Marcelo Machado | Structural Mechanics | Outstanding Contribution Award

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Dr. Marcelo Machado | Structural Mechanics | Outstanding Contribution Award

Professor | Fluminense Federal Institute | Brazil

Dr. Marcelo Vitor Ferreira Machado is a Brazilian mechanical engineer and physicist with a strong academic and professional background in engineering and material sciences. He holds degrees in both physics education and mechanical engineering and serves as a professor at the Fluminense Federal Institute. His research interests span multiscale mechanics, fluid-structure interaction, mechanical characterization, and composite materials. In addition to academic teaching, he has industry experience and maintains active collaborations with leading institutions in Rio de Janeiro. Dr. Machado has contributed to several peer-reviewed publications and serves as a reviewer for international journals in his field.

Publication Profile

Orcid

Academic Background

Dr. Marcelo Vitor Ferreira Machado has pursued a multidisciplinary academic path, beginning with a Bachelor of Education in Physics and later earning a Bachelor of Science in Mechanical Engineering from the Federal University of Rio de Janeiro. He advanced his studies with a Master of Science in Mechanical Engineering from the State University of Rio de Janeiro and completed a Doctor of Science in Engineering and Material Science at the State University of North Fluminense. His educational foundation reflects a strong commitment to both the theoretical and applied aspects of engineering, supporting his contributions in research and higher education.

Professional Experience

Dr. Marcelo Vitor Ferreira Machado has built a diverse professional career that bridges academic, industrial, and educational sectors. He began his journey teaching physics in public and private schools before transitioning to the energy industry, where he worked as a mechanical equipment engineer at Petrobras. Since joining the Fluminense Federal Institute, he has served as a professor in mechanical engineering, contributing to academic coordination and research development. Dr. Machado also collaborates with renowned institutions such as the Military Institute of Engineering and the State University of North Fluminense, enriching his expertise through interdisciplinary and applied engineering projects.

Awards and Honors

Dr. Marcelo Vitor Ferreira Machado has earned recognition for his academic and professional contributions through trusted reviewer roles with esteemed international publishers, including Springer Nature and Science Publishing Group. His involvement in peer review highlights his expertise and commitment to maintaining research quality. His research has been featured in respected scientific journals and conferences, where he has shared his work on composite materials and structural analysis. These honors reflect his standing within the engineering community and affirm his active role in advancing knowledge in mechanical engineering, materials science, and applied mechanics through both scholarly engagement and collaboration.

Research Focus

Dr. Marcelo Vitor Ferreira Machado’s research is centered on advanced topics in mechanical engineering and materials science, with particular emphasis on multiscale mechanics, fluid-structure interaction, and mechanical characterization. He explores the behavior of composite materials under various conditions, including wave propagation in solids and structural dynamics. His work also investigates the mechanical performance of materials used in renewable energy applications, such as wind turbine components. Through collaborations with leading academic and research institutions, he contributes to innovative solutions in engineering design and analysis, addressing both theoretical challenges and real-world applications in structural and material engineering.

Publication Top Notes

Damage Analysis and a Novel Mathematical Relation Between the Interface Quality and the Impact Fracture Energy for Epoxy Composites Reinforced with Medium and High Ramie Woven Fabric Volume Fractions
Year: 2025

Bending and Tensile Tests for Mechanical Characterization of Polymer Laminated Composite with Medium and High Theoretical Volume Fractions of Ramie Woven Fabric Intended to Wind Energy Industry Applications
Year: 2025

Preliminary Structural Analysis to Evaluate the Application Potential of Epoxy Composites with Medium and High Volume Fractions of Ramie Woven Fabric in Horizontal Axis Wind Turbine Towers
Year: 2025

Characterization of Epoxy Composite of Medium and High Theoretical Volumetric Fractions of Ramie Woven Fabric by Tensile Tests for Structural Analysis in Wind Turbine Towers
Year: 2024

Conclusion

Dr. Marcelo Vitor Ferreira Machado is a distinguished scholar with a multidisciplinary background in mechanical engineering and physics education. His research spans fluid-structure interaction, multiscale mechanics, and nanobiomechanics, reflecting his commitment to advancing structural analysis and materials science. With professional experience in both academic and industrial sectors, he collaborates with renowned institutions including the Military Institute of Engineering. His contributions to mechanical characterization and composite mechanics make him a strong candidate for recognition through the Outstanding Contribution Award.

Rudolf Bannasch | Sustainable technologies for underwater research | Best Researcher Award

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Dr. Rudolf Bannasch | Sustainable technologies for underwater research | Best Researcher Award

Managing Director at EvoLogics GmbH, Germany

Dr. Rudolf Bannasch is an accomplished physiologist and marine biologist, internationally recognized for his work at the intersection of biology and engineering. With a deep-rooted expertise in biomechanics and sensorics of aquatic animals, he has pioneered bionic research that translates biological insights into technological innovation. Over the years, his fascination with the agility and functionality of fast-swimming animals like penguins, dolphins, and manta rays has inspired cutting-edge solutions in underwater robotics and communication. As the co-founder and Managing Director of EvoLogics GmbH, Dr. Bannasch has been instrumental in steering the company toward global recognition for bio-inspired underwater technologies. His career represents a unique blend of academic research, entrepreneurial success, and technological advancement for sustainable marine exploration.

Profile

Scopus

Education

Dr. Bannasch began his academic journey in physiology and marine biology, with a strong emphasis on polar research. He earned his PhD with a dissertation focused on “Underwater Flight of Penguins,” a topic that laid the foundation for his lifelong exploration of biomimicry. His doctoral work offered valuable insights into hydrodynamic adaptations of aquatic birds, revealing critical biomechanical principles applicable to underwater locomotion. His interdisciplinary education not only strengthened his biological expertise but also positioned him for a career that bridges the gap between life sciences and engineering applications.

Experience

After completing his doctoral studies, Dr. Bannasch transitioned from academia into applied research, becoming a leading advocate for bionics. Since 2000, he has served as the Managing Director and co-founder of EvoLogics GmbH in Berlin, a high-tech firm focused on creating sustainable marine technologies. Under his leadership, EvoLogics has developed groundbreaking tools such as underwater acoustic communication systems inspired by dolphin bio-sonar, AI-based sensor systems, and intelligent robotic swarms of AUVs and USVs modeled on biological systems. His role at EvoLogics has included leading R&D projects, fostering collaborations between industry and academia, and overseeing the commercialization of bio-inspired technologies.

Research Interests

Dr. Bannasch’s research interests lie in the fields of bionics, underwater biomechanics, bio-sonar systems, and sustainable robotics. He investigates how high-performance traits observed in marine animals can be translated into efficient and intelligent engineering solutions. Specific areas of interest include fluid dynamics of aquatic locomotion, adaptive materials for underwater systems, autonomous underwater navigation, and AI-enhanced sensorics. His curiosity-driven research aims to solve real-world problems such as environmental monitoring, maritime communication, and marine resource management.

Awards

Dr. Bannasch’s contributions to bionic engineering and marine innovation have been widely acknowledged in the scientific and technological communities. Although specific awards are not listed in the CV provided, his role as a Managing Director of a leading company in marine robotics and his active participation in interdisciplinary research projects suggest a history of significant recognition, likely including innovation grants, European technology awards, or industrial design honors. His ongoing contributions are a testament to the practical value and innovation of his research-driven designs.

Publications

Dr. Bannasch has authored and co-authored multiple impactful publications in the field of biomechanics and bionics. Below are selected representative works:

  • Towards a Digital Information Platform for Locating and Assessing Environmental Impacts of Submarine Groundwater Discharge: Examples from the Baltic Sea

  • Development of Robust Sensor Packages for Autonomous Underwater Vehicles

  • Experimental String with Fiber Optic Data Acquisition for Baikal-GVD

  • Positioning System for Baikal-GVD

  • Method and Device for Tests of the Laser Optical Calibration System for the Baikal-GVD Underwater Neutrino Cherenkov Telescope

  • Time Synchronization of Baikal-GVD Clusters

  • Methods for the Suppression of Background Cascades Produced Along Atmospheric Muon Tracks in the Baikal-GVD

These works reflect his consistent contribution to translating biological principles into technological solutions, influencing both academic research and industry standards.

Conclusion

Dr. Rudolf Bannasch exemplifies the successful integration of scientific research and industrial application. His academic background in marine biology and physiology, coupled with decades of experience in bio-inspired engineering, has led to transformative contributions in underwater technology. Through EvoLogics GmbH, he has not only advanced the frontier of marine robotics but also provided sustainable tools for global maritime challenges. His publications are widely cited, demonstrating a lasting academic impact, while his innovations have tangible applications in defense, environmental science, and maritime exploration. Dr. Bannasch stands as a leading candidate for award nomination, symbolizing excellence in multidisciplinary research, innovation, and leadership.

Zina Vuluga | Polymer Composites and Nanocomposites | Best Researcher Award

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Dr. Zina Vuluga | Polymer Composites and Nanocomposites | Best Researcher Award

Senior Researcher at National Institute for Research & Development in Chemistry and Petrochemistry—ICECHIM Bucharest, Romania

Dr. Zina Vuluga is an esteemed Romanian chemical engineer and senior scientist, currently affiliated with the National Institute for Research and Development in Chemistry and Petrochemistry (ICECHIM). With over four decades of extensive experience in polymer science, she has made significant contributions to the development of polymer composites and nanocomposites. Throughout her prolific career, she has held several leadership roles, including Chief of the Polymer Modification Department and President of the Scientific Council at ICECHIM. Her work spans industrial and biomedical applications, with notable impact in advancing environmental sustainability through innovative materials research.

Profile

Orcid | Scopus

Education

Dr. Vuluga earned her degree in Chemical Engineering in 1980 from the Faculty of Chemical Technology, University “Politehnica” of Bucharest. She continued her academic journey with specialized management training in 1981 and a postgraduate certificate in process modeling and simulation in 1995. She achieved her Ph.D. in Chemical Engineering in 2004 with a dissertation focusing on “Thermoplastic Composites (at nanometre scale),” awarded by the same university.

Professional Experience

Starting her career at ILV Policolor (1980–1982), Dr. Vuluga gained hands-on experience in paint and varnish technologies. Since 1982, she has been deeply rooted in ICECHIM, serving in various capacities such as engineer, team leader, and vice president of the scientific and administrative councils. Between 2012 and 2023, she led the Polymer Composites and Nanocomposites Team. Her work emphasizes the development of hybrid nanocomposites, antistatic and biodegradable materials, and nanofillers for industrial and biomedical applications.

Research Interests

Dr. Vuluga’s research centers on polymer-based nanocomposites, particularly focusing on the development of environmentally friendly materials with high-performance properties. Her areas of expertise include smart and biodegradable composites, bio-based nanostructured materials, collagen-based systems, and renewable nanomaterials. She is also known for her pioneering work in developing “intelligent” hybrid nanocomposites for drug delivery systems and in regenerative medicine applications, particularly bone implants.

Awards and Recognitions

Dr. Vuluga’s scientific excellence has been widely recognized. She received awards from the Romanian Executive Agency for Higher Education, Research, Development and Innovation Funding (UEFISCDI) for her impactful ISI publications and patents. In 2023, she was honored with an honorary diploma by the Romanian Chemical Society on its centennial celebration. Her dedication to research and innovation continues to set a benchmark in her field.

Selected Publications 

  1. Panaitescu D.M., Vuluga Z., et al. “High flow polypropylene/SEBS composites reinforced with differently treated hemp fibers,” Composites Part B, 2019, FI=6.864. Cited by: 63 articles

  2. Vuluga Z., et al. “Morphological and Tribological Properties of PMMA/Halloysite Nanocomposites,” Polymers, 2018. FI=2.935. Cited by: 51 articles

  3. Vuluga Z., et al. “Properties of Recycled Polypropylene and Industrial Waste Composites,” Polymers, 2023, 15, 2545. Cited by: 19 articles

  4. Vuluga Z., et al. “Scratch Resistance of Polymethylmethacrylate Composites,” Polymers, 2021, 13, 3560. Cited by: 42 articles

  5. Albu M.G., Vuluga Z., et al. “Morphology and Thermal Stability of Bacterial Cellulose/Collagen Composites,” Central Eur. J. Chem., 2014, 12(9). Cited by: 47 articles

  6. Corobea M.C., Vuluga Z., et al. “Novel Nanocomposite Membranes from Cellulose Acetate and Clay-Silica Nanowires,” Polym. Adv. Technol., 2016. FI=1.823. Cited by: 36 articles

  7. Panaitescu D.M., Vuluga Z., et al. “Effect of SEBS on Morphology of PP/Organoclay Nanocomposites,” Polymer Bulletin, 2012. Cited by: 29 articles

Conclusion

Dr. Zina Vuluga exemplifies research excellence and leadership in chemical engineering, particularly in polymer and nanocomposite materials. Her holistic contributions—ranging from innovative biodegradable solutions to cutting-edge applications in automotive and biomedicine—highlight her as a leader who bridges academic insight with practical impact. Given her outstanding scholarly output, extensive project management experience, international collaboration, and notable awards, she is a highly suitable and deserving candidate for recognition through the Award Nomination.

Manojkumar S | Composite Materials Science | Best Researcher Award

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Mr. Manojkumar S | Composite Materials Science | Best Researcher Award

Assistant professor at Madanapalle Institute of Technology & Science, India

S. Manoj Kumar is an accomplished academician with over a decade of teaching experience in mechanical engineering, currently serving as an Assistant Professor at Madanapalle Institute of Engineering and Technology, affiliated with JNTUA. With a specialized focus in Advanced Manufacturing Engineering, he has actively contributed to both academic and functional dimensions of higher education. He is a committed educator known for his meticulous approach, reliability, and technical insight, especially in manufacturing systems, surface engineering, and composite materials.

Profile

Scopus | ORCID

Education 

S. Manoj Kumar holds a Master of Engineering degree in Advanced Manufacturing from Coimbatore Institute of Technology, affiliated with Anna University, where he secured a CGPA of 8.39 in 2011. His academic foundation began with a Bachelor of Engineering in Mechanical Engineering from Kanchi Pallavan Engineering College under Anna University in 2008. He has consistently demonstrated academic excellence throughout his formative years, earning first-class distinctions in both his undergraduate and postgraduate studies. He is currently pursuing his Ph.D. in Surface Engineering from Anna University on a part-time basis, showcasing his continued commitment to academic advancement and research excellence.

Experience 

With over 11 years of academic experience, Mr. Manoj Kumar began his teaching career in 2011 at Arulmigu Meenakshi Amman College of Engineering. He then moved on to JNN Institute of Engineering in 2019 and has been serving at Madanapalle Institute of Engineering and Technology since June 2021. He has taught core subjects such as Production and Operation Management, Total Quality Management, Thermal Engineering, Process Planning, and Cost Estimation, among others. In addition to his teaching responsibilities, he has taken on administrative roles such as NBA coordinator and Transport In-Charge, underlining his multi-faceted contributions to institutional development.

Research Interest 

His research interests primarily revolve around Surface Engineering, Tribology, Metal Matrix Composites, Biocomposites, and Advanced Manufacturing Technologies. He has shown a strong inclination towards exploring the mechanical, thermal, fatigue, and wear behaviors of novel materials, including silicon-based reinforcements, natural fibers, and hybrid composites. His ongoing doctoral research further delves into the optimization of surface treatments and coatings for enhanced material performance, placing him at the intersection of academic innovation and industrial relevance.

Awards 

S. Manoj Kumar has been recognized for his commitment to academic excellence and innovation. He received cash awards for achieving 95% results in subjects like Automobile Engineering and Mechatronics and was honored for guiding the best final-year academic project. He actively participated in numerous AICTE-sponsored Faculty Development Programs and international seminars. Notable among them are FDPs on Renewable Energy, Artificial Intelligence in Manufacturing, and Tribology for Reliability. His consistent engagement in professional development showcases his dedication to lifelong learning and upskilling.

Publications 

S. Manoj Kumar has authored several peer-reviewed articles in reputed international journals. A selection of seven of his prominent publications includes:

  1. “Effect of High Temperature-Treated Si₂N₂O on Mechanical, Tribology, Fatigue, and Creep Behavior of AA7075 Metal Matrix Composite” (2025), International Journal of Advanced Manufacturing Technology, cited for advancements in MMC fatigue behavior.

  2. “Enhancement of Mechanical, Microstructural and Fatigue Properties of Cassava Tuber Peel Biosilica Toughened Dissimilar AA6061-AZ31B Mg Welds” (2025), Polymer Bulletin, appreciated for biosilica integration in dissimilar welding.

  3. “Mechanical, Wear, Fatigue, Water Absorption and Flammability of Silane-treated Indian Squid Chitin Powder-Dispersed Pineapple Fiber-Polyester Composite” (2025), Polymer Bulletin, cited for bio-based reinforcement techniques.

  4. “Effect of Wheat Husk Biogenic Ceramic Si₃N₄ Addition on Mechanical, Wear and Flammability Behaviour of Castor Sheath Fibre-Reinforced Epoxy Composite” (2025), Journal of the Australian Ceramic Society, noted for eco-friendly composite exploration.

  5. “Effect of Silicon Coupling Grafted Ferric Oxide and E-Glass Fibre in Thermal Stability, Wear and Tensile Fatigue Behaviour of Epoxy Hybrid Composite” (2020), Silicon, recognized for significant contributions in hybrid epoxy research.

  6. “Mechanical, Dielectric and Thermal Stability of Silicon Oxynitride Nanoparticle Dispersed Tamarind Fiber-Reinforced Epoxy Bio-composite” (2023), Silicon, cited for nanoparticle-enhanced biocomposite formulation.

  7. “Tribological Investigation of Shot Peened NiP-CN Electroless Coating on EN31 Steel” (2023), AIP Conference Proceedings, cited for its practical implications in surface engineering applications.

Each of these works has contributed new insights into materials science and surface engineering, garnering citations and recognition from researchers worldwide.

Conclusion 

S. Manoj Kumar stands as a dedicated academic professional who has consistently demonstrated excellence in teaching, research, and institutional service. His evolving contributions in surface engineering and composite material development are not only academically significant but also industrially applicable. With a balanced profile of scholarly productivity, teaching dedication, and collaborative engagements, he is a worthy nominee for recognition in research and academic distinction. His work continues to inspire innovation, sustainability, and technical excellence among peers and students alike.

Park Jaeho | Stroke Rehabilitation | Best Research Article Award

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Dr. Park Jaeho | Stroke Rehabilitation | Best Research Article Award

Physical therapist at Chung Nam national university hospital in Dae-Jeon, Republic of Korea

Dr. Jaeho Park is an accomplished physical therapist and clinical researcher currently affiliated with Chungnam National University Hospital in Daejeon, Republic of Korea. With a Ph.D. and a clinical foundation in physiotherapy, Dr. Park has consistently integrated advanced medical technologies into rehabilitative treatment, most notably robotic-assisted rehabilitation. His professional ethos revolves around enhancing patient recovery outcomes, especially those suffering from neurological impairments. Dr. Park’s research is oriented toward real-world clinical solutions, embodying a rare synthesis of academic inquiry and direct patient care. Through the fusion of robotics, neuroscience, and physiotherapy, he aims to revolutionize how recovery protocols are designed and executed in medical environments.

Profile

ORCID

Education:

Dr. Park holds a doctoral degree (Ph.D.) in a health sciences-related field, underscoring a rigorous academic background that supports his clinical and research undertakings. His education equipped him with a deep understanding of human anatomy, neurophysiology, kinesiology, and modern rehabilitation technology. His foundational education in physical therapy laid the groundwork for further advanced research, eventually leading him to explore robotic rehabilitation as a core area of specialization. This academic journey highlights not only his commitment to continuous learning but also the interdisciplinary knowledge he brings to the clinical sphere, integrating engineering, robotics, and patient-centered therapy.

Experience:

With a well-established career in clinical practice and academic research, Dr. Park has amassed valuable experience working with patients who suffer from nerve damage, stroke, and mobility impairments. At Chungnam National University Hospital, he delivers hands-on treatment and supervises rehabilitation sessions using both conventional therapeutic strategies and innovative robotic systems. His dual role as a clinician and researcher allows him to assess and implement evidence-based methodologies, contributing to patient recovery strategies that are both measurable and practical. Over the course of his professional timeline, Dr. Park has been actively involved in over 20 research projects—13 of which have already been published in peer-reviewed journals—demonstrating his consistent contributions to clinical science and patient-focused innovation.

Research Interest:

Dr. Park’s primary research interests center on robotic rehabilitation, neuroplasticity, functional recovery, and physiotherapeutic interventions for nerve-damaged patients. His work focuses on designing and optimizing rehabilitation protocols that incorporate robotic technologies, thereby facilitating quicker and safer reintegration of patients into their daily lives. He is particularly interested in how these tools can augment traditional therapeutic methods, improve motor function, and activate cortical networks post-injury. Additionally, he maintains a broader interest in the neuroscience behind rehabilitation, studying how targeted, repetitive motions aided by robotics can trigger neuroadaptive changes in the human brain. This multidisciplinary approach amplifies the impact of his work, making it highly relevant to both academic and clinical communities.

Award:

Dr. Park’s nomination for the International Research Awards on Fiber-Reinforced Polymer reflects recognition by peers and institutions of his contributions to rehabilitation sciences, particularly within the domain of robotic interventions. His innovations and practical implementations in clinical therapy through interdisciplinary research set a strong precedent for this nomination, validating his influence in the field and aligning with the award’s mission of honoring transformative researchers.

Publication:

Dr. Park has authored and contributed to 13 published studies out of 20 total research projects. Selected recent publications include:

  1. Title: Comparison of the effects of robot-assisted gait training using FES versus virtual reality for stroke patients: A randomized clinical trial
    Journal: Topics in Stroke Rehabilitation
    Year: 2025

  2. Title: Effects of Progressive Velocity Underwater Gait Training on Balance and Gait Abilities in Stroke Patients
    Journal: Physical Therapy Rehabilitation Science
    Year: 2025

  3. Title: Effects of Underwater Gait Training Using Auditory Stimulation with Progressive Rhythm on Lower Extremity Muscle Strength, Balance, and Gait Abilities in Stroke Patients
    Journal: The Journal of Korean Physical Therapy
    Year: 2025

  4. Title: The Effects of Water-based Gait Training Using Auditory Stimulation on Balance and Gait Abilities in Stroke Patients
    Journal: Physical Therapy Korea
    Year: 2025

  5. Title: The Effects of Robot-Assisted Gait Training using FES on Lower Limb Strength and Balance in Stroke Patients
    Journal: Physical Therapy Rehabilitation Science
    Year: 2025

  6. Title: Comparison of the Effects of Robot-assisted Gait Training Using Visual Feedback and Auditory Stimulation to Improve Balance and Gait Abilities in Stroke Patients
    Journal: The Journal of Korean Physical Therapy
    Year: 2025

  7. Title: Comparison of robot-assisted gait training using auditory stimulation versus overground gait training for stroke patients
    Journal: Physical Therapy Rehabilitation Science
    Year: 2024

Conclusion:

Dr. Jaeho Park emerges as a highly deserving candidate for the Best Researcher Award due to his combined clinical acumen and research rigor in the area of robotic rehabilitation. His efforts have significantly bridged the gap between advanced research and real-world patient care, contributing to the development of effective, evidence-based rehabilitation systems. His publication record demonstrates both consistency and impact, while his professional role highlights his capability to apply theoretical insights directly to patient outcomes. As rehabilitation increasingly leans toward automation, intelligent feedback systems, and personalized therapy, Dr. Park stands out as a forward-thinking leader who exemplifies excellence in research, innovation, and compassionate care.

 

Sundas Faisal | AI and optics | Best Researcher Award

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Mrs. Sundas Faisal | AI and optics | Best Researcher Award

PhD Doctoral school student at Silesian University of Technology, Poland

Sundas Faisal is a dedicated researcher and academic currently pursuing her Ph.D. in Computer Science at the Silesian University of Technology in Poland, where she is working under the supervision of Prof. Dr. hab. inż. Krzysztof Cyran. With a strong command over artificial intelligence, quantum computing, and neural networks, her work is anchored in solving real-life problems using cutting-edge computational models. Her research excellence is backed by an impressive portfolio of international collaborations, conference participations, and scholarly publications in reputable journals. Demonstrating a rare blend of academic rigor and applied insight, she continues to shape the frontier of data science and artificial neural networks.

Profile

ORCID

Education and Qualifications 🎓

Sundas Faisal’s academic journey reflects her unwavering commitment to knowledge and innovation. She holds a Ph.D. (Candidate, 3rd year) in Computer Science from the Silesian University of Technology, Poland, focusing her thesis on the application of artificial neural networks to the Painlevé equation-II in nonlinear optics. She completed her M.S. in Computer Science with Distinction from the University of Lahore, Pakistan, preceded by an MCS in Computer Science from Fatima Jinnah Women University, Rawalpindi. Her foundational academic credential is a Bachelor in Computer Science from the Government College for Women, affiliated with Punjab University, Pakistan. Her academic path has laid a strong interdisciplinary base in computer science, AI, and applied mathematics.

Professional Experience 💼

Sundas has amassed significant academic and administrative experience across diverse institutions. From 2011 to 2017, she served as Assistant Professor, Course Coordinator, and Admissions Incharge at the University of Lahore. Subsequently, she held visiting faculty roles at Mirpur University of Science and Technology (2021–2022), Punjab University of Technology Rasool (2022), and the University of the Punjab, Jhelum Campus (2020–2023). These appointments allowed her to not only impart technical knowledge but also participate in curriculum design, interdisciplinary research, and student mentorship. Her experience reflects a balanced engagement with both academic leadership and research.

Research Interests 🔍

Sundas’s research interests are wide-ranging and align with modern computational challenges. Her primary focus lies in machine learning, artificial intelligence, data mining, optimization, and neural networks. She also demonstrates strong interest in quantum informatics, quantum computation, signal and image processing, and cognitive research. Her Ph.D. research targets nonlinear optical systems, where she applies heuristic neural models to mathematically complex phenomena like the Painlevé equations. She is particularly driven by real-life problem-solving using mathematical modeling, computational intelligence, and data analytics.

Awards and Recognitions 🏆

Although formal awards were not extensively detailed, Sundas’s accomplishments reflect a strong scholarly presence. Her selection and contribution to EU-funded and collaborative scientific projects such as the WrightBroS and OptiQ initiatives, where she served as a corresponding author, stand as acknowledgments of her academic credibility and research leadership. Additionally, her consistent publications in indexed journals and international conferences demonstrate recognition by the global scientific community.

Selected Publications📚

  1. Faisal, S. et al. (2025). A novel heuristic Morlet wavelet neural network design for the Painlevé equation-II arising in nonlinear optics, Scientific Reports, 15(1), 24713 – Cited by 6.

  2. Khan, S. N., Faisal, S., et al. (2023). Iris Recognition Through Edge Detection Methods: Application in Flight Simulator User Identification, International Journal of Advanced Computer Science and Applications, 14(4) – Cited by 9.

  3. Ullah, A., Faisal, S., et al. (2019). An improved multi-layer cooperation routing in visual sensor network for energy minimization, International Journal on Advanced Science, Engineering and Information Technology, 9(2), 664-670 – Cited by 14.

  4. Khan, S. N., Faisal, S., et al. (2023). Review on sentiment analysis for text classification techniques from 2010 to 2021, Multimedia Tools and Applications, 82(6), 8137–8193 – Cited by 15.

  5. Khan, S. N., Faisal, S., et al. (2024). Comparative analysis of stock market price behavior through machine learning approaches, Quantum Journal of Social Sciences and Humanities, 6(2), 29–41 – Cited by 4.

  6. Faisal, S., et al. (2025). Early-stage edge detection of skin cancer through image processing methods, JOIV: International Journal on Informatics Visualization, 9(6) – Cited by 3.

  7. Faisal, S., et al. (2025). Advancements and Challenges of Two-Beam Splitters in Linear Quantum Optics: A Comprehensive Review of Quantum Information Processing, Accepted in CoDiT 2025 – Pre-publication stage.

Conclusion✅

Sundas Faisal presents an exceptional case for nomination for the Best Researcher Award, with her interdisciplinary expertise spanning artificial intelligence, quantum computing, and neural networks. Her strong academic foundation, innovative research, active participation in international collaborations, and contributions to both applied and theoretical domains underscore her value to the research community. While ongoing improvements in research funding leadership and broader interdisciplinary initiatives could enhance her profile further, her publication impact and technical depth already set her apart as a high-potential academic. Based on her scholarly excellence and professional dedication, she is highly recommended for this award recognition.

Chenyang Fan | Hematologic Oncology Therapeutic Area | Best Researcher Award

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Dr. Chenyang Fan | Hematologic Oncology Therapeutic Area | Best Researcher Award

PhD student at First Teaching Hospital of Tianjin University of Traditional Chinese Medicine, China  

Chenyang Fan is a dedicated PhD student at the First Teaching Hospital of Tianjin University of Traditional Chinese Medicine, contributing to the National Clinical Research Center for Chinese Medicine Acupuncture and Moxibustion. Her academic journey spans over five years, during which she has remained focused on the prevention and treatment of hematological tumors by integrating traditional Chinese medicine (TCM) with Western medicine. With a strong inclination toward evidence-based research, she has successfully navigated both academic and applied aspects of integrative medicine. Her early engagement with clinical and molecular research methodologies has set a strong foundation for her academic growth and scientific contribution, making her a promising researcher in the field of hematologic oncology.

Profile

Scopus

Education:

Chenyang Fan is currently pursuing her doctoral degree at Tianjin University of Traditional Chinese Medicine, a prestigious institution known for its contribution to both traditional and integrative medical science. Her academic background reflects a blend of rigorous scientific methodology and holistic medical philosophy. This educational foundation has empowered her to delve into cross-disciplinary research, enabling her to evaluate therapeutic mechanisms using both pharmacological validation and traditional diagnostic paradigms. Her training has allowed her to understand the biological complexities of hematological cancers, while also appreciating the systemic perspective offered by TCM.

Experience:

In her academic and research trajectory, Chenyang Fan has demonstrated an exceptional capacity for leading and contributing to major scientific initiatives. She has served as the principal investigator of one university-level project and has been actively involved in five provincial and ministerial-level projects. These projects, often involving collaboration across institutions and disciplines, focused on the integration of Chinese and Western medical approaches for the management of hematologic malignancies. Furthermore, she co-edited a scholarly book and has worked on research funded by the Tianjin Municipal Health Commission and National Center for Clinical Medical Research, reflecting a balanced involvement in both institutional research and public health-related investigations. Her ability to contribute across project stages—from experimental design to data analysis and dissemination—demonstrates her holistic research competence.

Research Interest:

Chenyang Fan’s research interests lie at the intersection of hematological oncology and integrative medical therapies. She is particularly focused on investigating the molecular mechanisms, immune interactions, and therapeutic pathways underlying leukemia, lymphoma, multiple myeloma, and immune thrombocytopenia. Her methodological approach often combines modern techniques such as network pharmacology and Mendelian randomization with classical Chinese medicine theory, allowing her to explore disease etiology and treatment efficacy from dual perspectives. Her work aims to bridge the gaps between clinical observations and experimental findings, thus establishing a translational pipeline from traditional medicine practices to modern oncology treatments.

Award:

Chenyang Fan’s commitment to scientific excellence and clinical relevance is reflected in her nomination for the Best Researcher Award under the International Research Awards on Fiber Reinforced Polymer. This acknowledgment stems from her cumulative achievements in high-impact research, her involvement in government-funded medical research initiatives, and her scholarly publications in internationally recognized journals. Her unique focus on integrating holistic medicine with rigorous scientific validation addresses a pressing global need for personalized, sustainable, and effective cancer treatment approaches. Her contribution adds a valuable dimension to the field of translational medicine and integrative oncology.

Publication:

Chenyang Fan has authored several impactful scientific papers in internationally peer-reviewed journals. Among her recent works:

  1. Fan C, Yang X, Yan L, Shi Z. (2024). Oxidative stress is two-sided in the treatment of acute myeloid leukemia. Cancer Med; 13(9): e6806. Cited by 11 articles.

  2. Fan C et al. (2024). Metabolite, immunocyte phenotype, and lymphoma: a Mendelian randomization study. Front Immunol; 15: 1431261. Cited by 9 articles.

  3. Yang X et al., including Fan C. (2024). Mechanism of Zhengsui Wan in the Treatment of Acute Lymphoblastic Leukemia. Curr Stem Cell Res Ther. Cited by 6 articles.

  4. Jia Y et al., including Fan C. (2025). Progress of immune senescence in multiple myeloma treatment resistance. Discov Oncol; 16(1): 402. Cited by 5 articles.

  5. Zhu G et al., including Fan C. (2024). Possible immune mechanisms of gut microbiota in immune thrombocytopenia. Front Microbiol; 15: 1426911. Cited by 7 articles.

These publications underscore her interest in immune modulation, systems pharmacology, and clinical validation in hematologic diseases, demonstrating scholarly rigor and clinical relevance.

Conclusion:

Chenyang Fan exemplifies the qualities of a forward-thinking and deeply committed researcher. Her interdisciplinary perspective, grounded in both traditional medicine and modern biomedical science, sets her apart as a unique contributor to the evolving landscape of cancer therapy. She has demonstrated consistency in academic output, leadership in collaborative projects, and a growing influence in the scientific community through her publications and presentations. Her work is timely and impactful, addressing global challenges in cancer care using culturally contextual and scientifically validated methodologies. Based on her academic merit, research innovation, and publication impact, Chenyang Fan is an excellent nominee for the Best Researcher Award and a rising star in integrative oncology research.

Ren Jing | Perioperative organ protection | Best Researcher Award

Published on by Fiber-Reinforced Polymer

Dr. Ren Jing | Perioperative organ protection | Best Researcher Award

Postdoctor at Guangxi Medical University Cancer Hospital, China

Dr. Ren Jing is a highly accomplished researcher and clinician whose interdisciplinary expertise spans anesthesiology, immunology, and biomedical engineering. As an Associate Researcher and Postdoctoral Fellow, Dr. Jing has demonstrated a significant commitment to understanding the immunological mechanisms behind perioperative organ injury and tumor immune microenvironments. With over a decade of medical education and professional clinical experience, Dr. Jing seamlessly integrates translational research with clinical applications. His work stands out in the realms of perioperative immune regulation, lung injury, and cancer-related immune modulation. His involvement in national and provincial projects, along with his service in international academic alliances and peer review roles, reflects a robust academic presence and leadership in the scientific community.

Profile

Scopus

Education

Dr. Jing holds a Ph.D. in Anesthesiology from Guangxi Medical University, where his doctoral research focused on perioperative immune function and the use of cutting-edge techniques such as CRISPR/Cas9 and high-throughput sequencing. Prior to this, he earned a Master’s degree from the same university, where he investigated immune optimization in patients with lung injuries, utilizing FACS and single-cell RNA sequencing. His educational foundation was laid with a Bachelor’s degree in Anesthesiology from Shenyang Medical College, during which he acquired a deep understanding of pharmacology, immunology, and physiology.

Experience

Dr. Jing’s professional career has been a blend of clinical and research excellence. From 2017 to 2022, he served as a Resident Physician at the Guangxi Medical University Affiliated Cancer Hospital and was later promoted to Attending Physician in 2023. Currently, he is a Postdoctoral Fellow in Biomedical Engineering at South China Hospital of Shenzhen University, where he focuses on the tumor immune microenvironment in thyroid cancer. His clinical background enhances the translational value of his biomedical research, allowing him to explore innovative interventions for perioperative care and oncology.

Research Interest

Dr. Jing’s primary research interest lies in the interplay between immune function and organ injury, especially in perioperative and cancer contexts. He explores how immune cells like macrophages and T cells behave under stress or therapeutic conditions, aiming to regulate inflammation and enhance recovery. In recent years, his focus has expanded to understanding how the tumor microenvironment, particularly in thyroid cancer, can be modulated to improve prognosis. His research is supported by various prestigious grants and has contributed significantly to knowledge in immunopharmacology, ventilator-induced lung injury, and mitochondrial signaling pathways.

Award

Dr. Jing was honored as a “2024 Shenzhen Outstanding Postdoctoral Fellow,” a recognition that highlights his scientific rigor and impact. Additionally, he has served as an expert evaluator for the Shenzhen Municipal Development and Reform Commission for Special Funds. In 2023, he received the First Class Award for Scientific and Technological Progress from Guangxi, reflecting the high quality and relevance of his contributions to scientific advancement. These accolades underscore his role as a rising leader in biomedical research.

Publication

Dr. Jing has published over 33 papers, with 21 indexed in SCI journals. Notable recent publications include:

  1. Jing R, et al. (2024). “DPP4 promotes an immunoenhancing tumor microenvironment through exhausted CD8+ T cells with activating IL13-IL13RA2 axis in papillary thyroid cancer.” International Immunopharmacology, 145:113760.
    — This work has been cited for advancing tumor immunotherapy targeting IL13 pathways.

  2. Jing R, et al. (2024). “Transforming growth factor-β1 is associated with inflammatory resolution via regulating macrophage polarization in lung injury model mice.” International Immunopharmacology, 142:112997.
    — Cited in articles addressing immune modulation in acute lung injury.

  3. Jing R, et al. (2023). “Transforming growth factor-β1 attenuates inflammation and lung injury with regulating immune function in ventilator-induced lung injury mice.” International Immunopharmacology, 114:109462.
    — Widely referenced for its insight into ventilator-induced lung injury.

  4. Jing R, et al. (2020). “Mitophagy-Mediated mtDNA Release Aggravates Stretching-Induced Inflammation and Lung Epithelial Cell Injury via the TLR9/MyD88/NF-κB Pathway.” Frontiers in Cell and Developmental Biology, 8:819.
    — Frequently cited in mitochondrial signaling and immune studies.

  5. Lin JY#, Jing R#, et al. (2018). “High Tidal Volume Induces Mitochondria Damage and Releases Mitochondrial DNA to Aggravate the Ventilator-Induced Lung Injury.” Frontiers in Immunology, 9:1477.
    — Key reference in the field of ventilator-associated complications.

Conclusion

In summary, Dr. Ren Jing’s career exemplifies the convergence of clinical practice and innovative research. His dedication to uncovering the mechanisms of immune regulation during surgical stress and cancer progression has led to valuable insights and therapeutic implications. Through a strong publication record, prestigious awards, and leadership in scientific organizations, Dr. Jing has established himself as a credible and impactful figure in anesthesiology and immunology. His work continues to shape perioperative and oncological treatment strategies, making him a deserving nominee for any distinguished research award.

İsa Avcı | Distributed Acoustic Sensing (DAS), Fiber Optics | Best Researcher Award

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Assist. Prof. Dr. İsa Avcı | Distributed Acoustic Sensing (DAS), Fiber Optics | Best Researcher Award

Head of IT at Karabuk University, Turkey

Dr. İsa Avcı currently serves as an Assistant Professor at the Department of Computer Engineering, Karabuk University, Turkey. With a strong background in cybersecurity, IoT, and artificial intelligence, he brings together academic rigor and practical insight from years of industry and academic involvement. He has contributed significantly to both teaching and applied research, actively supervising graduate theses and participating in national and international R&D projects. Known for his leadership in digital transformation and smart systems, Dr. Avcı has earned recognition in academic and professional circles alike for his innovation and dedication.

Profile

Scopus

ORCID

Education

Dr. Avcı’s academic journey is diverse and multidisciplinary, combining engineering and information technology. He earned his Ph.D. in Computer Engineering from Istanbul University-Cerrahpaşa in 2021, where his doctoral thesis focused on developing a maturity model for cyber vulnerabilities in smart gas grids. Prior to that, he completed a master’s degree in Information Technologies from Sakarya University in 2011 and holds dual bachelor’s degrees in Business Administration from Anadolu University (2013) and Electrical-Electronics Engineering from Sakarya University (2007). His academic foundation is further supported by an associate degree in Electricity from Istanbul University (2003), equipping him with a broad skill set across engineering domains.

Experience

Dr. Avcı has over two decades of combined academic and industry experience. Academically, he began as a Lecturer at Istanbul University in 2010 and later joined Karabuk University in 2021 as an Assistant Professor. His roles extend beyond teaching; he has served as Director of the Research and Application Center, Head of the Technology Transfer Office, and Head of Commission at the Faculty of Engineering. Professionally, he held pivotal engineering roles at major Turkish institutions such as BELBİM, İGDAŞ, and THY AO, where he worked on SCADA, smart grid, ticketing, and data security systems. This blended experience bridges theoretical research with practical implementation.

Research Interest

Dr. Avcı’s research interests lie at the intersection of cybersecurity, smart systems, AI, and IoT. He is particularly focused on enhancing digital infrastructure through secure protocols, risk analysis frameworks, and intelligent automation. His contributions span a wide spectrum, including intrusion detection, ransomware and DDoS defense, blockchain-enabled IoT, and energy management in smart grids. His research not only addresses current digital threats but also anticipates emerging challenges in critical systems like transportation, health informatics, and industrial control. Through his work, Dr. Avcı contributes significantly to the development of resilient cyber-physical infrastructures.

Award

In recognition of his excellence, Dr. Avcı received a “Başarı Belgesi” (Certificate of Achievement) from Karabük University in 2023. This honor reflects his outstanding performance in academic service, research productivity, and project leadership. Furthermore, his roles as coordinator and principal investigator in funded national and international projects showcase his capacity to lead interdisciplinary research with impactful outcomes.

Selected Publications

  1. Advanced Transmission Line Fault Protection Including the Voltage Sag (2025) – Journal of Renewable and Sustainable Energy – A novel solution to protect critical infrastructure from power disturbances.

  2. Evaluation and Benchmarking of Cybersecurity DDoS Attacks Detection Models through FWZIC and MABAC (2025) – Computer Systems Science and Engineering – Cited for its robust comparative methodology in cybersecurity detection.

  3. A Hierarchical Fault Protection Framework for Voltage Sag and Impedance Faults (2025) – Processes – Widely referenced for its layered approach to energy fault detection.

  4. Energy Management in Microgrids Using Model-Free Deep Reinforcement Learning Approach (2025) – IEEE Access – Highly cited for introducing model-free optimization in smart energy grids.

  5. Cybersecurity Defence Mechanism Against DDoS Attack with Explainability (2024) – Mesopotamian Journal of CyberSecurity – Recognized for its application of explainable AI in cybersecurity.

  6. Enhancing Network Security: A Comprehensive Analysis of Intrusion Detection Systems (2024) – Yüzüncü Yıl University Journal of Science – Frequently cited in academic and industrial security studies.

  7. Optimization Planning Techniques with Meta-Heuristic Algorithms in IoT (2024) – Sakarya University Journal of Computer and Information Sciences – Valued for its real-time implementation models in industrial IoT.

Conclusion

Dr. İsa Avcı exemplifies the qualities of an innovative academic and a seasoned engineer. His multidisciplinary education, complemented by extensive industry practice, underpins a research agenda that addresses real-world challenges in cybersecurity, smart infrastructure, and digital systems. His publication record, leadership in funded projects, and dedication to mentoring graduate students contribute to his impactful presence in the field of computer engineering. Given his proven excellence in research, innovation, and academic service, Dr. Avcı is a highly deserving candidate for the Best Researcher Award, standing out as a thought leader shaping the future of intelligent and secure systems.

Sayan Basak | Shape Memory Polymers and Composites | Best Researcher Award

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Dr. Sayan Basak | Shape Memory Polymers and Composites | Best Researcher Award

Research Scientist at Lion Elastomers, United States

Dr. Sayan Basak is an accomplished polymer scientist currently serving as a Research Scientist at Lion Elastomers, USA. He specializes in emulsion and anionic polymerization and is deeply involved in transferring laboratory-scale innovations into pilot-scale and industrial production. His strong foundation in polymer engineering, coupled with impactful postdoctoral and industrial research experiences, positions him as a distinguished figure in the advanced materials domain. With a passion for translational polymer science, Dr. Basak continually contributes to bridging the gap between academic innovation and industrial utility.

Profile

Scholar

Education

Dr. Basak holds a Ph.D. in Polymer Engineering from the University of Akron, Ohio, USA, awarded in 2023. His doctoral research titled “Structure-Property Relationships of High Cis 1,4 Polybutadiene-Based Shape Memory Polymers” earned him the prestigious Doctoral Scholar Award, reflecting his academic excellence and technical depth. He earned his Bachelor of Technology in Polymer Science and Technology from the University of Calcutta in 2019, where he completed a thesis on thermo-responsive self-healing blends under the mentorship of Prof. A. Bandyopadhyay. His academic journey showcases a consistent focus on polymer science with an emphasis on high-performance and stimuli-responsive materials.

Experience

Dr. Basak’s postdoctoral tenure at ETH Zurich and Empa, Switzerland, was supported by the ETH Domain Fellowship, where he led projects on single-atom catalyst-based polyethylene synthesis and confinement space polymerization. He also worked as a Research Investigator at Syngene International (Biocon Ltd., India), where he led a team focused on living polymerization and scale-up processes. Notably, he developed strategies to polymerize 1,3-butadiene with styrene and acrylates, contributing significantly to process optimization and earning the Biocon-Syngene Excellence Award. Prior to his doctoral studies, he was a Research Assistant and Teaching Assistant at the University of Akron, assisting in fluid mechanics courses and developing materials for lubricants, actuators, and elastomers.

Research Interest

Dr. Basak’s research interests span a broad spectrum of polymer science, including living polymerization, polymerization kinetics, and the structure-property relationship of advanced functional polymers. He has explored confinement space polymerization, catalyzed polymerization of polyolefins, and self-healing materials. His work also delves into biomedical polymers, including the synthesis of polymer-protein conjugates and biocompatible systems. He maintains a strong interest in experimental polymer physics, particularly rubber elasticity, phase transitions, and thermal/morphological behavior of polymers, applying these principles in both high-performance materials and bio-related domains.

Awards

Dr. Basak’s research excellence has been acknowledged through multiple accolades. He was awarded the ETH Postdoctoral Fellowship and was also selected for the prestigious Marie Skłodowska-Curie Postdoctoral Fellowship (MSCA-PF) supported by Science Foundation Ireland, which he declined in favor of the ETH position. He received the Royal Society of Chemistry’s Outstanding Peer Reviewer Award in 2024 and was a recipient of the RSC Researcher Development and Travel Grant. Additionally, he earned the Biocon-Syngene Excellence Award for his industrial contributions. His growing reputation is further supported by memberships in esteemed professional bodies, including AMRSC and MIMMM.

Publication

Dr. Basak has several impactful publications in peer-reviewed journals, reflecting his versatility across both fundamental and applied polymer science:

  1. Basak, S., et al. (2023). Structure–property relationships in shape memory polybutadiene. Polymer, cited by 18 articles.

  2. Basak, S., et al. (2022). Cationic polymerization of 1,3-cyclohexadiene: Mechanistic insights. Macromolecules, cited by 14 articles.

  3. Basak, S., et al. (2022). Epoxidation of polycyclohexadiene: Synthesis and scale-up. Industrial & Engineering Chemistry Research, cited by 12 articles.

  4. Basak, S., et al. (2021). Thermo-responsive self-healing behavior in TPU/EVA blends. Journal of Polymer Science, cited by 9 articles.

  5. Basak, S., et al. (2021). Shape memory elastomers: A multiscale approach. Smart Materials and Structures, cited by 11 articles.

  6. Basak, S., et al. (2020). Click-chemistry functionalization of elastomers. Reactive and Functional Polymers, cited by 10 articles.

  7. Basak, S., et al. (2020). Polymer confinement: Theory and reactor design. Chemical Engineering Journal, cited by 8 articles.

Conclusion

In conclusion, Dr. Sayan Basak exemplifies the qualities of a “Distinguished Scientist” through his unwavering commitment to scientific innovation, academic rigor, and industrial applicability. His expertise in polymerization processes, materials development, and reactor design has significantly advanced both theoretical understanding and practical implementation in polymer science. With strong publication records, prestigious fellowships, and industrial accomplishments, Dr. Basak stands out as a highly deserving candidate for this award. His contributions not only push the boundaries of research but also foster interdisciplinary collaboration and industrial transformation in material sciences.