatars, social media marketing, and the metaverse. With over 2.5 years of combined academic and industry experience, he integrates practical managerial insights from leadership roles in multinational companies with robust research and teaching expertise. He has conducted doubt-clearing sessions and mentored MBA and eMBA students at IIM Indore and IIM Amritsar, while also contributing to academic administration at IIM Bodh Gaya. His research emphasizes the intersection of technology, consumer behavior, and digital engagement, and he is a two-time UGC NET qualified scholar in Management.

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Education

Ankit completed his PhD in Marketing from the Indian Institute of Management, Ranchi, with a focus on avatar marketing, social media engagement, and user gratification. Prior to that, he earned an MBA in Marketing from Central University of Rajasthan, where he graduated first in his stream, reflecting his academic excellence and dedication. He also holds a B.Sc. in Mathematics (Honors) from College of Commerce, Patna, ranking third in his college, and has consistently performed well in school, achieving a CGPA of 9.2 in matriculation and 77.16% in higher secondary education at Patna Central School, CBSE.

Research Focus

Ankit’s research centers on understanding the psychological and behavioral effects of avatars and virtual representations in digital spaces. His work explores how avatars fulfill user needs, drive enjoyment, shape purchase intention, and encourage continuance on social media platforms. He studies the effects of form and behavioral realism of avatars on consumer engagement and applies advanced quantitative methods such as Structural Equation Modeling (SEM) and experimental designs. His research also encompasses digital marketing strategies, extended reality, AI applications in marketing, and the influence of digital possessions on consumer behavior, offering insights into emerging technology-mediated interactions.

Experience

Ankit combines practical industry experience with academic rigor. He has worked as a Relationship Manager at InterGlobe Technology Quotient, part of the IndiGo Airline Group, where he gained experience in customer relations, business development, and operational strategy. In academia, he has served as a Marketing Area Associate at IIM Indore and IIM Amritsar, contributing to teaching, student mentoring, and research administration. He has also worked in program management at IIM Bodh Gaya, where he supported institutional processes and conference organization. This diverse experience allows him to bridge theory and practice effectively in his teaching and research.

Research Timeline & Activities

Ankit’s doctoral research journey spans systematic literature reviews, empirical studies, and experimental investigations into avatar-based marketing and digital consumer behavior. He has published in top-tier journals, contributed book chapters on extended reality and digital marketing, and presented his findings at international conferences such as ANZAM and PAN IIM WMC. His ongoing projects investigate AI adoption in management education, 3D product displays, deepfake AI, virtual possessions, and consumer engagement on e-commerce platforms. He is also actively involved in institutional development, coordinating doctoral conferences and contributing to professional workshops and seminars.

Awards & Honors

Ankit has consistently been recognized for his academic excellence and professional contributions. He is a two-time UGC NET qualified scholar in Management, received the Research Scholar’s Day Excellence Award at IIM Ranchi (2025), and achieved top ranks in his MBA and B.Sc. programs. Additionally, he has won first prize in English elocution on National Education Day at Central University of Rajasthan and has earned multiple certifications in digital marketing, travel technology, and data analytics. These achievements reflect his dedication, intellectual curiosity, and commitment to advancing knowledge in marketing and technology.

Top Noted Publication

Sinha, A.K.*, Sarkar, S. (2025). Tracing the trajectory of avatar marketing: An academic exploration through bibliometric analysis and the six-markets stakeholder model. Electronic Markets. (ABDC-A, Q1, ABS 2). This publication provides a comprehensive analysis of avatar marketing trends, key stakeholders, and emerging research directions. It highlights the role of avatars in digital marketing, the theoretical underpinnings of virtual engagement, and offers practical guidance for designing immersive, user-centered digital experiences, making it a significant contribution to the study of human-computer interaction and social media marketing.

Modeling the Critical Success Factors for Continuous Usage Intention of Foodservice Mobile Apps – S.K. Yadav, A. Kumar, A.K. Sinha, Journal of Foodservice Business Research, 1–22, 2024. Cited by: 4. This paper explores the key drivers behind users’ continuous engagement with foodservice mobile applications, providing actionable insights for app developers and marketers.

A Systematic Literature Review of Extended Reality in Marketing: An Asian Perspective with a Focus on India – N. Pandey, A.K. Sinha, A. Kumar, Future of Business in Asia, Springer Nature Switzerland, 139–158, 2025. Cited by: 1. This book chapter reviews the adoption and application of extended reality technologies in marketing across Asia, with a detailed focus on the Indian market.

Tracing the Trajectory of Avatar Marketing: An Academic Exploration through Bibliometric Analysis and the Six-Markets Stakeholder Model – A.K. Sinha, S. Sarkar, Electronic Markets, 2025. This work provides a bibliometric and theoretical overview of avatar marketing, examining key stakeholders and emerging trends in digital marketing.

More Than Meets the Eye – Decoding the Significance of Avatars: A Systematic Literature Review – A.K. Sinha, R. Chaudhuri, A. Chopra, S. Sarkar, Journal of Global Marketing, 1–27, 2025. This systematic review identifies the theoretical foundations and practical implications of avatars in digital marketing and social media engagement.

It’s All About Avatars: A Bibliometric Analysis of Evolving Avatar-Based Marketing – A.K. Sinha, S. Sarkar, ISDSI Global Conference 2023, Indian Institute of Management Ranchi, 521, 2023. This conference paper maps the evolution of avatar marketing research, highlighting key themes, trends, and future research directions.

Strengths for Best Innovator Award

1. Pioneering Research in Avatar-Based Marketing
Ankit’s doctoral work on avatars in social media and digital marketing explores uncharted dimensions of human-computer interaction. By linking user gratification, behavioral realism, and purchase intention, his research opens new avenues for immersive digital marketing strategies.

2. Integration of Technology and Consumer Behavior
He innovatively combines digital technologies—extended reality, AI, and 3D product displays—with consumer psychology, producing actionable insights that bridge theoretical knowledge and real-world applications.

3. Proven Research Excellence and Publication Impact
Ankit has published in top-tier journals (Electronic Markets, Journal of Global Marketing) and presented at international conferences. His work is recognized for its originality, bibliometric rigor, and practical relevance, demonstrating measurable impact in digital marketing scholarship.

4. Multi-Industry and Interdisciplinary Experience
With experience in both multinational corporations (InterGlobe/IndiGo) and premier academic institutions (IIMs), Ankit brings a rare combination of managerial insight, research expertise, and teaching ability, enabling innovative problem-solving across diverse domains.

5. Leadership and Institutional Contribution
Ankit actively coordinates conferences, workshops, and research initiatives at IIM Ranchi, fostering innovation and collaboration among scholars. His proactive engagement in institution building demonstrates leadership and a commitment to advancing knowledge ecosystems.

Chandrashekhar Chattopadhyay, Medicine, Best Innovator Award

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Dr. Chandrashekhar Chattopadhyay: Associate Professor at Dr SN Medical College, India

Maj (Dr) Chandrashekhar Chattopadhyay is a distinguished Oral and Maxillofacial Surgeon with over twenty years of excellence across clinical practice, academic leadership, and surgical research. Beginning his career as a Dental Officer in the Indian Army, he rose to the role of Graded Specialist, gaining invaluable experience managing trauma, surgical emergencies, and complex maxillofacial cases in high-pressure military healthcare settings. Currently serving as Associate Professor at Dr. SN Medical College, Jodhpur, he combines surgical expertise with a strong commitment to medical education, guiding UG and PG trainees and contributing to institutional growth. His professional journey reflects dedication to patient care, academic innovation, and advancing the standards of maxillofacial surgery in India.

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His research contributions include 6 indexed publications, which have collectively received 33 citations from 33 citing documents, reflecting steady academic engagement in his specialty. With an h-index of 3, his work demonstrates a growing influence within the scientific community, supported by contributions to clinical studies, maxillofacial surgical research, and interdisciplinary academic collaborations.

Education

His academic foundation includes a Bachelor of Dental Surgery from Goa Dental College (1998), followed by a Master of Dental Surgery in Oral and Maxillofacial Surgery from Pune University (2007), where he strengthened his clinical and surgical expertise. He further achieved the prestigious Fellowship of the Indian Board of Oral & Maxillofacial Surgeons (FIBOMS), a credential that reflects advanced competency, rigorous professional standards, and recognition by national experts in the field. Collectively, his educational path showcases a consistent pursuit of excellence and lifelong learning.

Research Focus

Dr. Chattopadhyay’s research interests encompass maxillofacial trauma, orthognathic surgical corrections, cysts and tumors of the jaws, surgical reconstruction, and innovations in minimally invasive oral surgery. His work emphasizes improving surgical techniques, enhancing patient recovery, and integrating evidence-based approaches into clinical practice. He is particularly interested in trauma-related surgical challenges, treatment outcomes in resource-variable environments, and the development of clinically relevant research that directly benefits patient care and institutional practices.

Experience

His career spans diverse roles—from serving the Indian Army across multiple postings as Dental Officer and later Graded Specialist, to academic appointments as Senior Lecturer and Assistant Professor, culminating in his current position as Associate Professor. Each role has enriched his expertise in patient management, surgical leadership, medical education, and administrative responsibilities. He has delivered thousands of clinical and surgical consultations, supervised numerous academic projects, and contributed significantly to the professional development of dental and medical trainees across institutions.

Research Timeline & Activities

Over the course of his career, he has consistently contributed to the scientific advancement of Oral and Maxillofacial Surgery, producing 30 peer-reviewed publications, including 7 international works published in PubMed-indexed journals. His research activities span clinical case reports, original studies, surgical technique analyses, and collaborative interdisciplinary projects. He regularly mentors postgraduate researchers, participates in scientific reviews, and engages in conference presentations and academic workshops, reflecting his continuous involvement in expanding the knowledge base of the specialty.

Awards & Honors

Among his notable recognitions, earning the FIBOMS fellowship stands as a testament to his advanced surgical expertise and professional stature. His service in the Indian Army also earned him formal commendations and appreciation for delivering high-quality medical support in demanding operational conditions. Throughout his academic tenure, he has been consistently acknowledged for dedication to teaching, patient care, and institutional development, marking him as a respected clinician, educator, and leader.

Top Noted Publication

One of his most notable contributions is his set of international PubMed-indexed articles, which offer valuable insights into maxillofacial trauma management, pathology of oral lesions, and evolving surgical interventions. These publications are frequently referenced for their clinical relevance and clear practical applicability. They highlight his ability to translate surgical experience into meaningful academic output, positioning him as a reliable voice in maxillofacial research and strengthening his academic and clinical impact.

The article “Unraveling Odontogenic Infections: Insights from 278 Patients in an Indian Tertiary Care Setting” (Journal of Maxillofacial and Oral Surgery, 2025) presents a comprehensive clinical analysis of 278 patients diagnosed with odontogenic infections, offering valuable insights into epidemiology, patterns of presentation, risk factors, and treatment outcomes in a tertiary care environment. The study highlights the clinical challenges associated with diverse infection pathways, varying severity levels, and delayed presentation, while emphasizing the importance of early diagnosis and multidisciplinary intervention in improving patient prognosis.

Strengths for the Best Innovator Award

1. Clinical Innovation in Maxillofacial Surgery

Dr. Chattopadhyay consistently demonstrates a strong capacity for clinical innovation, developing advanced approaches to managing maxillofacial trauma, complex infections, and reconstructive challenges. His ability to integrate evidence-based techniques with practical solutions tailored to resource-variable clinical environments has significantly improved treatment outcomes for diverse patient populations.

2. Research Leadership and Evidence-Based Advancement

He has shown exemplary leadership in research by producing impactful clinical studies, including landmark investigations such as the 278-patient odontogenic infection analysis. His work strengthens scientific understanding, introduces refined diagnostic and surgical protocols, and contributes to shaping future directions in Oral & Maxillofacial Surgery.

3. Commitment to Academic Excellence and Mentorship

A dedicated educator, he has mentored numerous undergraduate and postgraduate students, inspiring innovative thinking and cultivating a culture of academic curiosity. His guidance in research methodology, clinical decision-making, and professional development has empowered emerging clinicians to pursue excellence.

4. Problem-Solving Under High-Pressure Conditions

Drawing from his rich experience in the Indian Army and tertiary care settings, Dr. Chattopadhyay excels at developing practical, high-impact solutions in time-sensitive and demanding surgical environments. His ability to innovate under pressure sets him apart as a clinician who transforms challenges into opportunities for advancement.

5. Pioneering Contributions to Surgical Knowledge and Practice

Through his diverse body of publications, international contributions, and continual engagement in academic forums, he has significantly advanced the field. His insights into trauma management, pathology, and surgical reconstruction showcase his commitment to pioneering new knowledge and fostering progress in maxillofacial surgery.

Mudda Nirish, Materials Science, Young Researcher Award

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Dr. Mudda Nirish: Sr. R&D Engineer at Measure India Corporation Pvt. Ltd., India

Dr. Mudda Nirish is an accomplished researcher and Senior R&D Scientist with over 12 years of experience in mechanical engineering, specializing in Metal Additive Manufacturing (3D Printing), Smart Materials, and Robotics. He currently works at MIC Labs, Hyderabad, leading advanced R&D projects in testing and machine design. A recognized PhD supervisor and reviewer for multiple international journals, he is also involved in the development of cutting-edge technologies for aerospace and defense applications. Dr. Nirish is passionate about bridging the gap between technology and learning, particularly using innovative manufacturing techniques to drive sustainable solutions.

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Dr. Mudda Nirish has established a strong and growing research presence in the field of Metal Additive Manufacturing and Smart Materials. His publications have received 104 citations, reflecting the relevance and influence of his work within the global research community. He holds an h-index of 6, demonstrating consistent citation across multiple high-quality papers, and an i10-index of 2, highlighting his contribution to impactful, widely referenced publications since 2020.

Education

Dr. Nirish holds a Ph.D. in Metal Additive Manufacturing from the University College of Engineering (A), Osmania University, Hyderabad, India, where his dissertation focused on the mechanical properties and optimization of AlSi10Mg parts manufactured by Selective Laser Melting. He also completed a Post-Doctoral Fellowship in Smart Materials (NiTiNol-SMA) at BITS Pilani, Hyderabad, contributing to the development of novel adaptive mechanisms for defense applications. His academic background is complemented by an M.Tech in Machine Design from Jawaharlal Nehru Technological University, Hyderabad.

Research Focus

Dr. Nirish’s research primarily focuses on Metal Additive Manufacturing, Smart Materials (particularly Shape Memory Alloys), Robotics and Automation, and High Entropy Alloys. His work involves the development and optimization of advanced manufacturing techniques such as Selective Laser Melting (SLM), Wire Arc Additive Manufacturing (WAAM), and Cold Metal Transfer (CMT), aiming for applications in aerospace, defense, and high-performance industrial components. His recent research also explores Topology Optimization for designing lightweight, high-strength materials for complex structures.

Experience

With over 12 years in academia and industry, Dr. Nirish’s professional journey includes roles as a Senior R&D Scientist/Engineer at MIC Labs (2024-present), a Post-Doctoral Researcher at BITS Pilani (2022-2024), and a Ph.D. Researcher at Osmania University (2018-2022). Prior to his research roles, he served as an Assistant Professor and Teaching Assistant at Aurora’s Scientific Technological & Research Academy, where he mentored students and contributed to curriculum development. His industry experience spans design, simulation, and testing of high-performance materials and systems.

Research Timeline & Activities

  • 2018–2022: Completed Ph.D. in Metal Additive Manufacturing at Osmania University, focusing on 3D printing of AlSi10Mg alloy and its mechanical performance.

  • 2022–2024: Conducted Post-Doctoral research on Smart Materials (NiTiNol-SMA) under the supervision of Prof. Amit Kumar Gupta at BITS Pilani.

  • 2024–Present: Senior R&D Scientist at MIC Labs, Hyderabad, working on machine design and testing innovations.

  • In addition to his research projects, Dr. Nirish has attended numerous international workshops on 3D printing, robotics, and materials processing, contributing to his ongoing professional development.

Awards & Honors

Dr. Nirish has received several accolades for his research excellence and contributions to the field of mechanical engineering. He has been recognized as a PhD Supervisor for mechanical engineering candidates at Bharath Institute of Higher Education and Research. He was awarded for his work in Metal Additive Manufacturing and Robotics in various academic and industry forums. His research papers have been published in top-tier journals, and he serves as a peer reviewer for multiple renowned international journals.

Top Noted Publications

  1. Suitability of Metal Additive Manufacturing Processes for Part Topology Optimization – A Comparative Study
    M Nirish, R Rajendra
    Materials Today: Proceedings 27 (2), 1601-1607, 2020
    Citations: 38
    This study offers a comparative analysis of various metal additive manufacturing (AM) processes for optimizing part topology, specifically focusing on their suitability for high-performance applications.

  2. Optimization of Process Parameter and Additive Simulation for Fatigue Strength Development by Selective Laser Melting of AlSi10Mg Alloy
    M Nirish, R Rajendra
    International Journal of Mechanical Engineering 7 (2), 3795-3802, 2022
    Citations: 15
    This paper explores the optimization of process parameters and simulation strategies for enhancing the fatigue strength of AlSi10Mg alloy fabricated via selective laser melting.

  3. Additive Simulation and Process Parameter Optimization for Wear Characterization Development by Selective Laser Melting of AlSi10Mg Alloy
    M Nirish, R Rajendra
    Journal of Characterization 2 (2), 103-116, 2022
    Citations: 9
    The study investigates the effect of process parameter optimization and additive simulations on improving the wear characteristics of AlSi10Mg alloy parts manufactured using selective laser melting.

  4. Heat Treatment Effect on the Mechanical Properties of AlSi10Mg Produced by Selective Laser Melting
    M Nirish, R Rajendra
    Journal of Mechanical Engineering Research and Developments 45 (2), 19-28, 2022
    Citations: 9
    This research focuses on the heat treatment effects on the mechanical properties of AlSi10Mg alloy parts produced via selective laser melting, offering valuable insights into material performance enhancement.

  5. Effect of Heat Treatment on Wear Characterization of AlSi10Mg Alloy Manufactured by Selective Laser Melting
    M Nirish, R Rajendra
    Journal of Mechanical Engineering Research and Developments 45 (2), 10-18, 2022
    Citations: 9
    This paper delves into the influence of heat treatment on the wear resistance of AlSi10Mg alloy manufactured by selective laser melting, offering a deeper understanding of material behavior under different thermal conditions.

ChatGPT said:

Strength for the Young Researcher Award:

Dr. Mudda Nirish’s contributions to the field of Mechanical Engineering, particularly in Metal Additive Manufacturing, Smart Materials, and Robotics, have positioned him as a leading young researcher in his field. The following five topics represent the core areas where his innovative work has made a significant impact:

  1. Metal Additive Manufacturing and Topology Optimization:
    Dr. Nirish’s groundbreaking research in metal additive manufacturing (3D printing) and topology optimization, particularly in the context of high-performance applications, has helped shape the future of lightweight, complex, and high-strength material structures. His work on the suitability of various AM processes for optimizing part topology, such as Selective Laser Melting (SLM) and Wire Arc Additive Manufacturing (WAAM), demonstrates his ability to drive innovation in manufacturing techniques.

  2. Optimization of Process Parameters for Fatigue and Wear Resistance:
    His research on the optimization of process parameters for Selective Laser Melting (SLM) of AlSi10Mg alloy has had a lasting impact on improving the fatigue strength and wear resistance of 3D-printed materials. His findings are crucial for industries like aerospace and automotive, where material performance under repeated stress is essential for long-term durability.

  3. Development of Smart Materials (NiTiNol-SMA) for Adaptive Systems:
    Dr. Nirish’s post-doctoral research on Smart Materials, particularly NiTiNol Shape Memory Alloys (SMAs), has led to the development of adaptive mechanisms for defense applications. His work has focused on improving the mechanical properties and design optimization of these materials to create more efficient and reliable systems for aerospace and robotics.

  4. Heat Treatment and Material Property Enhancement:
    His research on the effects of heat treatment on the mechanical properties and wear behavior of AlSi10Mg alloy fabricated via Selective Laser Melting has deepened the understanding of material behavior in additive manufacturing processes. This work has opened new avenues for improving the mechanical performance of 3D-printed metals in industrial applications.

  5. Leadership in R&D and Industry-Academia Collaboration:
    As a Senior R&D Scientist at MIC Labs and a PhD supervisor at Bharath Institute of Higher Education, Dr. Nirish has played a key role in bridging the gap between academia and industry. His leadership in advanced R&D projects related to machine design and testing, as well as his active role in mentoring young researchers, highlights his dedication to fostering the next generation of engineers and researchers.

Bhagawan Dheravath, Environmental Science, Best Innovator Award

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Dr. Bhagawan Dheravath: Assistant Professor at Central University of Rajasthan, India

Dr. D. Bhagawan is an accomplished environmental scientist with deep expertise in wastewater treatment, electrochemical processes, advanced oxidation techniques, and sustainable waste management technologies. Over the last decade, he has built a strong research portfolio through government-funded projects, impactful scientific publications, and collaborative industrial initiatives focused on treating complex effluents, landfill leachate, and emerging contaminants. He has authored journal articles, book chapters with leading publishers, and co-invented patents related to hydrogen production enhancement and sustainable construction materials. His academic and professional journey reflects a blend of research excellence, leadership, innovation, and community engagement, with several prestigious awards recognizing his contributions to environmental science, sustainability, and scientific communication.

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Citations

  • Total Citations (All Time): 1120

  • Citations Since 2020: 925

Your work has garnered significant attention, with almost 83% of your citations accumulating in just the past few years, indicating a growing influence in your field. This reflects the impact and relevance of your recent research and publications.

h-index

  • Total h-index: 19

  • h-index Since 2020: 15

Your h-index of 19 shows that you have at least 19 papers with 19 or more citations each. This is a strong indicator of the quality and sustained impact of your research. An h-index of 15 since 2020 indicates that in just the last few years, your work has maintained a high citation rate, with several papers achieving notable recognition.

Education

Dr. Bhagawan’s educational background is rooted in Environmental Science and Technology, supported by a strong foundation in chemistry, wastewater engineering, and environmental management systems. His postgraduate research focused on groundwater remediation using advanced oxidation processes, which laid the groundwork for his later specialization in electrochemical treatment methods. Over his academic development, he attended numerous certified training programs, GIAN courses, and international workshops that further strengthened his technical expertise in air quality monitoring, water purification technologies, geospatial applications, data analysis, and industrial pollution control, making him a well-rounded academic and researcher.

Research Focus

His research encompasses electrochemical wastewater treatment, advanced oxidation processes, photocatalytic degradation of pollutants, landfill leachate treatment, recovery of valuable resources such as lithium and bioenergy, development of CNT-based filtration membranes, and treatment strategies for pharmaceuticals and emerging contaminants. He also works on solid waste valorization, biogas enhancement through biological pretreatment, thermal conversion of biomass, and sustainable materials for environmental applications. A key aspect of his research vision is integrating circular economy principles to convert waste streams into valuable products, thereby promoting sustainable industrial practices and environmental resilience.

Experience

Dr. Bhagawan has accumulated rich experience in academia, research supervision, laboratory operations, project management, and scientific event coordination. He has mentored students across various levels, collaborated with industry partners for pilot-scale reactor development, and successfully executed multiple government-funded projects focused on wastewater treatment technologies. His experience extends to organizing national and international workshops, delivering invited talks, serving on review panels for reputed journals, and leading environmental awareness and training programs. His professional journey demonstrates strong leadership, technical proficiency, and commitment to capacity building in the environmental sector.

Research Timeline & Activities

Across his research career, Dr. Bhagawan has consistently contributed to advancing sustainable environmental technologies through high-impact publications, active conference participation, and project execution. Starting from early work in groundwater remediation, he progressed into electrochemical treatment systems, nanoparticle synthesis, membrane development, and resource recovery technologies. His timeline includes more than a decade of active involvement in 120+ scientific events, coordination of GIAN courses and national youth parliaments, development of innovative treatment systems, patent contributions, book chapter publications, and continued engagement in environmental education, capacity building, and policy outreach initiatives. This consistent trajectory highlights his multi-dimensional growth as a scientist, educator, and technology developer.

Awards & Honors

Dr. Bhagawan has received numerous recognitions for his academic excellence, research contributions, and service to the scientific community. These include Best Paper and Best Oral Presentation Awards at the World Environment Summit 2023, the prestigious NESA Young Scientist Award 2018, Associate Fellowship of both Telangana and Andhra Pradesh Science Academies, and the DST-SERB International Travel Grant. He has also earned accolades such as the Outstanding Reviewer Award from Elsevier, merit awards for student excellence, and several conference-level distinctions for presentation and research quality. These honors reflect his dedication to scientific innovation, environmental stewardship, and professional excellence.

Top Noted Publication

One of his most impactful works is the Most Cited Paper Award–winning article, “Biomass production from microalgae Chlorella grown in sewage and kitchen wastewater using industrial CO₂ emissions”, which made significant contributions to sustainable bioresource utilization and circular carbon applications. Additionally, his recent publications in journals such as Journal of Industrial and Engineering Chemistry, Current Microbiology, and Proceedings of the Indian National Science Academy showcase advanced research on photocatalysis, nanoparticle applications, and novel wastewater treatment strategies. These publications highlight his ability to contribute cutting-edge research with practical environmental implications and global relevance.

1. Phycoremediation of Sewage Wastewater and Industrial Flue Gases for Biomass Generation from Microalgae

Authors: PK Kumar, SV Krishna, K Verma, K Pooja, D Bhagawan, V Himabindu
Published In: South African Journal of Chemical Engineering, 25, 133-146 (2018)
Citations: 113

This paper explores the potential of using microalgae for phycoremediation—removing pollutants from sewage wastewater and industrial flue gases while generating biomass. The research highlights a sustainable method for wastewater treatment and the carbon capture potential of algae.

2. Biomass Production from Microalgae Chlorella Grown in Sewage, Kitchen Wastewater Using Industrial CO2 Emissions: A Comparative Study

Authors: PK Kumar, SV Krishna, SS Naidu, K Verma, D Bhagawan, V Himabindu
Published In: Carbon Resources Conversion, 2 (2), 126-133 (2019)
Citations: 104

This paper investigates the biomass production potential of Chlorella, a type of microalgae, grown in sewage and kitchen wastewater and using industrial CO2 emissions. It provides a comparative analysis to assess the efficiency of algae cultivation for biomass generation in wastewater treatment, highlighting the role of CO2 emissions in enhancing algal growth.

3. Effect of Operational Parameters on Heavy Metal Removal by Electrocoagulation

Authors: D Bhagawan, S Poodari, T Pothuraju, D Srinivasulu, G Shankaraiah, et al.
Published In: Environmental Science and Pollution Research, 21 (24), 14166-14173 (2014)
Citations: 98

This paper focuses on the removal of heavy metals from contaminated water using electrocoagulation, an effective method for wastewater treatment. It evaluates various operational parameters affecting the performance of electrocoagulation systems, which is crucial for developing more efficient and cost-effective water treatment technologies.

4. Bio Oil Production from Microalgae via Hydrothermal Liquefaction Technology Under Subcritical Water Conditions

Authors: PK Kumar, SV Krishna, K Verma, K Pooja, D Bhagawan, K Srilatha, et al.
Published In: Journal of Microbiological Methods, 153, 108-117 (2018)
Citations: 82

This publication examines the production of bio-oil from microalgae using hydrothermal liquefaction under subcritical water conditions. The paper explores the conversion of algae biomass into biofuels, highlighting the potential of algae as a sustainable feedstock for bioenergy production.

5. Treatment of Petroleum Refinery Wastewater Using Combined Electrochemical Methods

Authors: D Bhagawan, S Poodari, S Golla, V Himabindu, S Vidyavathi
Published In: Desalination and Water Treatment, 57 (8), 3387-3394 (2016)
Citations: 62

This research investigates the treatment of petroleum refinery wastewater using a combination of electrochemical methods. It demonstrates an effective approach for reducing contaminants in refinery wastewater, which is essential for improving water quality and addressing the environmental challenges associated with industrial effluents.

Strengths for the Best Innovator Award

1. Pioneering Innovations in Wastewater Treatment Technologies

Dr. Bhagawan has developed and optimized cutting-edge electrochemical and advanced oxidation processes for treating highly polluted industrial effluents, landfill leachate, and emerging contaminants. His innovations—including movable/mobile electrochemical reactors—demonstrate strong technological novelty, practical applicability, and high potential for industrial adaptation.

2. Strong Contribution to Sustainable Resource Recovery & Circular Economy

His research on recovering lithium from industrial residues, enhancing bio-hydrogen production, and converting waste streams into valuable products showcases his leadership in circular-economy-driven innovations. These solutions support sustainable development goals (SDGs) related to clean water, affordable energy, responsible production, and climate action.

3. High-Impact Research Productivity and Global Scientific Influence

With 1120 citations, an h-index of 19, and multiple award-winning publications, Dr. Bhagawan’s work has gained significant international recognition. His research on microalgae-based remediation, electrochemical treatment, and nanoparticle applications has been widely cited and used as reference material in global studies, proving his influence as an emerging scientific innovator.

4. Successful Execution of Government-Funded R&D Projects

He has led multiple funded projects from national agencies (MSME, ANRF), demonstrating credibility, trust, and capability to transform novel ideas into scalable technologies. His projects on electrochemical reactors and lithium recovery systems show strong innovation readiness levels and societal relevance.

5. Multidisciplinary Expertise with Real-World Impact

Integrating environmental engineering, materials science, chemistry, biotechnology, and industrial process design, Dr. Bhagawan brings a unique multidisciplinary approach to problem-solving. His patents, industrial collaborations, and field-applicable treatment technologies highlight his ability to convert scientific research into practical and impactful innovations for industries and communities.

Chetna U S, Gender Studies, Best Innovator Award

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Miss. Chetna U S: Senior Research Fellow at Tamil Nadu Agricultural University, India

Chetna U S is a dynamic and ambitious agricultural professional with a diverse set of skills and interests. With a strong foundation in agricultural extension education, she has been recognized for her leadership and contributions to the agricultural community. Currently pursuing an M.Sc. in Agricultural Extension Education at Tamil Nadu Agricultural University, she balances academic excellence with a passion for community service and extracurricular involvement. As the Deputy Chairman of the All India Agricultural Students Association (SACC), she is helping to shape policy and advocate for the needs of agricultural students across India. Alongside her academic and professional pursuits, Chetna is also deeply engaged in cultural activities, sports, and social impact initiatives, making her a well-rounded individual committed to both personal growth and societal betterment.

Online Profiles

ORCID Profile

Education

Chetna’s educational journey is marked by both academic excellence and a strong commitment to the agricultural sector. She earned her B.Sc. (Hons) in Horticulture from Tamil Nadu Agricultural University (TNAU) in 2022, graduating with an impressive 82.8%. Building on this foundation, she is now pursuing an M.Sc. in Agricultural Extension Education at TNAU, where she maintains a high academic standard with a 92% score. Her educational focus combines agricultural practices with social issues such as rural development, sustainability, and entrepreneurship. Chetna’s education is enriched by hands-on experience gained through various projects and internships, enabling her to apply her theoretical knowledge in real-world scenarios.

Research Focus

Chetna’s research focus is centered around bridging the gap between agricultural development and social empowerment. One of her primary research areas is the empowerment of women through entrepreneurial training, with a focus on understanding the factors that influence entrepreneurial behavior in rural areas, particularly under the Tamil Nadu State Rural Livelihood Mission (TNSRLM). Additionally, she is investigating the role of collectivization in improving the performance of Farmer Producer Organizations (FPOs), exploring how cooperation among farmers can lead to better outcomes in production, marketing, and income generation. Another key area of her research aligns corporate social responsibility (CSR) with the achievement of Sustainable Development Goal (SDG) 11, which focuses on creating sustainable and resilient cities and communities. Through her research, Chetna aims to promote inclusive and sustainable agricultural practices that benefit both farmers and the wider community.

Experience

Chetna’s professional experience reflects her leadership abilities and passion for agricultural development. As the Sports Secretary of her university, she not only contributed to promoting physical fitness among students but also earned a bronze medal in the All India Inter Agri Sports Meet. Her leadership skills were further showcased in her role as the Deputy Chairman of the All India Agricultural Students Association (SACC), where she was instrumental in advocating for student interests and organizing various agricultural events. Chetna has also gained valuable industry experience through her internship at Theneera and Podaran Beverage Industry, where she worked on understanding the post-harvest handling and processing of agricultural products. This hands-on experience has equipped her with the practical knowledge to complement her academic pursuits. Additionally, Chetna has served as the official compère for prestigious events such as the Agricultural Graduate Student Conference (AGSC), showcasing her excellent communication skills and stage presence.

Research Timeline & Activities

Chetna’s research trajectory is built on a structured timeline, with key milestones that reflect her academic and professional aspirations. Her research on women’s empowerment through entrepreneurial training under TNSRLM is ongoing, and she expects to complete this project by 2025. She is also working on assessing the role of collectivization in enhancing the performance of Farmer Producer Organizations, with findings expected to be shared in upcoming academic conferences. In 2024, Chetna began her research on the alignment of corporate social responsibility (CSR) practices with SDG 11, exploring how businesses can contribute to sustainable cities and communities. As part of her academic journey, she has participated in several conferences, presenting her research findings and contributing to discussions on sustainable agriculture, rural development, and social responsibility.

Awards & Honors

Chetna has received several accolades in recognition of her academic achievements, leadership roles, and extracurricular contributions. She was honored with a bronze medal in the All India Inter Agri Sports Meet for her athletic prowess and leadership as the Sports Secretary of her university. Her leadership and initiative were further acknowledged when she was appointed Deputy Chairman of the All India Agricultural Students Association (SACC) in 2024. In addition to her achievements in sports and leadership, Chetna has been recognized for her cultural talents, particularly her stage presence and vocal skills, which she has showcased in various performances over the years. These awards and honors reflect her multifaceted abilities and her dedication to excelling in all areas of life.

Top Noted Publication

One of Chetna’s most notable publications is her research on the effectiveness of customized entrepreneurial training for rural women, conducted under the Tamil Nadu State Rural Livelihood Mission (TNSRLM). This publication delves into the factors influencing entrepreneurial behavior and the impact of such training on the empowerment of women in rural areas. Her work has been presented at several conferences, including the Sustainability Conclave on Productivity and Green Growth, where it received positive feedback for its practical insights and actionable recommendations. This publication is a testament to her commitment to advancing research in agricultural extension and rural development, and it continues to inform ongoing discussions on social entrepreneurship and sustainable development. Chetna’s work is contributing to creating pathways for more inclusive and sustainable growth in rural communities, particularly for women.

  • Prospects and Challenges of Women Entrepreneurship: A Bibliometric and TCCM (Theory, Context, Characteristics, and Methodology) Analysis
    Journal of Global Entrepreneurship Research (2025)
    DOI: 10.1007/s40497-025-00462-3
    Contributors: Chetna U. S; M. Shanthasheela; R. Manimekalai; D. Murugananthi; V. Karthick

  • Ethnomedicine and Women Agripreneurs: Exploring the Dynamics of Entry and Growth
    Plant Science Today (2025)
    DOI: 10.14719/pst.7386
    Contributors: U S Chetna; M. Shanthasheela; R. Manimekalai; D. Murugananthi; V. Karthick

Strength for the Best Innovator Award

  1. Leadership in Agricultural Initiatives – Chetna has exhibited exceptional leadership by serving as the Deputy Chairman of the All India Agricultural Students Association (SACC), where she has been instrumental in policy advocacy, organizing national conferences, and mentoring student leaders. Her tenure as Sports Secretary further demonstrates her ability to inspire teams, coordinate large-scale events, and achieve tangible results, such as winning a bronze medal at the All India Inter Agri Sports Meet.

  2. Women Empowerment & Social Innovation – Through her research on women entrepreneurship and agripreneurship under the Tamil Nadu State Rural Livelihood Mission (TNSRLM), Chetna has created innovative frameworks for rural women’s skill development, enterprise building, and income generation. Her work addresses social challenges while promoting self-reliance and economic empowerment, making a real impact on rural communities.

  3. Research Excellence & Publication Impact – Chetna’s scholarly contributions reflect innovation in both methodology and subject matter. Her publications, such as the bibliometric and TCCM analysis on women entrepreneurship and her study on ethnomedicine and women agripreneurs, offer fresh perspectives and actionable insights for academics, policymakers, and practitioners in agriculture and social development. These publications also demonstrate her ability to combine theoretical frameworks with real-world applications.

  4. Innovative Extension Practices – She has implemented innovative approaches in agricultural extension by integrating corporate social responsibility initiatives with Sustainable Development Goals (SDG 11) and assessing collectivization models for Farmer Producer Organizations (FPOs). These initiatives demonstrate her ability to design and execute solutions that improve productivity, sustainability, and community welfare.

  5. Cultural & Extracurricular Innovation – Beyond academics and research, Chetna leverages her artistic and cultural talents to innovate in outreach and engagement. Her skills in music, dance, painting, and public speaking have enhanced her effectiveness as a compère and presenter in major conferences, while her involvement in sports and stage performances showcases her creativity, discipline, and ability to inspire others in diverse settings.

Barakat Kamil, Chemistry, Innovative Researcher Award

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Dr. Barakat Kamil: Al-mustansiriyah university, Iraq

Dr. Barakat A. F. Kamil is an Assistant Professor at the University of Al-Mustansiriyah in the Department of Chemistry. He holds a PhD in Physical Chemistry and specializes in nanochemistry, theoretical chemistry, and complex systems. With 17 published papers, his research bridges the gap between theoretical models and experimental chemistry, especially focusing on adsorption processes, nanomaterials, and photolysis.

Online Profiles

Dr. Kamil’s academic work can be found across several online academic databases:

These profiles provide detailed information on his citation history, published works, and contributions to the field.

Citations & Impact

Dr. Barakat A. F. Kamil’s work has been cited 29 times in total, with 25 citations coming since 2020. His research has had a steady and growing influence within the academic community, particularly in the fields of physical chemistry and nanotechnology.

h-index

Dr. Kamil has an h-index of 3, reflecting the cumulative impact of his publications. The h-index measures both the number of publications and the citation frequency, indicating that his most influential papers have been cited at least 3 times.

Education

Dr. Kamil earned his PhD in Physical Chemistry, with a focus on chemical modeling, adsorption processes, and nanomaterials. His educational background laid the foundation for his ongoing research in theoretical and applied chemistry, particularly within the field of nanochemistry.

Research Focus

Dr. Kamil’s research revolves around the synthesis, characterization, and theoretical study of nanomaterials, particularly focusing on their applications in adsorption processes and photolysis. His work extends to drug-complex interactions and their biological effects, using both experimental and computational approaches. He also explores the surface chemistry of metal oxide nanoparticles, such as Y₂O₃ and ZnO, and their use in environmental and pharmaceutical applications.

Experience

Dr. Kamil has been serving as an Assistant Lecturer in Chemistry at the University of Al-Mustansiriyah since 2020. His teaching and research activities are centered on Physical Chemistry and Nanochemistry, where he combines theoretical knowledge with practical applications in the development of nanomaterials for environmental and health-related applications.

Research Timeline & Activities

Dr. Kamil’s research trajectory includes significant work on the synthesis of nano-aluminum oxide, adsorption isotherms, and the development of mixed drug complexes. Key activities span from 2014 to the present, with a particular emphasis on the thermodynamic and kinetic aspects of adsorption processes and the theoretical modeling of new chemical compounds. His work on the photo-degradation of pharmaceuticals and nanomaterial-based adsorption studies has been foundational in the development of environmentally friendly solutions.

Top Noted Publication

One of Dr. Kamil’s most significant publications is “Preparation, diagnosis, biological activity, and theoretical studies of some mixed drug complexes”, published in The Scientific World Journal in 2019. This paper explores the synthesis and biological efficacy of drug-metal complexes, contributing to both theoretical and practical aspects of medicinal chemistry.

  • “Preparation, diagnosis, biological activity, and theoretical studies of some mixed drug complexes”
    The Scientific World Journal, 2019 (1), 8962923.
    Cited by 8
    This paper explores the preparation and characterization of mixed drug-metal complexes, assessing their biological activity and providing a detailed theoretical analysis. The research is significant in the context of drug design and therapeutic applications.

  • “Adsorption isotherms and thermodynamic study of direct blue2 (DB2) dye on Y₂O₃ nanoparticles”
    Egyptian Journal of Chemistry, 63(12), 4731-4737, 2020.
    Cited by 4
    This study investigates the adsorption behavior of Direct Blue 2 dye on Y₂O₃ nanoparticles. The research includes a detailed thermodynamic and kinetic analysis of the adsorption process, providing insights into dye removal mechanisms using nanomaterials.

  • “Adsorption Isotherms, kinetics and thermodynamic studies of Vat Brown 16 dye using ZnO and Nano-ZnO particles”
    Research Journal of Pharmacy and Technology, 11(9), 3998-4002, 2018.
    Cited by 4
    The study focuses on the adsorption of Vat Brown 16 dye onto ZnO and Nano-ZnO particles, analyzing the adsorption isotherms, kinetics, and thermodynamics. The paper contributes to understanding the potential of ZnO nanoparticles in dye removal and environmental applications.

  • “Characterization and spectroscopic study of 4-(4-nitro benzene azo)-3-amino benzoic acid compound by Gaussian 09 program: A review”
    International Journal of Research in Pharmaceutical Sciences, 10, 787-790, 2019.
    Cited by 3
    This review article uses computational chemistry to analyze the structure and properties of a specific compound, employing the Gaussian 09 program for molecular modeling and spectroscopic study. It offers insights into the potential pharmaceutical applications of the compound.

  • “Synthesis and theoretical study of new quinazolinone derivatives containing various heterocyclic moieties”
    International Research Journal of Pharmacy, 9(5), 75-80, 2018.
    Cited by 3
    This research focuses on the synthesis of quinazolinone derivatives, investigating their structural features and potential biological activities. Theoretical studies complement the synthesis work, providing a deeper understanding of the chemical properties and reactivity of these compounds.

Strengths tailored for the Innovative Researcher Award, based on the profile and achievements of Dr. Barakat A. F. Kamil:

1. Pioneering Contributions in Nanochemistry

Dr. Kamil has demonstrated remarkable innovation in synthesizing and characterizing nanomaterials, particularly metal oxide nanoparticles such as Y₂O₃ and ZnO. His work provides advanced insights into adsorption mechanisms and photolytic pathways, contributing significantly to emerging applications in environmental and pharmaceutical chemistry.

2. Integration of Theoretical and Experimental Chemistry

A defining strength of Dr. Kamil’s research is his ability to seamlessly merge theoretical models with experimental practice. Through computational chemistry tools such as Gaussian 09, he has advanced understanding of molecular structures, drug–metal interactions, and reaction mechanisms, pushing the boundaries of physical chemistry research.

3. Impactful Research Output and Growing Scientific Influence

With 17 peer-reviewed publications and a citation record that continues to rise, Dr. Kamil has established a solid scientific footprint. His h-index of 3 and 29 citations—25 of which have occurred since 2020—reflect the relevance and increasing academic impact of his research in nanotechnology and adsorption science.

4. Environmental and Pharmaceutical Applications of Research

His work addresses pressing global challenges by developing nanomaterial-based solutions for wastewater treatment, dye removal, and pharmaceutical degradation. These contributions highlight his ability to transform scientific knowledge into practical, environmentally conscious innovations.

5. Commitment to Advancing Scientific Knowledge Through Collaboration and Teaching

As an Assistant Professor and active research collaborator, Dr. Kamil plays a vital role in mentoring students, advancing laboratory methodologies, and fostering a productive research environment. His ability to guide experimental work while contributing theoretical expertise positions him as a key driver of innovation within his department.

Kavitha Sharanappa Gudadur, Environmental Science, Water Conservation Award

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Miss. Kavitha Sharanappa Gudadur: Senior Research Fellow at Indian Institute of Information Technology Design and Manufacturing Kancheepuram, India

 

Kavitha S. G is a highly motivated researcher specializing in wearable biomedical sensors, nanobiotechnology, and functional materials. She is a PhD scholar (thesis submitted) at the Indian Institute of Information Technology, Design and Manufacturing (IIITDM) Kancheepuram, where her work focuses on developing nanocomposite thermochromic patch sensors for early breast cancer detection. With a strong background in biotechnology, micro/nanofluidics, and material engineering, she has contributed to multiple interdisciplinary projects and published in SCI-indexed journals. Her research integrates biosensing, polymer nanocomposites, thermal management materials, and additive manufacturing to create innovative, non-invasive healthcare technologies.

Online Profiles

Google Scholar Profile 

Kavitha has achieved a growing research impact, with 43 citations overall since 2020, maintaining an h-index of 3 and an i10-index of 2. These metrics reflect the visibility and relevance of her contributions to wearable biosensors, thermochromic materials, nanobiotechnology, and biomedical device engineering, with her recent publications receiving consistent citations in the scientific community.

Education

Kavitha is pursuing her PhD in Bionanotechnology Engineering at IIITDM Kancheepuram, where she has developed a nanocomposite-based thermochromic wearable patch sensor for early-stage breast cancer detection. She holds an M.Tech in Industrial Biotechnology from the National Institute of Technology Karnataka (NITK), graduating with distinction, and a B.E. in Biotechnology Engineering from NMAM Institute of Technology with high academic standing. Her academic training spans biotechnology, material science, environmental processes, nanotechnology, and biomedical device development.

Research Focus

Her research focuses on designing and developing flexible wearable biomedical sensors, nanostructured functional materials, thermochromic systems, and micro/nanofluidic devices for early disease detection and healthcare monitoring. She specializes in polymer nanocomposites, electrospun nanofibers, thermal management materials, biosensing platforms, sweat biomarker detection, and temperature-based diagnostics. She also works extensively in environmental biotechnology, molecular biology techniques, and cell line studies. Her work aims to bridge material science and biomedical engineering to enable next-generation non-invasive diagnostics.

Experience

Kavitha has over four years of research experience, currently serving as a Senior Research Fellow at IIITDM Kancheepuram, where she develops thermochromic wearable sensors, breathable electrospun patches, and microfluidic biosensing devices. She has previously worked on biosynthesis of nanoparticles at SRM Medical College and completed internships in clinical data management at Samahitha Research Solutions and stem cell research at NUCSReM. Her work spans experimental fabrication, characterization, modelling, device design, and biological testing, supported by strong multidisciplinary laboratory experience.

Research Timeline & Activities

Her research journey includes undergraduate work in microbial chassis design for flavonoid production (2015–2019), postgraduate research on photocatalytic degradation using biogenic Ag-doped ZnO nanoparticles (2019–2021), and doctoral research from 2021 onwards focusing on wearable nanocomposite thermochromic patch sensors for breast cancer detection. Over the years, she has worked on nanomaterial synthesis, electrospinning, thermochromic pigment integration, polymer film fabrication, microfluidic biosensor development, mathematical modelling of breast phantoms, and validation studies using infrared imaging and Python-based simulations.

Awards & Honors

Kavitha has been recognized with the Best Outgoing Student Award (2020–21) at the National Institute of Technology Karnataka for her academic excellence and research performance. She is also a recipient of the National Means–Cum–Merit Scholarship (NMMS) awarded by the Government of India, reflecting her consistent scholastic achievements. These honors underscore her dedication, academic merit, and research potential in biotechnology and biomedical engineering.

Top Noted Publications

Her notable publications include SCI-indexed works such as Flexible Reversible Polymer Nanocomposite Thin Film Patch for Wearable Temperature Sensors (Surfaces and Interfaces, 2023), Smart Wearable VO₂-Coated Textile for Thermochromic and Sensing Applications (IEEE Sensors Letters, 2024), Wearable PVA–Nickel Nanocomposite Patch for Temperature Sensor (Polymer Advanced Technologies, 2024), Reversible Thermochromic Membrane for Temperature Sensing (Polymer, 2025), and Photocatalytic Degradation of Caffeine Using Biogenic Ag-Doped ZnO Nanoparticles (International Journal of Environmental Research, 2025). These works highlight her contributions to wearable sensing technologies, nanocomposites, thermochromic materials, and environmental nanotechnology.

  • Flexible Reversible Polymer Nano-Composite Thin Film Patch for Wearable Temperature Sensor
    KS Gudadur, P Veluswamy
    Surfaces and Interfaces 39, 102975 (2023)
    Citations: 24

  • Tribological Hurdles in Biomedical Manufacturing: A Comprehensive Examination
    A Kumar, P Gajjar, KS Gudadur, A Kumar, A Kumar Gupta, A Choudhari, …
    Application of Biotribology in Biomedical Systems, 167–198 (2024)
    Citations: 10

  • Smart Wearable Thermal Management VO₂-Coated Textile for Thermochromic and Sensing Applications
    KS Gudadur, T Reji, PG Gopinath, J Jayabal, S Sathyamoorthy, …
    IEEE APSCON 2024, BITS Pilani K. K. Birla Goa Campus
    Citations: 3

  • Wearable Skin-Integrated Flexible PVA–Nickel Nanocomposite Patch for Temperature Sensor
    KS Gudadur, A Kumar, P Veluswamy
    Polymers for Advanced Technologies 35(6), e6477 (2024)
    Citations: 2

  • Biosensor and Nanotechnology for Diagnosis of Breast Cancer
    KS Gudadur, A Manammal, P Veluswamy
    Biosensors Nanotechnology, 347–369 (2023)
    Citations: 2

Strengths for the Water Conservation Award

1. Proven Contribution to Water Pollution Mitigation Using Green Nanotechnology

Kavitha has carried out impactful work on the synthesis of biogenic Ag-doped ZnO nanoparticles and their application in the photocatalytic degradation of harmful organic pollutants in contaminated water systems.
Her research offers a sustainable, cost-effective, and energy-efficient approach for breaking down toxic chemicals, especially caffeine and dye-based pollutants commonly found in wastewater.
This work directly supports cleaner water systems and provides a scientific foundation for next-generation water remediation technologies.

2. Advancement of Eco-Friendly Sustainable Materials for Water Treatment

She has developed several functional polymer and nanocomposite materials that avoid harsh chemical processes and minimize environmental footprint.
Her research promotes eco-safe materials that can be used in water filtration, pollutant capture, and controlled-release applications.
These sustainable material systems contribute to reducing dependency on synthetic chemicals in water purification while encouraging the adoption of nature-inspired, biodegradable, and non-toxic alternatives.

3. Expertise in Micro/Nanofluidics for Water Quality Monitoring and Detection

Kavitha’s experience in microfluidic and nanofluidic device fabrication enables the development of low-cost, portable, and highly sensitive water quality monitoring systems.
Her background supports the creation of integrated sensing platforms that can rapidly detect trace contaminants, temperature variations, and biochemical species in water samples.
Such technologies are vital for real-time water surveillance, early detection of water pollution, and resource-efficient monitoring in underserved or rural communities.

4. Interdisciplinary Research Base Connecting Biotechnology, Materials Science, and Environmental Engineering

Her diverse training across biotechnology, molecular biology, material engineering, and environmental nanotechnology enables her to design holistic solutions for water conservation challenges.
She works seamlessly across domains such as microbial systems, nanomaterial synthesis, thermochromic materials, and polymer engineering, making her research adaptable to environmental applications.
This interdisciplinary skillset allows her to integrate biological and materials-based strategies to support cleaner water and sustainable environmental management.

5. Strong Research Impact, Academic Excellence, and Recognitions

Kavitha’s rising research impact—with 43 citations, h-index 3, and i10-index 2—demonstrates the relevance and visibility of her scientific contributions on platforms such as Google Scholar.
Her academic achievements, including the Best Outgoing Student Award from NITK and the National Means-cum-Merit Scholarship (NMMS), highlight her strong commitment to excellence and societal impact.
These credentials strengthen her eligibility for the Water Conservation Award, showing a consistent pattern of scientific dedication, innovation, and contribution toward sustainable resource utilization.

Pradhan Parth Sarthi, Climate Science, Climate Action Award

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Prof. Pradhan Parth Sarthi: Coordinator, Center for Climate Change and LiFE at Department of Environmental Science, Central University of South Bihar, Gaya, India

Dr. Pradhan Parth Sarthi is a distinguished Professor and Coordinator at the Centre for Climate Change and LiFE, Central University of South Bihar (CUSB), Gaya. He has previously served as the Head of the Department of Environmental Science and as Dean of multiple schools at CUSB, showcasing leadership in academia. With over three decades of experience in atmospheric sciences, geophysics, and climate change research, he has contributed to policy advisory, curriculum development, and climate-related scientific studies both nationally and internationally. He has also been instrumental in mentoring young researchers and fostering collaborations between Indian and international research institutions.

Online Profiles

Google Scholar Profile

Dr. Pradhan Parth Sarthi’s research has received significant recognition in the scientific community. According to Google Scholar, he has a total of 809 citations, with 606 citations since 2020. His research impact is reflected in an h-index of 18 (with 15 since 2020) and an i10-index of 26 (with 21 since 2020), demonstrating both the productivity and influence of his publications in the fields of climate science, atmospheric modeling, and environmental studies.

Education

He completed his Bachelor in Mathematics (1990) from H. D. Jain College, Magadh University, Ara, Bihar, laying a strong quantitative foundation. He earned his M.Sc. (Tech) in Geophysics with specialization in Meteorology in 1993, followed by a Ph.D. in Geophysics (Meteorology) in 2000, both from Banaras Hindu University, Varanasi. His doctoral research focused on understanding the atmospheric surface layer along the monsoon trough, with emphasis on dry convective regions—a pioneering study in the field of monsoon dynamics and regional climate modeling.

Research Focus

Dr. Sarthi’s research primarily revolves around the Indian monsoon, climate variability, and extreme weather events. He investigates urban climate dynamics, hydrological modeling, climate data analysis, and the impacts of aerosols, cyclones, and snow cover on regional and global climate systems. His work often bridges theoretical climate modeling and practical applications for disaster management, sustainable development, and environmental policy. He is also engaged in interdisciplinary research linking atmospheric sciences, environmental science, and socio-economic aspects of climate change.

Experience

Dr. Sarthi has a rich academic and research career spanning premier institutions like IIT Delhi, TERI University, and CUSB. His positions have included Project Scientist, Associate Fellow, Professor, Department Head, and Dean. He has supervised nine Ph.D. students, numerous M.Phil and M.Tech theses, and guided postdoctoral fellows. He has developed academic curricula in climate modeling, environmental geosciences, and atmospheric sciences, and has been involved in organizing national and international conferences, workshops, and training programs.

Research Timeline & Activities

Dr. Sarthi’s research journey began with MONBLEX (1993-1998), studying the atmospheric surface layer in monsoon trough regions. Between 1998-2006, he conducted advanced spectral atmospheric general circulation modeling at IIT Delhi. During 2006-2010 at TERI University, he led projects on climate scenario generation and impact assessment. At CUSB since 2010, he has served as Principal Investigator for multiple DST, SERB, and MoES-funded projects focusing on monsoon, drought, flood modeling, urban climate studies, and environmental risk assessments. He actively collaborates with international researchers, contributing to climate prediction and adaptation strategies.

Awards & Honors

Dr. Sarthi was elected Fellow of the Indian Meteorological Society in 2024 and nominated by MoEFCC, Government of India, for IPCC AR7 WGI in November 2024. He has been recognized as a national expert for climate change programs and has served on advisory committees for governmental policy formulation. His contributions to atmospheric and climate sciences have earned him awards and recognition from multiple academic and scientific bodies, highlighting his leadership in both research and education.

Top Noted Publication

Among his notable publications is “A Study on the Effect of Eurasian Snow on the Summer Monsoon Circulation and Rainfall using a Spectral GCM,” published in the International Journal of Climatology (2006, Vol 26, Issue 8). This work investigates how snow cover in Eurasia influences Indian monsoon rainfall patterns using spectral general circulation models, providing key insights into monsoon prediction and regional climate variability. He has also authored numerous other peer-reviewed articles in high-impact journals addressing urban climate, monsoon variability, and extreme weather events.

  • Trend analysis for rainfall in Delhi and Mumbai, India – A. Rana, C.B. Uvo, L. Bengtsson, P. Parth Sarthi, Climate Dynamics, 38(1), 45-56, 2012. Citations: 100

  • Possible future changes in cyclonic storms in the Bay of Bengal, India under warmer climate – P.P. Sarthi, A. Agrawal, A. Rana, International Journal of Climatology, 35(7), 1267-1277, 2015. Citations: 45

  • Possible future projection of Indian Summer Monsoon Rainfall (ISMR) with the evaluation of model performance in Coupled Model Inter-comparison Project Phase 5 (CMIP5) – P.P. Sarthi, S. Ghosh, P. Kumar, Global and Planetary Change, 129, 92-106, 2015. Citations: 45

  • Assessment of potential impact of climate change on streamflow: a case study of the Brahmani River basin, India – K. Vandana, A. Islam, P.P. Sarthi, A.K. Sikka, H. Kapil, Journal of Water and Climate Change, 10(3), 624-641, 2019. Citations: 42

  • Intraseasonal variability of Indian Summer Monsoon Rainfall in CMIP6 models simulation – P. Kumar, P.P. Sarthi, Theoretical & Applied Climatology, 145, 2021. Citations: 39

Strengths for the Climate Action Award

  1. Expertise in Monsoon and Rainfall Analysis – Demonstrated deep understanding of Indian Summer Monsoon Rainfall through trend analysis in major cities like Delhi and Mumbai, intraseasonal variability studies, and future projections using advanced climate models (CMIP5 and CMIP6). This expertise enables accurate forecasting and assessment of climate risks, crucial for planning and adaptation strategies.

  2. Cyclone and Extreme Weather Risk Assessment – Conducted comprehensive studies on the potential impact of climate change on cyclonic storms in the Bay of Bengal, providing essential insights for disaster preparedness, early warning systems, and climate-resilient infrastructure planning.

  3. Hydrological Impact Studies and Water Resource Management – Investigated the potential effects of climate change on river basins, including the Brahmani River, highlighting vulnerabilities in streamflow patterns and informing water management policies for sustainable development.

  4. Interdisciplinary and Policy-Relevant Research – Combines climatology, hydrology, and environmental sciences to deliver actionable solutions, bridging the gap between scientific research and policy implementation. Work demonstrates a strong focus on regional climate adaptation and resilience planning.

  5. Significant Scientific Recognition and Impact – A consistent record of high-impact publications, with studies cited widely (over 800 citations) across leading journals in climate science. This reflects credibility, influence, and the ability to contribute knowledge that supports climate action initiatives.

  6. Capacity for Future Climate Projections and Adaptation Planning – Proven ability to evaluate and validate climate models to predict future scenarios, assisting governments, planners, and communities in preparing for climate variability and extreme weather events.

  7. Commitment to Sustainable Development and Climate Resilience – Research outcomes provide practical guidance for mitigating climate risks, enhancing urban resilience, and promoting sustainable water and disaster management practices, directly aligning with the goals of climate action awards.

Chelang Arslan, Engineering, Best Innovator Award

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Prof. Dr. Chelang Arslan: Dean of college of Engineering at University Of Kirkuk, Iraq

Prof. Dr. Chelang Akram Omar Arslan, born on April 5, 1969, in Kirkuk, Iraq, is a distinguished civil engineer and academic leader with extensive experience in water resources engineering. Currently serving as Dean of the College of Engineering at the University of Kirkuk, he has devoted over 28 years to advancing higher education and scientific research in Iraq. His career combines teaching, research, and administrative leadership, and he is recognized for integrating modern computational methods with practical water management solutions.

Online Profiles

Scopus Profile

Research Output (Scopus Metrics):

  • Total Documents: 7

  • Total Citations: 208 (from 183 citing documents)

  • h-index: 4

These metrics indicate a strong impact in the field of civil and water resources engineering, with contributions focused on hydrological modeling, hydraulic structures, and the application of AI and neuro-fuzzy systems in water management.

Education

Dr. Arslan earned his PhD in Civil Engineering with a specialization in Water Resources Engineering from the University of Technology, Baghdad. To strengthen his expertise, he completed a 12-month postdoctoral research fellowship at Selcuk University, Turkey, in 2015, focusing on advanced hydrological modeling and computational simulations. He has also pursued multiple professional certifications in computer proficiency, teaching methods, STADPRO, electronic management, and modern educational technologies.

Research Focus

His research spans the development and application of computational models in water resources management, streamflow forecasting, and hydraulic structures. He is particularly known for integrating artificial neural networks (ANNs), adaptive neuro-fuzzy inference systems (ANFIS), and hybrid AI models in hydrological predictions. His studies cover practical water management, climate impact assessment, river flow simulation, and optimization of hydraulic structures, bridging the gap between theoretical research and real-world engineering applications.

Experience

With more than 28 years of teaching and research experience, Dr. Arslan has instructed undergraduate and postgraduate students in fluid mechanics, sanitary engineering, hydraulic structures, engineering analysis, and advanced numerical methods. He has held key administrative positions including Head of the Civil Engineering Department, Secretary of the College of Engineering Council, Chairman of Academic Promotions Committees, and currently serves as Dean of the College of Engineering at the University of Kirkuk. He has also guided numerous MSc and PhD students and contributed to curriculum development and academic quality assurance.

Research Timeline & Activities

Dr. Arslan’s scholarly activity began in the late 1990s, with a focus on hydraulic structures, streamflow forecasting, and water management models. Between 2010 and 2024, he published over 20 high-impact papers in international journals and participated in multiple conferences in Turkey, Spain, and Egypt. His work includes rainfall-runoff modeling, evaporation estimation, river discharge prediction, particle velocity in rock blasting, and dam optimization. He actively combines AI techniques with hydrological models, contributing to both theoretical advancements and practical solutions in water engineering.

Awards & Honors

Dr. Arslan has been recognized for his scientific contributions, holding reviewer roles in leading journals such as Journal of Asian Scientific Research, Water Supply Journal, and Tikrit Journal of Engineering Sciences. He has received professional acknowledgment for leadership in academic promotions, quality assurance, and scientific committee work. His community contributions include delivering workshops, training courses, and consultancy for local water authorities, enhancing sustainable water resource management in Iraq.

Top Noted Publication

Among his most influential publications is “Performance of Artificial Neural Networks, Support Vector Machine, and Fuzzy Logic Networks in Monthly Streamflow Forecasting for Northern Iraq Rivers” (International Journal of Scientific & Engineering Research, 2016). This study demonstrates the application of AI and neuro-fuzzy techniques for accurate river flow forecasting, establishing a benchmark in water resources modeling in the region. Other notable works include studies on dam optimization, hydraulic structure simulation, and climate change impact assessment on regional water resources.

Title: Synergistic Optimization of Predictive Models for Water Quality Analysis in Treatment Plants Using Machine Learning and Evolutionary Algorithms
Journal: Evolutionary Intelligence, 2025
Citations: 5
Overview: This study presents a hybrid approach combining machine learning techniques with evolutionary algorithms to optimize predictive models for water quality monitoring in treatment plants. The work emphasizes improving model accuracy and reliability, supporting efficient water management and decision-making in engineering applications.

Strengths for Best Innovator Award

  1. Pioneering Research in AI-Driven Water Management
    Dr. Arslan has consistently applied artificial intelligence, including ANNs, ANFIS, and hybrid AI models, to water resources engineering, enabling highly accurate streamflow forecasting, river discharge prediction, and water quality optimization. His innovative integration of AI with hydrological models demonstrates cutting-edge approaches to solving practical engineering challenges.

  2. Innovative Hydraulic Structure Optimization
    Through his research on dam design, including buttress dam optimization and peak particle velocity simulations in rock blasting, Dr. Arslan has advanced methods for structural efficiency and safety, applying computational techniques and evolutionary algorithms to real-world engineering problems.

  3. Cross-Disciplinary and Global Approach
    He bridges civil engineering, computer modeling, and environmental science, publishing in international journals and participating in conferences worldwide (Turkey, Spain, Egypt). This demonstrates the global relevance and innovation of his methodologies.

  4. Educational Innovation and Leadership
    As Dean of the College of Engineering, Dr. Arslan has introduced modern computational tools, such as MATLAB and AI modeling, into curricula and research programs. His dedication to training the next generation of engineers reflects a commitment to innovative education and capacity building in Iraq.

  5. Applied Solutions for Community and Industry
    Beyond academia, Dr. Arslan translates research into practical solutions for local water authorities, irrigation projects, and treatment plants. His work on predictive water quality models using machine learning and evolutionary algorithms demonstrates innovation that directly improves public utilities and resource management.