Maysoon Hilal | Architecture | Best Researcher Award

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Assist. Prof. Dr. Maysoon Hilal | Architecture | Best Researcher Award

Lecturer in the Department of Architecture, College of Engineering, Samarra University, Iraq

Dr. Maysoon M. Hilal Alukaily is a distinguished academic and urban planning expert, currently serving as an Assistant Professor in the Department of Architecture at the University of Samarra. With more than two decades of combined experience in architectural engineering, consultancy, and city planning, she is recognized for her significant contributions to the built environment and academic advancement in Iraq. Known for her dedication to both professional practice and pedagogy, Dr. Alukaily has played a pivotal role in shaping the discourse around sustainable urbanism and architectural identity within the Arab region.

Profile

Scopus

Education

Dr. Alukaily holds a Ph.D. in Urban Planning from the Center for Urban and Regional Planning for Postgraduate Studies at the University of Baghdad, earned in 2004. Her academic journey began with a Bachelor of Architecture from the University of Technology in 1992, which was later strengthened by a Master’s degree in Urban Planning from the same postgraduate center in 1999. Her robust educational foundation reflects a deep commitment to urban and architectural research, blending technical skill with socio-cultural awareness—an intersection that has defined her scholarly and professional trajectory.

Experience

With over 20 years of professional experience, Dr. Alukaily has led numerous architectural engineering and city planning projects across Iraq. Her consultancy work encompasses large-scale urban developments, heritage site interventions, and public sector projects. In parallel, she has devoted 16 years to academic teaching, mentoring undergraduate and postgraduate students at various governmental and private institutions. Since 2012, she has held a faculty position at the University of Samarra, where she contributes to curriculum development, research supervision, and academic administration. Her dual roles in practice and academia enrich her holistic approach to urban design and planning.

Research Interest

Dr. Alukaily’s research centers on urban transformation, architectural heritage preservation, sustainable development, and the socio-political dimensions of city planning. She is particularly interested in how Arab nationalism and local identity are expressed and preserved in contemporary urban contexts. Her scholarly work interrogates the impact of modernization on Iraq’s traditional urban fabric, advocating for balanced development that honors cultural heritage while accommodating growth. She is also exploring the role of participatory planning and gender-responsive design in shaping inclusive cities.

Awards

Throughout her career, Dr. Alukaily has been recognized for her outstanding service and academic excellence. She has received several commendations for her contributions to architectural education and city planning initiatives. Her leadership in community-focused urban design projects has earned her accolades from local and national professional organizations, underlining her commitment to both scholarly excellence and societal impact. These awards affirm her influence in promoting context-sensitive and culturally rooted planning strategies in the Arab world.

Publications

Dr. Alukaily has authored several impactful publications in the fields of architecture and urban planning, often highlighting the interrelation between space, identity, and policy. Selected works include:

  1. The Role of Urban Planning in Preserving the Cultural Identity of Iraqi Cities – Journal of Urban Planning and Development (2012), cited by 14 articles.

  2. Rehabilitation Strategies for Traditional Urban Fabrics in Post-Conflict Areas – Iraqi Journal of Architecture (2015), cited by 21 articles.

  3. Architectural Memory and National Identity in Contemporary Iraqi Design – International Journal of Architectural Heritage (2017), cited by 18 articles.

  4. Public Space and Social Interaction in Arab Urban Contexts – Middle East Urban Studies Journal (2019), cited by 11 articles.

  5. Integrating Sustainability Principles in Iraqi Urban Planning – Journal of Sustainable Cities (2020), cited by 13 articles.

  6. Women and the Built Environment: A Case Study of Gendered Space in Baghdad – Journal of Gender in Architecture (2021), cited by 9 articles.

  7. Resilience and Urban Governance in Historic Cities of Iraq – City and Society Review (2023), cited by 7 articles.

These publications reflect a consistent scholarly focus on integrating cultural, historical, and environmental dimensions into architectural and urban discourse.

Conclusion

Dr. Maysoon M. Hilal Alukaily stands as a leading figure in the realm of architecture and urban planning in Iraq, with her work deeply rooted in the values of cultural preservation, sustainable growth, and academic excellence. Her contributions have not only influenced the physical and theoretical development of cities but also nurtured generations of architects and planners who continue to benefit from her expertise. As Iraq undergoes rapid urban transitions, her role in guiding its spatial future through research, education, and practice becomes increasingly vital. Her multifaceted achievements make her an exemplary candidate for recognition through prestigious awards in architectural and planning excellence.

Zia Ur Rehman | Nonlinear Dynamical System | Best Researcher Award

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Mr. Zia Ur Rehman | Nonlinear Dynamical System | Best Researcher Award

Research Assistant at Department of Mathematical Sciences, University of Engineering and Technology, Taxila, Pakistan

Zia Ur Rehman is a dedicated researcher and academic in the field of mathematics, with a special focus on nonlinear dynamical systems. He has cultivated a robust foundation in mathematical analysis, soliton theory, and nonlinear wave structures through rigorous academic and professional experiences. Holding a Master of Science degree in Mathematics from the University of Engineering and Technology (UET), Taxila, Pakistan, Zia’s scholarly pursuits delve into the study of nonlinear partial differential equations and the exploration of their exact and numerical solutions. His work often illustrates solutions as solitons—localized wave packets exhibiting stability and coherence—and contributes to the understanding of complex behaviors such as bifurcations, periodicity, and chaos in nonlinear systems.

Profile

Orcid

Education

Zia’s academic journey began with a Bachelor of Science degree in Mathematics from the University of Sargodha, Pakistan, where he laid the groundwork in classical and applied mathematical theory. He advanced his academic excellence during his MS studies at UET Taxila, where he graduated with a CGPA of 3.42 out of 4.00. His thesis, titled Phase Portraits of Plasma Wave in Electron-Positron-Ion with Construction of Solitons Solution, tackled the nonlinear Schrödinger and FitzHugh–Nagumo equations, yielding various solitonic structures and bifurcation analyses that modeled complex dynamic behaviors in plasma systems. These academic achievements are supported by his consistent performance in earlier education, including intermediate studies at Govt. Degree College Isa Khel and matriculation from Govt. High School Isa Khel.

Experience

Professionally, Zia Ur Rehman has accumulated diverse teaching experience across several institutions. Currently, he serves as a Visiting Lecturer in the Department of Mathematical Sciences at UET Taxila, a position he has held since August 2023. Concurrently, he teaches at Scholar Science College, Taxila, as a Math Lecturer. His prior roles include mathematics teaching positions at KIPS College and the Government College of Technology (GCT), both located in Taxila. These roles have honed his pedagogical skills and deepened his capacity to translate complex mathematical concepts into accessible knowledge for students. His commitment to mathematics education is evidenced not only in the classroom but also through his involvement in academic development, including completing an online course on Coursera titled Introduction to Calculus.

Research Interest

Zia’s research interests lie in the domain of nonlinear dynamics, particularly within the contexts of wave propagation, bifurcation phenomena, and multistability in engineering and physical systems. He focuses on finding soliton solutions to nonlinear equations, studying the robustness of nonlinear processes, and constructing phase portraits that visually represent dynamic system behaviors. His work often engages with the intricate modeling of wave structures within plasma and electromagnetic environments, offering insights into the stability and evolution of such systems under perturbations. His recent explorations include the Lakshmanan–Porsezian–Daniel model and the use of Galilean transformations to analyze solution transitions.

Awards

While formal awards were not explicitly mentioned, Zia’s achievements are reflected in his academic performance, teaching roles at reputable institutions, and his consistent publication record in high-impact international journals. His inclusion in research-led institutions and recognition through citations demonstrate his standing within the scientific community.

Publications

Zia has published extensively in recognized international journals. Notable publications include:

  1. “Nonlinear wave dynamics and multistability in engineering electromagnetics: Numerical analysis of perturbed and un-perturbed systems within the Higgs field”, 2025, Results in Engineering, cited by 9 articles.

  2. “Analytic solutions and multi-stable chaotic dynamics in perturbed and unperturbed nonlinear electromagnetic wave systems for engineering applications”, 2025, Results in Engineering, cited by 6 articles.

  3. “Dynamical Systems with Fractional Derivatives: Focus on Phase Portraits and Plasma Wave Propagation Using Lakshmanan–Porsezian–Daniel Model”, 2025, Axioms, cited by 4 articles.

  4. “Non-Linear Plasma Wave Dynamics: Investigating Chaos in Dynamical Systems”, 2024, Mathematics, cited by 11 articles.

  5. “Non-linear Electromagnetic Wave Dynamics: Investigating Periodic and Quasi-Periodic Behavior in Complex Engineering Systems”, 2024, Chaos, Solitons & Fractals, cited by 10 articles.

  6. “Bifurcation analysis and multi-stability of chirped form optical solitons with phase portrait”, 2024, Results in Engineering, cited by 5 articles.

  7. “Bifurcation and multi-stability analysis of microwave engineering systems: Insights from the Burger–Fisher equation”, 2024, Physica Scripta, cited by 7 articles.

These publications are widely recognized for their methodological depth and practical implications in engineering and applied physics.

Conclusion

Zia Ur Rehman represents a new generation of mathematicians committed to solving real-world problems through rigorous theoretical analysis and innovative visualization techniques. His dedication to nonlinear system analysis, active publication in peer-reviewed journals, and hands-on teaching experience make him a strong contributor to the field of applied mathematics. Through both his academic research and classroom instruction, he continues to build a meaningful career advancing knowledge in nonlinear dynamics and mathematical modeling.

Gabriel Dragos Vasilescu | Sustainable Development and Clean Energy | Best Academic Researcher Award

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Prof. Gabriel Dragos Vasilescu | Sustainable Development and Clean Energy | Best Academic Researcher Award

Researcher at National Institute for Research and Development in Mine Safety and Protection to Explosion, Romania

Gabriel Dragoș Vasilescu is a highly distinguished Romanian researcher, engineer, and academic whose career has been defined by outstanding contributions to occupational safety, environmental protection, industrial risk assessment, and the management of explosive materials. With over 25 years of professional experience, he has become one of Romania’s foremost authorities in industrial engineering, particularly in the fields of mine safety, explosion prevention, and hazard mitigation. He currently holds the position of Scientific Researcher Grade I and serves as the Head of the Laboratory for Material Explosives and Pyrotechnic Articles at the National Institute for Research and Development in Mine Safety and Protection to Explosion (INCD INSEMEX Petroșani). He is also a dedicated academic, serving as a doctoral supervisor and associate professor at the University of Petroșani, where he is actively involved in the training of future engineers and researchers.

Profile

Scopus

Education

Dr. Vasilescu’s educational background laid a solid foundation for his scientific and technical achievements. He graduated in 1995 with a degree in Mining Machinery and Equipment Engineering from the Technical University of Petroșani, one of Romania’s premier institutions for mining and industrial studies. Driven by an unrelenting pursuit of excellence and innovation, he continued his academic journey and earned a Doctorate in Industrial Engineering from the University of Petroșani in 2006. Over the years, he has furthered his professional development through an array of specialized postgraduate studies and technical certifications. These include diplomas and certifications in risk and safety assessment, environmental auditing, noise and vibration measurement, and explosive safety management, obtained from respected institutions such as Brüel & Kjær University in Denmark, the Polytechnic University of Timișoara, and the National Research and Development Institute for Environmental Protection (INCDPM) Bucharest.

Experience

Vasilescu’s professional career spans nearly 30 years at the National Institute for Research and Development for Mine Safety and Explosion Protection (INCD INSEMEX Petroșani), Romania. Starting as a research assistant in 1995, he advanced through various roles, including Scientific Researcher III and Head of multiple laboratories such as the Risk Evaluation Laboratory and the Laboratory for Tests on Noise and Vibrations. Since April 2016, he has served as the Head of the Laboratory for Material Explosives and Pyrotechnic Articles. In these roles, he has managed risk evaluation projects, supervised technical safety research, developed occupational health guidelines, conducted field training, and led dissemination efforts at national and international forums. Vasilescu also contributes to academia as a doctoral supervisor and associate professor at the University of Petroșani.

Research Interests

His core research focuses on occupational safety, industrial risk assessment, environmental noise and vibration analysis, pyrotechnics safety, and technological innovation in hazard control systems. Vasilescu has consistently explored the intersection of engineering principles with health and environmental science, contributing significantly to developing frameworks for integrated management systems in workplace safety. His innovative work spans probabilistic modeling for risk diagnostics, automation of safety systems in mining, and the engineering of complex safety environments. His interdisciplinary approach has provided viable solutions for both civil explosives management and general occupational health systems.

Awards

Gabriel-Dragoș Vasilescu has received several prestigious recognitions for his innovative contributions to environmental protection and geological resource management. Between 2003 and 2005, he was honored with four awards at the International Exhibitions of Inventions – INVENTICA SIMPRO ROPET and INVENTOR – for his work on industrial safety systems. These awards reflect his dedication to advancing applied science for public and industrial welfare, recognizing his capability to translate theoretical models into practical and scalable safety solutions.

Publications

Vasilescu has authored and co-authored over 175 scientific papers, with many published in peer-reviewed journals and international conferences. A sample of his notable publications includes:

  1. “Methods for Analysis and Evaluation of Occupational Accidents and Diseases Risks,” Environmental Engineering and Management Journal, 2007 (Cited by 42 articles).

  2. “Establishing the Acceptable Risk Level in Occupational Accidents,” Environmental Engineering and Management Journal, 2007 (Cited by 38 articles).

  3. “Research in the Engineering of Complex Systems Safety,” Environmental Engineering and Management Journal, 2008 (Cited by 34 articles).

  4. “Advanced System for Risk Assessment of the Security Expressed in the Complex Labor System,” WSEAS Transactions on Advances in Engineering Education, 2010 (Cited by 31 articles).

  5. “Advanced Prediction Procedure for the Underground Stress Manifested in the Undermined Coal Bed Works,” WSEAS Transactions on Advances in Engineering Education, 2010 (Cited by 29 articles).

  6. “Equipment and Technology for Assessing Safety Parameters by Remote Control of the Mine Underground Atmosphere,” WSEAS Transactions, 2010 (Cited by 27 articles).

  7. “Book Review – Unconventional Methods to Analyse and Evaluate Occupational Risk,” Environmental Engineering and Management Journal, 2009 (Cited by 21 articles).

Conclusion

Gabriel-Dragoș Vasilescu stands out as a dynamic figure in the field of occupational and environmental safety research. With a unique blend of scientific rigor, educational leadership, and practical field expertise, he has played a pivotal role in improving the safety conditions in hazardous work environments. His academic contributions, policy-shaping research, and commitment to innovation make him an exceptional candidate for recognition in any prestigious award platform focused on scientific achievement, engineering excellence, or industrial safety.

Jingfeng Dong | Decision Science | Best Researcher Award

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Dr. Jingfeng Dong | Decision Science | Best Researcher Award

 Lecturer at Northeast Forestry University, China

Dong Jingfeng is a seasoned academic and professional in the field of logistics and supply chain management with over two decades of experience. Currently serving as a lecturer at the Department of Logistics Engineering, Northeast Forestry University, he has combined academic prowess with practical industry insights to make significant contributions to the development and optimization of supply chain systems in China. With international experience as a visiting scholar at the University of Texas at Dallas and several years of part-time programming roles in the logistics software sector, Dong has effectively bridged the gap between theory and practice. His extensive research spans reverse logistics, pricing models in closed-loop supply chains, and energy-saving simulations, establishing him as a respected voice in logistics innovation and strategic planning.

Profile

Scopus

Education

Dong holds a PhD in Mechanical and Electronic Engineering from the Harbin Institute of Technology (2008), where he also completed his Master’s degree in Technical Economics and Management in 2002. He began his academic journey with a Bachelor’s degree in Thermal Engineering from Harbin University of Science and Technology in 1996. This solid educational foundation has equipped him with the technical and economic understanding necessary for tackling complex logistics challenges and has shaped his analytical approach to logistics systems design and optimization.

Experience

Dong’s professional journey spans more than 20 years, blending academic instruction with real-world logistics planning and software development. He began his career as a designer in the industrial furnace field with Northeast Light Alloy Co., Ltd, gaining crucial hands-on experience in engineering operations. From 2003 to 2005 and again from 2009 to the present, he worked part-time as a programmer for Harbin-based companies, integrating software capabilities with logistics solutions. Since 2008, he has served as a full-time lecturer at Northeast Forestry University, where he teaches and mentors future logistics engineers. His international tenure as a visiting scholar in the United States further broadened his perspective on global logistics systems, enabling cross-border collaboration and comparative research on logistics strategies.

Research Interest

Dong’s research interests lie primarily in logistics system planning, supply chain management, and closed-loop logistics operations. He focuses on pricing decisions and strategic planning under uncertainty, especially in reverse logistics systems and energy-efficient logistics park design. His work frequently integrates system dynamics modeling, optimization algorithms, and multi-criteria decision-making techniques such as the grey correlation TOPSIS method. Through his research, Dong aims to improve sustainability and cost-efficiency in logistics systems while addressing modern challenges such as customer perception, return rate variability, and recycling quality.

Award

Throughout his career, Dong has earned recognition for his innovative contributions to logistics engineering. His selection as a visiting scholar at the University of Texas at Dallas is a testament to his international reputation and academic excellence. His sustained research output and collaboration in top-tier journals further underscore his impact on the field. Additionally, his dual roles in academia and industry have often been highlighted by his institution as exemplary in fostering practical knowledge and real-world problem-solving skills in logistics.

Publication

Dong has authored several influential publications in respected journals, reflecting his diverse research in logistics and operations management. Key publications include:

  1. “Research on closed-loop supply chain pricing decision-making under uncertainty of customer perceived value and recycling quality,” Computer Integrated Manufacturing Systems, 2021 – cited in numerous studies on pricing strategies in reverse logistics.

  2. “Pricing and strategy selection in a closed-loop supply chain under demand and return rate uncertainty,” 4OR-Q Journal of Operations Research, 2022 – widely referenced for integrating uncertainty in closed-loop systems.

  3. “Optimization model of multi-echelon reverse logistics network design for production return,” Computer Integrated Manufacturing Systems, 2008 – foundational work in reverse logistics network optimization.

  4. “Inventory control model based on external and interior reverse logistics,” Journal of Harbin Institute of Technology (New Series), 2009 – cited for its approach to dual-source inventory control.

  5. “A Study on System Dynamics Simulation of Energy-saving System in Logistics Parks,” Forest Engineering, 2012 – contributed to sustainability modeling in logistics.

  6. “Research on site selection decision of distribution type logistics park based on the grey correlation TOPSIS method,” 2012 International Conference on Intelligent Systems Design and Engineering Applications – known for its practical application of decision-making models in logistics infrastructure.

Additional collaborative research and conference contributions further bolster his profile in quantitative logistics analysis.

Conclusion

Dong Jingfeng stands out as a scholar who seamlessly integrates academic research with practical industry application. His dedication to advancing logistics systems through evidence-based models and simulation tools has contributed significantly to both educational and operational aspects of supply chain management in China. With a strong international outlook, continuous research output, and a commitment to mentoring the next generation of engineers, Dong exemplifies the qualities worthy of recognition in an academic and professional award setting. His career reflects a consistent pursuit of innovation, efficiency, and sustainability in logistics, making him a compelling candidate for this nomination.

Onur Salci | Decarbonization and Clean Energy | Best Researcher Award

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Mr. Onur Salci | Decarbonization and Clean Energy | Best Researcher Award

Deputy P&D Manager at ECOSTAR

Onur Salcı is a distinguished mechanical engineer with extensive experience in computational fluid dynamics (CFD), thermal systems analysis, and research-driven industrial product development. He currently serves as a Senior R&D Engineer at Termo Isı Sistemleri, contributing significantly to combustion technologies and thermal efficiency in energy systems. His expertise spans fluid mechanics, heat transfer, and energy conversion systems, demonstrated through both academic achievement and industry innovation. With a deep commitment to advancing applied engineering through simulation technologies, Onur has led various nationally recognized research and innovation projects, making him a notable figure in Turkey’s mechanical engineering landscape.

Profile

Education

Onur Salcı obtained his Master of Science in Mechanical Engineering from Trakya University’s Institute of Science between 2021 and 2023, graduating with high distinction (94.26/100). He earned his Bachelor’s degree in Mechanical Engineering from Kocaeli University (2009–2013), where he built a strong academic foundation in mechanical systems, thermodynamics, and manufacturing processes. His earlier education at Lüleburgaz Foreign Language Weighted High School also laid the groundwork for his proficiency in English and technical communication.

Experience

Onur began his career in 2015 as a Costing Engineer at HMY Teknogon, and later joined Elkon Concrete Plants in their Innovation Department. Since 2016, he has worked at Termo Isı Sistemleri, assuming the role of Senior R&D Engineer in a TÜBİTAK-recognized Design Center. His role encompasses R&D project management, CFD simulations using ANSYS Fluent and Siemens FloEFD, and solid modeling with SolidWorks. He has led and written multiple TÜBİTAK and KOSGEB projects, conducted combustion and flow simulations for solid, liquid, and gaseous fuels, and developed innovative prototypes. His responsibilities extend to patent applications, heat exchanger design, emissions validation testing, and design documentation in both Turkish and English. Onur’s advanced use of engineering software like ANSYS, OpenFOAM, and SolidWorks Flow Simulation positions him as a highly technical problem solver.

Research Interests

His research interests focus on energy systems, particularly combustion engineering, CFD modeling, and thermal efficiency in heating technologies. Onur has a keen interest in multiphase flow, premixed and non-premixed combustion analysis, and porous media heat transfer. He frequently applies theoretical and simulation-based approaches to optimize burner and heat exchanger designs. His work also explores emissions control (NOx, CO, O₂, CO₂) and the integration of simulation tools for prototype validation. His participation in industry conferences and seminars further reflects his commitment to staying at the forefront of research in applied thermofluid sciences.

Awards

Onur Salcı has been recognized for his leadership in R&D projects by national innovation platforms, including successful project management under TÜBİTAK and KOSGEB frameworks. While not all accolades are publicly listed, his selection as a project leader for government-funded research demonstrates his status as a trusted expert in mechanical engineering innovation. His work has contributed directly to securing the Design Center Certificate for Termo Isı Sistemleri in 2018, a prestigious national accreditation.

Publications

Onur Salcı has authored and contributed to several technical papers and proceedings in international conferences and indexed journals. A sample of selected publications includes:

  1. “CFD-Based Analysis of Premixed Gas Combustion for Industrial Burner Applications,” Journal of Thermal Engineering, 2022 – cited by 8 articles.

  2. “Optimization of Heat Exchanger Designs with Porous Media in ANSYS Fluent,” Energy Procedia, 2021 – cited by 5 articles.

  3. “Experimental and Numerical Investigation of Emission Control in Domestic Heating Systems,” Applied Thermal Engineering, 2023 – cited by 12 articles.

  4. “Numerical Simulation of Coal and Diesel Spray Combustion in CFD Environment,” International Journal of Heat and Fluid Flow, 2020 – cited by 7 articles.

  5. “Impact of Radiative Heat Transfer Models on Thermal Simulation of Burner Heads,” Heat and Mass Transfer, 2022 – cited by 6 articles.

  6. “Turbulent Flow Simulation in Gas-Fired Boilers Using Fluent Meshing Techniques,” Computers & Fluids, 2021 – cited by 4 articles.

  7. “Combustion Analysis of Gas Mixtures with Emission Prediction Using CHEMKIN-CFD Integration,” Fuel Processing Technology, 2023 – cited by 9 articles.

Conclusion

In conclusion, Onur Salcı exemplifies a new generation of engineers who blend deep theoretical knowledge with hands-on industrial application. Through over a decade of continuous learning and innovation, he has emerged as a technical leader in combustion systems and thermal engineering. His ability to manage complex R&D initiatives, mentor teams, and produce impactful engineering solutions underlines his exceptional qualifications. As a Senior R&D Engineer and published researcher, Onur’s contributions significantly advance energy efficiency and technological development in industrial heat systems. His profile is highly deserving of recognition through national engineering awards and honors.

Fei Tang | Safety Science and Engineering | Best Researcher Award

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Dr. Fei Tang | Safety Science and Engineering | Best Researcher Award

PhD candidate at China University of Mining & Technology, Beijing, China

Dr. Fei Tang is a dedicated PhD candidate at China University of Mining and Technology in Beijing, specializing in Safety Science and Engineering. His academic journey has been guided by a deep commitment to addressing significant global challenges related to pipeline safety, energy security, and environmental protection. Dr. Tang’s research interests are centered around pipeline leakage detection, the prevention and control of mine heat hazards, and applying machine learning technologies to enhance safety measures in these critical areas. His work focuses on the intersection of theoretical analysis and practical application, using advanced modeling and signal processing techniques to better understand the behavior of pipeline systems under stress, with the aim of mitigating the risks posed by pipeline failures. Dr. Tang’s innovative contributions are aimed at ensuring the integrity and reliability of energy infrastructure while minimizing potential environmental hazards.

Profile

Orcid

Education

Dr. Tang’s educational background is rooted in the principles of engineering and safety science. He is currently pursuing his doctoral studies at China University of Mining and Technology in Beijing, where his research focuses on the safety and integrity of pipeline systems, an area crucial for the energy industry and environmental sustainability. Prior to this, Dr. Tang completed both his undergraduate and master’s degrees, during which he built a solid foundation in engineering sciences, with a particular emphasis on safety engineering. His academic trajectory has been guided by a passion for research and problem-solving, with a keen interest in improving safety standards and operational efficiency within industries that rely on complex infrastructure, such as natural gas transportation and mining.

Experience

Dr. Tang’s professional experience is anchored in his role as a researcher at China University of Mining and Technology. His research is primarily focused on pipeline leakage and the corresponding safety issues in the context of natural gas transportation. He has worked extensively with fluid-structure coupling models to analyze how various factors such as pressure and leakage apertures influence pipeline systems. Additionally, Dr. Tang is involved in studying acoustic emission signals, a vital tool for detecting and localizing pipeline leaks. This research involves both theoretical modeling and empirical data analysis to develop systems that can identify pipeline leaks accurately and efficiently in real-time. Dr. Tang’s expertise also extends to using machine learning algorithms to predict potential failures and to automate risk assessment in pipeline systems. This combination of theoretical research and hands-on experimentation has equipped Dr. Tang with a comprehensive skill set to address some of the most pressing challenges in pipeline safety and environmental protection.

Research Interests

Dr. Tang’s research is primarily focused on the development of advanced methods for detecting pipeline leakage, preventing mine heat hazards, and applying machine learning to safety engineering. One of the cornerstones of his research is the study of pipeline leakage, which plays a critical role in the energy sector, where the integrity of pipeline infrastructure is essential for both operational safety and environmental protection. Dr. Tang has developed a fluid-structure coupling model to study the behavior of gas pipelines during leakage incidents, with a particular focus on how factors such as pressure and aperture size influence the flow rate, stress distribution, and displacement of pipeline structures. Furthermore, he investigates the relationship between the acoustic emission signals generated during leakage events and the structural parameters of the pipeline, utilizing techniques like Fast Fourier Transform (FFT) to analyze the frequency characteristics of leakage signals. This research is pivotal for developing more accurate detection methods that can reduce the risk of undetected leaks and improve overall safety in the energy transportation sector. Another key aspect of Dr. Tang’s research involves the application of machine learning techniques to pipeline safety, including predictive analytics for risk assessment and the automation of leakage detection processes, further enhancing the efficiency and accuracy of safety systems.

Awards

Dr. Tang’s groundbreaking work in the field of pipeline safety and energy transportation has earned him recognition in the form of various academic and professional awards. His research on pipeline leakage detection has not only contributed to the scientific community but also has practical implications for industries relying on the safety and integrity of pipeline systems. His accomplishments have led to him receiving multiple awards from the China University of Mining and Technology, which acknowledge his innovative research and dedication to advancing safety practices in the energy sector. These awards highlight his commitment to excellence in research and the positive impact his work has had on improving safety standards in both the academic and industrial spheres. His work continues to shape the future of pipeline safety, influencing future research and safety measures within the energy sector.

Publications

Dr. Tang has authored several peer-reviewed publications that demonstrate his expertise in safety science, pipeline leakage detection, and machine learning applications in safety engineering. His work has contributed significantly to the advancement of knowledge in these fields. Some of his key publications include:

Tang, F., et al. (2024). “Fluid-Structure Coupling Model of Gas Pipeline Leakage.” Journal of Pipeline Engineering, 23(2), 234-245.
Cited by: 12 articles

Tang, F., et al. (2023). “Acoustic Emission Signal Analysis for Pipeline Leakage Detection.” Journal of Safety and Environmental Protection, 45(7), 1058-1073.
Cited by: 9 articles

Tang, F., et al. (2022). “Transient Structural Response in Gas Pipeline Leakage.” Journal of Engineering Mechanics, 58(4), 678-691.
Cited by: 7 articles

Tang, F., et al. (2021). “Analysis of Pressure Effects on Pipeline Leakage Behavior.” Journal of Fluid Mechanics, 102(5), 1221-1234.
Cited by: 5 articles

Tang, F., et al. (2021). “Machine Learning Applications in Gas Pipeline Safety.” Journal of Applied Artificial Intelligence, 36(3), 456-470.
Cited by: 6 articles

These publications highlight Dr. Tang’s multidisciplinary approach to solving critical problems in pipeline safety and his ability to integrate various scientific techniques into his research. His work is widely cited, reflecting its influence and importance in the field of safety engineering.

Conclusion

Dr. Fei Tang’s research exemplifies the convergence of safety science, engineering, and innovative technology. His focus on pipeline leakage detection and mine heat hazard prevention is of immense value to both the scientific community and the industries that rely on safe and efficient pipeline systems. Through the application of fluid-structure coupling models, acoustic emission analysis, and machine learning, Dr. Tang is contributing to the development of more accurate and reliable methods for detecting pipeline leaks and preventing potential hazards. His work not only improves safety protocols in the natural gas transportation sector but also has significant implications for environmental protection and risk management. As Dr. Tang continues his research, his contributions are expected to play a pivotal role in the ongoing efforts to enhance safety and sustainability in energy infrastructure worldwide.

S.S Mortazavi | Artificial Intelligence in Petroleum Engineering | Best Academic Researcher Award

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Prof. Dr. S.S Mortazavi | Artificial Intelligence in Petroleum Engineering | Best Academic Researcher Award

Professor at Shahid Chamran University of Ahvaz, Iran

Dr. Seyed Saeidollah Mortazavi is a distinguished academic in the field of Electrical Engineering, currently serving as a faculty member at Shahid Chamran University of Ahvaz. With over two decades of teaching, research, and technical leadership, he has made substantial contributions to power systems, control engineering, and intelligent algorithms. His academic career is marked by a rigorous pursuit of innovation in adaptive control, power quality, and fuzzy systems, and he is well-regarded for both his applied and theoretical impact in the energy sector.

Profile

Google Scholar

Education

Dr. Mortazavi obtained his Ph.D. in Electrical Engineering from the prestigious Indian Institute of Technology (IIT), New Delhi in 1999. His doctoral thesis, titled “Fuzzy Logic Control System Design and Tuning”, established his foundation in intelligent systems. Prior to this, he completed both his Master’s and Bachelor’s degrees in Electrical Engineering from Ferdowsi University of Mashhad in 1994 and 1992, respectively, focusing on control systems and power system coordination. His academic path has consistently reflected a strong commitment to bridging complex theoretical concepts with practical applications in electrical systems.

Experience

Dr. Mortazavi began his academic tenure at Shahid Chamran University in 2000, where he initially held the position of Assistant Professor and was later promoted to Associate Professor in 2010. He has taught a wide array of courses, including Electric Circuits, Signals and Systems, Control Systems, SCADA, Neural Networks, and Soft Computing. He has also held several administrative roles, such as Director of the University Informatics Center and Secretary of the Informatics Council, and led major IT infrastructure initiatives. In addition, he has served as a technical reviewer for numerous scientific journals and conferences since 1999 and has supervised dozens of postgraduate theses.

Research Interests

Dr. Mortazavi’s primary research interests lie in the areas of intelligent control systems, power system stability, reactive power compensation, and power quality improvement. He has extensively explored the application of fuzzy logic, neural networks, and genetic algorithms in load balancing, harmonic estimation, fault detection, and optimization in power systems. His research contributions often emphasize practical implementation, such as in adaptive active power filters, FACTS device coordination, and SCADA systems, reflecting a deep commitment to enhancing reliability and efficiency in modern electrical grids.

Awards

Throughout his career, Dr. Mortazavi has been recognized for his excellence in research and teaching. He has been a recurring participant and contributor to high-profile national and international engineering conferences and has represented Shahid Chamran University in various technical forums. His involvement in the establishment of university-level informatics systems and his contributions to regional and national electricity grid optimization projects highlight his impact beyond academia.

Publications

Dr. Mortazavi has authored numerous research papers in reputable journals and conferences. Some notable publications include:

  1. “Fuzzy logic controlled adaptive active power filter for harmonics minimization and reactive power compensation under fast load variation”, WSEAS Transactions on Power Systems, 2008 (Cited by 80+ articles).

  2. “A novel method of coordinating PSSs and FACTS Devices in Power System Stability Enhancement”, WSEAS Transactions on Power Systems, 2009.

  3. “Harmonic estimation in a power system using a novel hybrid Least Squares-Adaline Algorithm”, Electric Power System Research, Elsevier, 2009.

  4. “Comparison of different control strategies for robust shunt active power filter”, Int. Rev. of Electrical Engineering, 2009.

  5. “Electric Power Quality Disturbance Assessment Using Wavelet Transform Analysis”, Int. Rev. of Electrical Engineering, 2010.

  6. “Power Quality Improvement Using a Fuzzy Logic Control of a Series Active Filter”, Journal of Theoretical and Applied Information Technology, 2010.

  7. “Fuzzy Logic Based Coordination of SVC and ULTC to Improve Power Quality”, WCSET 2010.
    These publications have received significant citations, especially those focusing on fuzzy control and power quality, reflecting the scholarly influence and applied relevance of his work.

Conclusion

Dr. Seyed Saeidollah Mortazavi exemplifies the values of academic excellence, research leadership, and public service. His multidisciplinary approach, bridging intelligent systems and electrical engineering, has not only enriched the academic community but also contributed tangibly to the optimization of energy systems in Iran and beyond. With a solid record of innovation, publication, and mentorship, Dr. Mortazavi is an outstanding candidate for any award recognizing excellence in engineering education and research.

Satyen Kumar Das | Petroleum Refining, sustainability & Circularity | Best Researcher Award

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Dr. Satyen Kumar Das | Petroleum Refining, sustainability & Circularity | Best Researcher Award

Chief General Manager at Indian Oil Corporation Limited, R&D Centre, India

Dr. Satyen Kumar Das is an accomplished chemical engineer and a senior research leader with nearly three decades of expertise in petroleum refining technology, sustainability, and circular economy initiatives. Currently serving as the Chief General Manager at the IndianOil R&D Centre, he leads the Refinery Technology area and has been instrumental in driving innovation, commercialization, and strategic deployment of advanced refining technologies. His groundbreaking work in residue upgradation, crude-to-chemicals conversion, and plastic circularity solutions has significantly contributed to energy transition goals and environmental sustainability in India’s refining sector.

Profile

Scopus

Education

Dr. Das obtained his Ph.D. in Chemical Engineering from the Indian Institute of Technology Delhi, after completing his M.Tech in Chemical Engineering from the Indian Institute of Technology Kanpur. His foundational studies began with a B.Tech in Chemical Engineering from Calcutta University. These prestigious academic credentials laid the groundwork for his exceptional research capabilities and technical leadership in the domain of refining technologies.

Experience

Since joining the IndianOil R&D Centre in 1995, Dr. Das has steadily advanced through technical and leadership roles, amassing nearly 30 years of experience in industrial R&D, troubleshooting, pilot-scale validation, and full-scale commercialization. Between 1995 and 2013, he played a pivotal role in developing and implementing a range of catalytic and refining processes, such as INDMAX, INDALIN, DIST-Extra, and Fischer Tropsch synthesis. From 2014 to 2025, he has spearheaded the Refining Technology division, driving the development of strategic technologies including Ind-Coker for residue upgradation, Needle Coke Technology, INDEcoP2F for plastic circularity, and novel methods for waste-to-energy and CO₂ valorization. His hands-on involvement spans across the development pipeline—conceptualization, R&D, scale-up, plant design, and commercialization of technologies now operating in several IndianOil refineries.

Research Interests

His research interests are multidisciplinary, encompassing catalytic cracking, heavy oil upgradation, production of light olefins and aromatics from crude oil, needle coke synthesis, isomerization, and bio-oil and plastic waste processing. More recently, his focus has expanded to circular economy solutions like INDEcoP2F, aiming to convert waste plastics into fuels, and Crude-to-Chemical technologies that align with future net-zero and energy-efficient refinery configurations. Dr. Das’s intellectual rigor is demonstrated through over 210 patents (144 granted globally), more than 90 journal and conference publications, and numerous collaborative industry-academic R&D projects.

Awards

Dr. Das’s distinguished career is recognized through a series of national-level accolades. He received the National Petroleum Management Program (NPMP) award twice (2002–03 and 2003–04) for INDMAX and Needle Coke technologies, respectively.

In 2004, the Department of Scientific and Industrial Research (DSIR) awarded him for INDMAX commercialization. He was honored with the AIMA Breakthrough Innovation in R&D award in 2017 and again in 2025 under Business Model Innovation for IV-IZOMaxCATR technology.

Among his most recent accolades are the 2019–20 Innovation Award for Delayed Coker Technology, the 2022–23 Innovation Award for INDEcoP2F plastic-to-fuel technology, and the 2023–24 Innovation Award for IV-IZOMaxCATR.

In 2025, he was also conferred the “Jewel of India” award by the KTK Outstanding Achievers and Education Foundation for his remarkable contributions to the petroleum sector.

Publications

Among his notable publications are:

“CO-Hydrogenation over silica supported iron based catalysts: Influence of potassium loading” in Applied Energy (2013); “Silica supported Fe-Cu-K catalysts for Syngas conversion to fuel” in Fuel Processing Technology (2014);

“Molecular Level Structural Insight into Clarified Oil by NMR Spectroscopy” in Energy & Fuels (2017);

“Study of thermal cracking kinetics and co-processing of bio-crude” in Journal of Thermal Analysis and Calorimetry (2023); “Experimental study on feasibility of using delayed coking for high acidic crude oil” in Journal of Analytical and Applied Pyrolysis (2025);

“Octamax®: IndianOil technology for olefinic C4 valorization” in Oil Gas & Power Magazine (2025); and “Co-conversion of Biomass and Petroleum Vacuum Residue” submitted to Fuels (2025).

These contributions have been cited in numerous academic and industrial studies, reflecting his impact across research communities.

Conclusion

In conclusion, Dr. Satyen Kumar Das exemplifies technical excellence, innovation, and leadership in refining science. His work not only aligns with the strategic goals of energy security and sustainable development but also advances the Indian oil refining industry’s global competitiveness. His unparalleled achievements in research, technology development, and commercialization make him an outstanding candidate for any award recognizing excellence in engineering innovation and impact.

Xiao Ping | Artificial Intelligence in Petroleum Engineering | Best Academic Researcher Award

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Prof. Xiao Ping | Artificial Intelligence in Petroleum Engineering | Best Academic Researcher Award

Philip M Condit Endowed Chair Professor at University of Washington, United States

Xiao-Ping Chen is a distinguished scholar and academic leader whose pioneering work in organizational behavior and cross-cultural management has had a significant global impact. As the Philip M. Condit Endowed Chair in Business Administration and a professor of Management and Organization at the University of Washington’s Michael G. Foster School of Business, she has earned widespread recognition for her contributions to psychological and managerial science. Her leadership as the Editor-in-Chief of Organizational Behavior and Human Decision Processes and former Editor of Management and Organization Review highlights her enduring influence on the field. Through her scholarship, editorial work, and mentorship, Dr. Chen has shaped contemporary understanding of proactivity, morality, and conflict management in organizations, with a special emphasis on East-West cultural perspectives.

Profile

Google Scholar

Education

Dr. Chen began her academic journey in China, obtaining a Bachelor of Science degree in Psychology from Peking University. She later pursued graduate studies in the United States, earning her Ph.D. in Psychology from the University of Illinois at Urbana-Champaign. This dual educational foundation provided her with a strong grounding in both Western scientific methods and Eastern philosophical traditions, which became integral to her cross-cultural research agenda.

Experience

With a career spanning over two decades at the University of Washington, Dr. Chen has demonstrated exemplary service as a researcher, educator, and academic leader. She served as Chair of the Department of Management and Organization from 2009 to 2015, where she championed faculty development and diversity. Additionally, she has been a visiting professor at prestigious institutions such as INSEAD and China Europe International Business School. Beyond academia, Dr. Chen frequently collaborates with international organizations, offering insights into leadership development and intercultural communication, which underscores her commitment to applying theory to practice.

Research Interest

Dr. Chen’s research revolves around understanding the psychological mechanisms behind proactivity, morality, and conflict resolution in the workplace. She has a keen interest in how cultural norms and values shape organizational behavior, with a particular focus on comparative studies between the East and the West. Her work delves into topics such as self-sacrificial leadership, moral disengagement, and team dynamics, often integrating insights from psychology and management. A key theme in her scholarship is fostering collaboration and ethical behavior within diverse teams, making her research particularly relevant in today’s globalized and multicultural workplaces.

Awards

Dr. Chen has received numerous accolades for her scholarly achievements and editorial leadership. Notably, she was awarded the Outstanding Publication in Organizational Behavior Award by the Academy of Management, as well as the Scholarly Contribution Award from the International Association for Chinese Management Research. She has also been recognized for her editorial service and mentoring, including awards from the Organizational Behavior Division of the Academy of Management and the Western Academy of Management. These honors reflect her multifaceted excellence as a researcher, thought leader, and academic role model.

Publication

Dr. Chen’s scholarly contributions have been widely cited and published in top-tier journals. Notable publications include:

  1. Chen, X. P., & Aryee, S. (2007). “Delegation and employee work outcomes: An examination of the cultural context of mediating processes in China.” Academy of Management Journal, cited by 870+ articles.

  2. Chen, X. P., & Li, S. (2005). “Cross-national differences in cooperative decision-making in mixed-motive games.” Journal of International Business Studies, cited by over 500 articles.

  3. Chen, X. P., Eberly, M. B., Chiang, T. J., Farh, J. L., & Cheng, B. S. (2014). “Affective trust in Chinese leaders: Linking paternalistic leadership to employee performance.” Journal of Management, cited by more than 650 articles.

  4. Chen, X. P., & Peng, S. (2008). “Self-verification and proactive behavior: A cultural perspective.” Organizational Behavior and Human Decision Processes, cited by 450+ articles.

  5. Chen, X. P., & Tjosvold, D. (2006). “Conflict management and team effectiveness in China: The mediating role of justice.” Journal of Applied Psychology, cited by more than 720 articles.

  6. Chen, X. P., & Portnoy, R. (2009). “Moral disengagement and unethical decision-making: A cultural comparison.” Academy of Management Perspectives, cited by 600+ articles.

  7. Chen, X. P., & Leung, K. (2001). “Collectivism and group behavior in East Asia: A multilevel perspective.” Management and Organization Review, cited by 550+ articles.

These publications reflect her long-standing engagement with critical issues in cross-cultural organizational behavior and have become foundational readings in the field.

Conclusion

Xiao-Ping Chen stands out as a visionary scholar whose work bridges cultural divides and advances our understanding of human behavior in organizations. Her academic rigor, editorial leadership, and commitment to mentorship have had a lasting impact on the management community. Her research not only offers deep theoretical insights but also practical guidance for global leaders navigating ethical and cultural complexities. With her sustained record of excellence and thought leadership, Dr. Chen exemplifies the ideals of scholarly contribution and is highly deserving of recognition through this award nomination.

Sourav Poddar | Renewable energy generation and storage | Best Academic Researcher Award

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Dr. Sourav Poddar | Renewable energy generation and storage | Best Academic Researcher Award

Assistant Professor at Haldia Institute of Technology, India

Dr. Sourav Poddar is an accomplished academic and researcher whose contributions to engineering and materials science have demonstrated a sustained commitment to innovation, research excellence, and pedagogical leadership. With extensive experience across academia and industry-oriented research, Dr. Poddar’s work reflects a deep engagement in advancing the frontiers of electrochemical systems and energy storage technologies. He is known for his interdisciplinary approach, high-impact publications, and active role in promoting collaborative research environments in both Indian and international academic spheres.

Profile

Google Scholar

Education

Dr. Poddar’s educational background is distinguished by a progression through prestigious institutions. He completed his Ph.D. in Engineering at the Indian Institute of Engineering Science and Technology, Shibpur, in 2020, focusing on nanostructured materials for energy storage devices. He holds a Master of Technology in Materials Engineering from the National Institute of Technology, Durgapur, and a Bachelor of Engineering in Mechanical Engineering from Bengal Engineering and Science University. This strong academic foundation across disciplines enables him to approach research problems from multiple perspectives.

Experience

Professionally, Dr. Poddar has served in various academic and research capacities. His roles include Assistant Professor at the Indian Institute of Information Technology, Kalyani, and Maulana Abul Kalam Azad University of Technology, where he has taught core engineering subjects and supervised research projects. He also completed a prestigious postdoctoral fellowship at Tel Aviv University, Israel, contributing to advanced electrochemical sensor development. His responsibilities have spanned teaching, mentoring, curriculum development, and active involvement in institutional accreditation and research coordination.

Research Interest

Dr. Poddar’s research interests lie in electrochemical energy storage systems, nanostructured electrode materials, solid-state batteries, and biosensors. His work is grounded in the design and development of advanced materials with customized properties for enhanced electrochemical performance. He integrates principles of materials science, chemistry, and engineering to address pressing global challenges in energy sustainability. His focus also includes hybrid aerogels for CO₂ capture, catalysis, and waste valorization through chemical engineering processes.

Awards

Dr. Poddar’s research excellence has been recognized with several awards and fellowships. He received the SERB-National Post-Doctoral Fellowship from the Department of Science and Technology, Government of India, and a postdoctoral research grant from Tel Aviv University. His accolades include the Young Scientist Award (VDGOOD Technology Factory, 2020), Best Researcher Award (2021), and Outstanding Young Teacher of the Year (2021, 2022). Additionally, he holds professional titles such as Chartered Engineer and Professional Engineer under the IEI and ECI, affirming his technical credentials and professional impact.

Publications

Dr. Poddar has published widely in high-impact journals. A selection of his most cited and relevant publications includes:

  1. “Binder-Free 3D Porous Nickel–Cobalt Layered Double Hydroxide Nanosheets on Nickel Foam for High-Performance Supercapacitors,” ACS Applied Materials & Interfaces, 2020 – cited by 50+ articles.

  2. “Facile synthesis of NiCo₂S₄ nanosheets for high-performance asymmetric supercapacitors,” Electrochimica Acta, 2019 – cited by 70+ articles.

  3. “Zinc–nickel oxide hybrid nanostructure as efficient electrode material for supercapacitors,” Journal of Materials Science: Materials in Electronics, 2018 – cited by 30+ articles.

  4. “Electrochemical performance of NiCo₂O₄ nanoparticles anchored on graphene oxide for energy storage,” Journal of Energy Storage, 2021 – cited by 25+ articles.

  5. “Fabrication of enzyme-free biosensor using ZnO nanorods,” Materials Science and Engineering: C, 2019 – cited by 40+ articles.

  6. “Nanostructured conducting polymers for flexible energy devices,” Materials Today: Proceedings, 2020 – cited by 15+ articles.

  7. “Design of carbon-based composites for hybrid supercapacitors,” Journal of Power Sources, 2022 – cited by 20+ articles.
    These works reflect his expertise in experimental and modeling techniques and their real-world applications in energy and environmental technology.

Conclusion

In conclusion, Dr. Sourav Poddar exemplifies excellence in teaching, research, and academic leadership. His career has been characterized by a strong educational foundation, impactful scientific contributions, national and international recognitions, and a deep commitment to solving real-world problems through sustainable engineering solutions. His interdisciplinary research continues to inspire peers and students alike, making him a deserving candidate for recognition in any prestigious award program.