Amanuel Kachiko | Electrica Power Engineering | Best Faculty Award

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Mr. Amanuel Kachiko | Electrica Power Engineering | Best Faculty Award

Haramaya University | Ethiopia

Amanuel Kachiko is a Lecturer and Researcher in Electrical Power Engineering at Haramaya University, Ethiopia, with over eight years of academic and research experience. He holds BSc and MSc degrees in Electrical and Computer Engineering and Electrical Power Engineering, with specialized training in reliability of power systems, renewable energy, grid and off-grid power systems, and optimization of generation, transmission, and distribution networks. His expertise spans simulation tools such as MATLAB, ETAP, PSAT, DigSILENT, and advanced programming for engineering applications. Amanuel’s research interests focus on smart grids, renewable energy integration, power system reliability, and AI-based solutions for energy systems, with several peer-reviewed publications in leading journals including Energy (Elsevier). His contributions extend to applied projects such as the design of automated health, insurance, and ambulance management systems, and the development of automated performance management systems for regional utilities in Ethiopia. He has also completed international certifications in AI, data science, cybersecurity, and research publishing, and actively contributes as a peer reviewer for scientific journals. With a commitment to innovation, teaching, and community-focused projects, Amanuel continues to explore solutions for sustainable electrification, smart grid design, and data-driven energy optimization, shaping the future of energy transitions in developing regions and beyond.

Profiles : Scopus | Orcid 

Featured Publication

“A feasibility analysis of PV-based off-grid rural electrification for a pastoral settlement in Ethiopia”

Sven Ole Deist | Antriebstechnik | Best Researcher Award

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Mr. Sven Ole Deist | Antriebstechnik | Best Researcher Award

Technische Universität München | Germany

Sven Ole Deist is a dedicated research assistant and doctoral candidate at the Technical University of Munich, School of Engineering and Design, Institute of Sustainable Mobile Powertrains. With a strong foundation in mechanical and process engineering, his expertise lies in advancing sustainable mobility solutions with a particular focus on hydrogen-powered engines. He has contributed to pioneering research aimed at enhancing the efficiency, sustainability, and environmental compatibility of future transportation systems. Through his innovative approaches to hydrogen combustion diagnostics, Sven is shaping the next generation of clean and sustainable propulsion technologies.

Professional Profile

ORCID

Education

Sven holds a solid academic background in mechanical and process engineering, cultivated through rigorous studies at prestigious institutions across Europe. He completed his Bachelor’s and Master’s degrees at the Technical University of Darmstadt, specializing in mechanical and process engineering, where he laid the foundation for his expertise in powertrain systems and thermodynamic processes. His international exposure includes a year abroad at the University of Warwick in the United Kingdom, which enriched his technical knowledge and provided him with a global perspective on engineering challenges. Currently, he is pursuing doctoral research at the Technical University of Munich, focusing on sustainable mobile powertrains with a strong emphasis on hydrogen energy systems.

Experience

Sven’s professional journey reflects a blend of academic research and practical industrial experience. He worked as an intern at Rocket Factory Augsburg, where he gained hands-on expertise as a test engineer, enhancing his skills in high-precision testing and engineering analysis. His current role as a research assistant at the Institute of Sustainable Mobile Powertrains involves conducting advanced research on hydrogen combustion systems, managing research projects, and contributing to the development of cleaner energy technologies for large-bore engines. His experience bridges the gap between theoretical research and its real-world industrial applications, positioning him as a promising contributor to the field of sustainable mobility.

Research Interest

Sven’s research interests center on the optical diagnostics of hydrogen combustion in large-bore engines, aiming to address key challenges in sustainable and zero-emission powertrain development. His work explores mixture formation, combustion anomalies, and early gas-phase behavior in hydrogen-powered engines. He is particularly focused on understanding how localized phenomena can trigger abnormal combustion, and how these insights can lead to improved engine efficiency, reduced emissions, and enhanced operational reliability. By leveraging minimally invasive imaging techniques and advanced diagnostic tools, his research contributes to the transition toward a hydrogen-driven energy future.

Award

Sven has been recognized for his innovative contributions in hydrogen energy research through his nomination for the Best Researcher Award in the field of research data analysis. This recognition highlights his pioneering role in providing minimally invasive imaging insights into 100% hydrogen engines and his ability to reveal previously unknown aspects of abnormal combustion onset. His work is published in leading journals such as the International Journal of Hydrogen Energy and Combustion and Flame, underlining its relevance to both academic and industrial stakeholders. The award nomination not only reflects his individual achievements but also his contribution to advancing the global agenda for cleaner and more efficient energy systems.

Publications

Deist, S.O., Zepf, A., Winkler, D., Mahler, K., Prager, M., Jaensch, M. (2025). “Endoscopic Visualization of Backfire Behavior in a Medium Speed Maritime Hydrogen Engine.” International Journal of Hydrogen Energy.

Deist, S.O., Dürrholder, W., Winkler, D., Mahler, K., Prager, M., Jaensch, M. (2025). “Optical Visualization of Performance-Limiting Combustion Phenomena in Marine and Stationary Hydrogen Engines.” CIMAC Congress 2025.

Li, T., Deist, S.O., Walther, S., Geyer, D., Dreizler, A. (2023). “Hydrogen-Fueled Darmstadt Multi-Regime Burner: The Lean-Burn Limits.” Combustion and Flame.

Conclusion

Sven Ole Deist exemplifies the new generation of researchers committed to developing sustainable powertrain solutions. With a strong educational foundation, international experience, and a passion for innovation in hydrogen technologies, he is contributing to the transformation of the energy and mobility sectors. His research offers a pathway toward a future where large-bore engines can operate efficiently with hydrogen as a clean fuel, supporting the global shift to decarbonized transportation. Through continuous research, collaborations, and knowledge dissemination, Sven remains at the forefront of technological advancements that bridge academic insights with practical engineering solutions, inspiring further innovation in sustainable energy systems.

Lianhong QIU | Data Analysis | Best Researcher Award

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Assoc Prof Dr. Lianhong QIU | Data Analysis | Best Researcher Award

Guangdong Provincial Party School of the CPC | China

Assoc. Prof. Dr. Lianhong Qiu is a distinguished scholar and academic at the Guangdong Provincial Party School of the Communist Party of China (CPC). With a firm grounding in economics and governance, he has cultivated an academic profile that blends theoretical rigor with practical application. His scholarly work addresses the intersections of climate risk, industrial development, and technological transformation, particularly within the context of China’s evolving energy and policy landscape. His research reflects a commitment to exploring actionable solutions that align economic growth with environmental sustainability and energy security.

Professional Profile

SCOPUS

Education

Dr. Qiu earned his Ph.D. in Economics from the prestigious Party School of the Central Committee of the CPC, now recognized as the National Academy of Governance. His academic journey was grounded in comprehensive training in macroeconomics, industrial policy, and state governance, equipping him with the tools to dissect complex systemic interactions within China’s socio-economic framework. This background provided the foundation for his interdisciplinary approach to economic research, incorporating advanced econometric methods, risk analysis, and policy impact evaluation.

Experience

As an Associate Professor at the Guangdong Provincial Party School of the CPC, Dr. Qiu plays a pivotal role in shaping the intellectual discourse on economic transformation and governance. He is actively involved in training government officials and contributing to the academic development of future policy leaders. His teaching covers subjects related to industrial economics, climate economics, and innovation policy, while his administrative contributions support academic research and institutional collaboration. His experience extends beyond academia into policy consultancy, where he offers insights into the real-world implications of emerging economic trends.

Research Interest

Dr. Qiu’s primary research interest lies in industrial economic development, with a strong emphasis on the interface between environmental risks and technological advancement. His recent work addresses the dynamic interactions among climate physical risk (PRI), transition risk (TRI), and new energy vehicle (NEV) adoption in China. By applying time-varying parameter vector autoregression models with stochastic volatility, he introduces innovative tools for quantifying the evolving relationships between these variables. This methodological approach allows for a nuanced understanding of the cause-effect mechanisms underpinning industrial and environmental shifts, especially within the energy and transportation sectors.

He also explores asymmetric impacts and feedback loops—for instance, while physical climate risks may suppress consumer uptake of NEVs, transition-related regulatory pressures tend to encourage their adoption. Additionally, his findings highlight that while NEV growth mitigates physical climate risk, it may also exacerbate transition risk under certain conditions. These insights have significant implications for balancing industrial policy, environmental sustainability, and energy strategy.

Award

Dr. Qiu’s contributions have been recognized within academic and policy-making circles for their methodological sophistication and relevance to contemporary governance challenges. His research has been acknowledged for its impact on policy design and strategic planning in the field of green transition and industrial transformation. By offering empirical insights that align with China’s dual-carbon goals, his work is instrumental in shaping regional and national strategies for green innovation, energy resilience, and climate adaptation.

Publication

How do climate risks intersect with the rise of new energy vehicles in China?

  • Authors: Qiu, LH; Wong, XQ; (…); Song, YB

  • Journal: Economic Analysis and Policy

  • Year: 2025

The essential role of big data: Could it effectively mitigate non-performing loans?

  • Authors: Qiu, LH; Su, HD; (…); Qin, M

  • Journal: Romanian Journal of Economic Forecasting

  • Year: 2024

Are there digital tech bubbles in China?

  • Authors: Qin, M; Su, CW; (…); Lobont, OR

  • Journal: Technological and Economic Development of Economy

  • Year: 2024

Climate policy uncertainty, oil price and agricultural commodity: From quantile and time perspective

  • Authors: Wang, KH; Kan, JM; (…); Xu, SL

  • Journal: Economic Analysis and Policy

  • Year: 2023

The inevitable role of El Nino: A fresh insight into the oil market

  • Authors: Qin, M; Qiu, LH; (…); Jiao, W

  • Journal: Economic Research – Ekonomska Istraživanja

  • Year: 2020

Conclusion

Assoc. Prof. Dr. Lianhong Qiu stands out as a dynamic scholar whose interdisciplinary expertise contributes to the evolving discourse on sustainable industrial development in China. Through innovative methodological approaches, empirical rigor, and a strong commitment to real-world impact, he addresses pressing challenges at the nexus of climate change, economic transition, and technological innovation. His work not only advances academic thought but also provides actionable guidance for policymakers navigating the complexities of green growth and energy transformation. As China and the world face intensifying climate and energy challenges, Dr. Qiu’s research continues to offer vital pathways for aligning economic prosperity with environmental stewardship.

Mazhar Ahmed Memon | CO2 Reduction | Best Researcher Award

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Dr. Mazhar Ahmed Memon | CO2 Reduction | Best Researcher Award

Dr. Mazhar Ahmed Memon | CO2 Reduction – Tianjin University | China

Dr. Mazhar Ahmed Memon is a dynamic and driven researcher in the field of Chemical Engineering, with a focused specialization in catalysis for carbon dioxide (CO₂) conversion into sustainable fuels. Backed by over eight years of engineering and research experience, he has cultivated a profound understanding of catalyst synthesis, surface characterization, and process optimization. His ongoing Ph.D. research at Tianjin University, China, is centered on the effect of dopants on Ni/ZrO₂-based catalysts for CO₂ methanation, positioning him at the forefront of environmentally conscious energy innovation. As the founder and team leader of DCUBE Engineering Solutions, Dr. Memon blends technical prowess with entrepreneurial spirit, leading projects with a strategic vision for sustainability and innovation.

Professional Profile

SCOPUS | ORCID | GOOGLE SCHOLAR

Education

Dr. Memon holds a Ph.D. in Chemical Engineering from Tianjin University, where his research contributes to global carbon mitigation strategies through advanced catalytic processes. His doctoral work investigates the role of dopants in enhancing Ni/ZrO₂-based catalysts for CO₂ methanation. He previously earned a Master of Engineering in Petroleum Engineering (2019) and a Bachelor of Engineering in Petroleum & Natural Gas Engineering (2016), both from Mehran University of Engineering and Technology, Pakistan. His academic journey is marked by government-sponsored scholarships and a consistent focus on energy production optimization, laying a strong foundation for his research trajectory.

Experience

Dr. Memon’s career spans roles in academia, research, and industry. Since 2020, he has led DCUBE Engineering Solutions, a company dedicated to energy and infrastructure services, where he manages strategic growth, resource allocation, and project development. Prior to this, he served as Project Engineer and Assistant to the Chief Operating Officer at A.U Engineering Construction & Pvt. Limited (2016–2019), gaining critical experience in project execution, compliance audits, and pipeline construction methods. His blend of hands-on engineering, leadership, and business acumen equips him to drive impactful, multidisciplinary initiatives in research and development sectors.

Research Interests

His research interests lie at the intersection of catalysis, environmental engineering, and sustainable energy. He focuses on CO₂ methanation, catalyst development and modification, and the application of advanced materials such as perovskites for enhanced catalytic activity. Dr. Memon is skilled in material characterization techniques including HR-TEM, XPS, XRD, BET, and TGA. His broader aim is to contribute to the advancement of carbon capture, utilization, and storage (CCUS) technologies, thereby addressing critical challenges in climate change and renewable energy systems.

Awards & Recognitions

Dr. Memon’s academic and research excellence has earned him several accolades. He received a prestigious Ph.D. scholarship from the Chinese Scholarship Council (CSC) and a Federal Government Scholarship for his master’s studies, both testaments to his scholarly promise. During his undergraduate studies, he was awarded a laptop by the Prime Minister of Pakistan for his outstanding performance. He has also been acknowledged by the Society of Petroleum Engineers (SPE) International for his volunteer contributions and served as a student chapter representative at the PAPG-SPE Technical Conference. Additionally, he has presented innovative CO₂ modeling tools and gas-lift optimization systems in academic competitions.

Publications

Heterogeneous Catalysts for Carbon Dioxide Methanation: A View on Catalytic Performance

  • Authors: YL Mazhar Ahmed Memon, Yanan Jiang, Muhammad Azher Hassan, Muhammad Ajmal, …

  • Journal: Catalysts

  • Year: 2023

Ni–CaZrO₃ with perovskite phase loaded on ZrO₂ for CO₂ methanation

  • Authors: MA Memon, W Zhou, M Ajmal, Y Jiang, C Zhang, J Zhang, Y Liu

  • Journal: International Journal of Hydrogen Energy, Vol. 92, pp. 1202–1213

  • Year: 2024

Active pairs of Cu⁰/Cu⁺ for CO₂ hydrogenation

  • Authors: W Zhou, MA Memon, M Niu, X Fan, Y Jiang, X Zhang, Y Liu

  • Journal: International Journal of Hydrogen Energy, Vol. 104, pp. 49–58

  • Year: 2025

Ligand-regulated Ni-based coordination compounds to promote self-reconstruction for improved oxygen evolution reaction

  • Authors: M Ajmal, X Guo, MA Memon, M Asim, C Shi, R Gao, L Pan, X Zhang, …

  • Journal: Journal of Materials Chemistry A, Vol. 12 (29), pp. 18294–18303

  • Year: 2024

Catalyst breakthroughs in methane dry reforming: Employing machine learning for future advancements

  • Authors: S Ameen, MU Farooq, S Umer, A Abrar, S Hussnain, F Saeed, MA Memon, …

  • Journal: International Journal of Hydrogen Energy

  • Year: 2024

Understanding the Well Control Procedures for optimizing the Well Control System during Drilling

  • Authors: GZB Muhammad Arsalan Sultan, Mazhar Ahmed, Muzamil Ali

  • Journal: American Journal of Computing and Engineering, Vol. 5 (2), pp. 24–38

  • Year: 2022

Daniela Andrea Arias Ortiz | Big Data Analytics | Best Researcher Award

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Dr. Daniela Andrea Arias Ortiz | Big Data Analytics | Best Researcher Award

KAUST| Saudi Arabia

Author Profile

DANIELA A. ARIAS ORTIZ | PETROLEUM ENGINEER 👩‍🔬💡

📚 EARLY ACADEMIC PURSUITS

DANIELA A. ARIAS ORTIZ embarked on her academic journey in Petroleum Engineering with a strong foundation from the National University of Colombia, Medellin, where she completed her BSc in 2017 with a GPA of 4.3/5. Her undergraduate work focused on complex geomechanical challenges and reservoir simulations, paving the way for her future studies. Daniela then pursued her MSc and PhD at King Abdullah University of Science and Technology (KAUST), Saudi Arabia, specializing in Energy Resources and Petroleum Engineering. She demonstrated her academic excellence through her notable thesis work on shale reservoir simulation and later her PhD dissertation, which focused on physics-based and data-driven production forecasting.

🧪 PROFESSIONAL ENDEAVORS

Daniela’s career took a decisive turn when she interned with Saudi Aramco at both the Remote Fields Gas Production Engineering Department and the Unconventional Department. These roles provided practical exposure to unconventional reservoir simulation, production data analysis, and hydraulic fracturing techniques. Additionally, she gained experience in reservoir engineering with Equion-Energia-Limited, Colombia, where she contributed to evaluating the productivity of fractured wells through advanced simulation methods.

🔬 CONTRIBUTIONS AND RESEARCH FOCUS ON Big Data Analytics 

Daniela’s research centers on unconventional reservoir simulation, shale oil, and shale gas, with a specific focus on multi-stage hydraulic fracturing design and production data analysis. Her work has led to significant insights into rate transient analysis and the impact of fracture geometries on reservoir performance. She has pioneered methods to predict ultimate recovery from hydraulically fractured shale gas wells, contributing to more accurate forecasting and enhancing the recovery rates from shale formations.

🌍 IMPACT AND INFLUENCE

Daniela’s research has influenced both academia and industry by introducing innovative models for shale reservoir production forecasting. Her contributions have been recognized at various international conferences such as the SPE Annual Technical Conference and Exhibition and Interpore 2023. Her studies on fracture propagation and hydraulic fracturing have shaped current understandings of the energy transition and the optimization of unconventional resources.

📈 ACADEMIC CITATIONS AND PUBLICATIONS

Daniela has published several influential papers, including works presented at conferences like the SPE Annual Technical Conference and International Petroleum Technology Conference. Some of her key publications include:

  • The Impact of Stimulation Treatment Size on Ultimate Recovery from Hydraulically Fractured Shale Gas Wells (2022)
  • Validation and Analysis of the Physics-Based Scaling Curve Method for Ultimate Recovery Prediction in Hydraulically Fractured Shale Gas Wells (2022)
  • The Effect of Hydraulic Fracture Geometry on Well Productivity in Shale Oil Plays with High Pore Pressure (2021)

These publications are essential for advancing understanding in shale gas production and contribute to ongoing research in unconventional energy resources.

🏅 HONORS & AWARDS

  • Dean’s Award for Academic Excellence (2024 & 2023, KAUST)
  • SPE KAUST Student Chapter Presidential Award for outstanding student chapter (2023)
  • Second Place in Middle East Region Petrobowl (2019)
  • Outstanding Contribution to Student Life at KAUST (2023)

🌐 LEGACY AND FUTURE CONTRIBUTIONS

Looking forward, Daniela aims to continue her research into data-driven production forecasting and hydraulic fracture modeling to further optimize unconventional energy extraction. Her legacy will likely shape the future of energy sustainability, ensuring efficient and environmentally responsible production methods in the petroleum industry.

🌠 FINAL NOTE

Daniela A. Arias Ortiz is a brilliant Petroleum Engineer whose work on unconventional reservoirs has transformed the way the industry views hydraulic fracturing and shale oil/gas production. Her pursuit of innovation in shale reservoir simulation and rate transient analysis has positioned her as a promising leader in energy research.

📑 NOTABLE PUBLICATIONS 

Physics-based, data-driven production forecasting in the Utica and Point Pleasant Formation
  • Authors: Daniela Arias-Ortiz, Tadeusz W. Patzek
  • Journal: Geoenergy Science and Engineering
  • Year: 2025-03
Forecasts and Uncertainty Quantification of Oil and Gas Production from Shales
The Impact of Stimulation Treatment Size on Ultimate Recovery From the Hydraulically Fractured Shale Gas Wells
Validation and Analysis of the Physics-Based Scaling Curve Method for Ultimate Recovery Prediction in Hydraulically Fractured Shale Gas Wells
The Effect of Hydraulic Fracture Geometry on Well Productivity in Shale Oil Plays with High Pore Pressure
  • Journal: Energies
  • Year: 2021
  • HANDLE: 10754/673713
Shale Reservoir Simulation in Basins with High Pore Pressure and Small Differential Stress

 

Emerald Henry – Energy Optimization – Best Researcher Award 

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Mr. Emerald Henry - Energy Optimization - Best Researcher Award 

Covenant University - Nigeria

Author Profile

Early Academic Pursuits

Mr. Emerald Henry embarked on an academic journey rooted in mechanical engineering, obtaining a Bachelor's degree from Covenant University, Nigeria. During this period, Emerald's curiosity for the intersection of engineering and data science began to flourish. For the final year project, Emerald delved into multiple approaches to model the power curve of wind turbines, culminating in the development of a state-of-the-art deep learning model. This project not only showcased Emerald's technical prowess but also resulted in a published work, underscoring the impact of the research on renewable energy technologies.

Professional Endeavors

Mr. Emerald Henry's professional career is marked by a diverse array of roles that span across multiple domains of artificial intelligence and machine learning. Currently serving as a Fullstack AI Engineer at TechWave, Emerald spearheads the development of an Autonomous Course Generator, a groundbreaking tool designed to revolutionize skill acquisition. This involves the creation of AI agents capable of curating comprehensive courses tailored to various expertise levels based on user inputs. The integration of multiple AI modules, such as course structure generators and learning video transcript generators, highlights Emerald's ability to streamline complex processes and enhance educational technologies.

Prior to joining TechWave, Emerald contributed significantly as a Data Science & ML Tutor at LCA, where the focus was on natural language processing (NLP) and the deployment of language models from HuggingFace, Google, and OpenAI. The role also involved developing AI agents and chatbots, further honing skills in MLOps practices and the orchestration of machine learning pipelines using Kubeflow.

Contributions and Research Focus

Mr. Emerald's contributions to the field of AI and ML are extensive, particularly in the healthcare sector. As a Data Scientist at Clinton Health, Emerald led the development of healthcare databases tailored for the Nigerian National Healthcare Sector. This role entailed conducting exploratory data analysis (EDA) and designing dashboards that facilitated data-driven decision-making. The creation of HTML-based tools to streamline healthcare data collection further exemplified Emerald's innovative approach to solving real-world problems.

In the realm of medical imaging, Emerald's tenure as an AI Researcher at Covenant University involved investigating fine-tuning foundation CNN models for the automated diagnosis of lesions and cancer from medical images. This research extended to exploring the application of hybrid vision transformers for classification, segmentation, and reconstruction tasks, contributing to the advancement of medical diagnostic tools. Techniques such as federated learning, contrastive learning, and knowledge distillation were leveraged, resulting in published work on their applications in medical imaging.

Accolades and Recognition

Mr. Emerald Henry's academic and professional journey is punctuated with notable accolades and recognition. The published works on vision transformers in medical imaging, fault detection in wind turbines, and neural network-based power curve models have garnered attention in the research community. These publications reflect Emerald's commitment to advancing the field through rigorous research and innovative applications of machine learning technologies.

Impact and Influence

Mr. Emerald's work has had a profound impact on multiple sectors, from education and healthcare to renewable energy. The development of the Autonomous Course Generator at TechWave has the potential to transform the way skills are acquired, making education more accessible and personalized. In healthcare, the databases and analytical tools developed have enhanced data-driven decision-making, ultimately improving patient outcomes. The innovations in wind turbine fault detection and energy forecasting contribute to the efficiency and reliability of renewable energy sources.

Legacy and Future Contributions

Looking ahead, Emerald Henry is poised to continue making significant contributions to the field of AI and ML. The ongoing projects and research initiatives demonstrate a commitment to leveraging technology for social good. Future endeavors may include further advancements in educational technologies, more sophisticated healthcare analytics tools, and continued innovation in renewable energy solutions.

Emerald's legacy will be defined by a relentless pursuit of excellence and a dedication to harnessing the power of AI to address complex challenges across various domains. The combination of technical expertise, innovative thinking, and a commitment to impactful research ensures that Emerald's contributions will continue to resonate in the field of artificial intelligence and beyond.

Notable Publication

 

Naeim Farouk – Power and Energy – Best Researcher Award

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Prof. Naeim Farouk - Power and Energy - Best Researcher Award

Prince Sattam bin Abdulaziz University - Saudi Arabia

Author Profile

Early Academic Pursuits

Prof. Naeim Farouk Mohammed embarked on his academic journey with a solid foundation in Mechanical Engineering, earning a B.Sc. (Honors) from Red Sea University in Sudan in 1999. Building upon this, he pursued his M.Sc. in Mechanical Engineering at Khartoum University, Sudan, from 2003 to 2006, further honing his expertise. His dedication to academic excellence led him to pursue a Ph.D. in Mechanical Engineering at Harbin Engineering University in China, where he delved deep into his field from 2008 to 2012. Subsequently, he continued his academic pursuits with a Postdoctoral position at the College of Power and Energy Engineering, Harbin Engineering University, from 2012 to 2014.

Professional Endeavors

Equipped with a rich academic background, Mohammed ventured into professional academia with vigor and enthusiasm. He commenced his career as a Teaching Assistant at Red Sea University in 2001, steadily progressing through the ranks to become a Lecturer, then Assistant Professor, and eventually an Associate Professor. His tenure at Red Sea University spanned from 2001 to 2019, during which he significantly contributed to the academic and research landscape. Additionally, Mohammed served as an Assistant Professor and Visiting Researcher at Harbin Engineering University, further broadening his academic horizons.

Contributions and Research Focus

Throughout his career, Mohammed has been deeply engaged in both academic research and teaching. His research endeavors have primarily focused on Mechanical Engineering, with a particular emphasis on areas such as power and energy engineering. With a keen interest in advancing knowledge and technology, Mohammed has authored over 70 papers in ISI journals, showcasing his commitment to scholarly excellence. Furthermore, his supervision of master's students and collaborations with various universities underscore his dedication to nurturing the next generation of engineers and fostering academic collaborations.

Accolades and Recognition

Prof. Mohammed's contributions to the field have garnered widespread recognition and accolades. His membership in esteemed organizations such as ASME, along with his active involvement in international conference committees, reflects his standing within the academic community. Moreover, his extensive publication record attests to the quality and impact of his research contributions, further solidifying his reputation as a distinguished scholar in his field.

Impact and Influence

Prof. Mohammed's influence extends beyond the realms of academia, as evidenced by his tenure as Dean of the College of Technical and Development Studies at Red Sea University. His leadership roles and administrative contributions have left an indelible mark on the institutions he has served, shaping the academic and professional trajectories of countless individuals. Moreover, his proficiency in multiple languages and technical skills underscores his versatility and adaptability in diverse settings.

Legacy and Future Contributions

As Mohammed continues to chart new frontiers in Mechanical Engineering, his legacy as a scholar, educator, and leader remains firmly established. With a steadfast commitment to excellence and innovation, he is poised to make further strides in his field, leaving an enduring impact on both academia and industry. His dedication to advancing knowledge, fostering collaboration, and nurturing talent serves as an inspiration to aspiring engineers and scholars worldwide.

Citations

A total of 1014 citations for his publications, demonstrating the impact and recognition of her research within the academic community.

  • Citations    1014
  • h-index       19
  • i10-index    29

Notable Publication

 

Thien Tich Truong – Renewable energy – Outstanding Scientist Award 

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Assoc Prof Dr. Thien Tich Truong - Renewable energy - Outstanding Scientist Award 

Ho Chi Minh City University of Technology - Vietnam

Author Profile

Early Academic Pursuits

Dr. Thien Tich Truong's academic journey commenced with a fervent pursuit of knowledge in Mechanical Engineering, culminating in a doctoral degree in 2001 from the esteemed Ho Chi Minh City University of Technology (HCMUT), a constituent university of Vietnam National University. Notably, his doctoral studies were supported by the prestigious DAAD Scholarships, which underscored his early academic promise and commitment to scholarly excellence.

Professional Endeavors

Since 2007, Dr. Truong has served as an Associate Professor at HCMUT, where his dedication to teaching, research, and academic leadership has been exemplary. His tenure as Vice President (2012-2023) and subsequent appointment as President (from 2023) of the Vietnam Solid Mechanics Association mark significant milestones in his professional journey, reflecting his esteemed standing within the academic community and his contributions to the advancement of his field.

Contributions and Research Focus

Dr. Truong's research endeavors have spanned various domains within Mechanical Engineering, with a particular emphasis on Computational Mechanics & Optimization. His pioneering work encompasses diverse areas such as structural analysis, numerical methods, material models, optimization techniques, computational fluid dynamics, and biomechanics. Noteworthy among his contributions are advancements in structural strength assessment, metalworking simulation, heat transfer analysis, and biomechanical modeling, all of which have profound implications for industry, academia, and society at large.

Accolades and Recognition

Dr. Truong's scholarly achievements have been recognized both nationally and internationally. His leadership roles within academic associations and his stewardship of collaborative research projects have garnered accolades and prestigious grants. Notably, his coordination of international scientific endeavors, such as the Vietnam Ireland Bilateral Education Exchange (VIBE) projects and the Asia-Link initiative, underscores his capacity to foster cross-cultural partnerships and facilitate knowledge exchange on a global scale.

Impact and Influence

Dr. Truong's research outputs have had a tangible impact on various sectors, ranging from renewable energy to healthcare. His work on wave power stations and renewable energy solutions underscores his commitment to sustainable development and environmental stewardship. Furthermore, his contributions to biomechanics have implications for healthcare, sports performance optimization, and the design of rehabilitation equipment, thereby enhancing human well-being and quality of life.

Legacy and Future Contributions

As Dr. Truong continues to spearhead groundbreaking research and academic initiatives, his legacy as a visionary leader and scholar is assured. His commitment to nurturing the next generation of researchers, fostering international collaborations, and addressing pressing societal challenges ensures that his influence will endure for years to come. With an unwavering dedication to excellence and innovation, Dr. Thien Tich Truong remains at the forefront of advancing knowledge and shaping the future landscape of Mechanical Engineering and Computational Mechanics.

Citations

A total of 565 citations for his publications, demonstrating the impact and recognition of her research within the academic community.

  • Citations    565
  • h-index       11
  • i10-index    13

Notable Publication

 

 

zhanpeng qin – Electrochemical energy storage – Best Researcher Award

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Mr. zhanpeng qin - Electrochemical energy storage - Best Researcher Award

Tsinghua university - China

Author Profile

Early Academic Pursuits

Mr. Zhanpeng Qin's academic journey commenced with a robust foundation laid during his undergraduate years at Hohai University. There, he delved into a diverse array of subjects encompassing mechanical principles, engineering materials, and electronics, among others. This multidisciplinary approach not only broadened his knowledge base but also nurtured his innate curiosity for exploring the intersections of various fields. It was during this formative period that Qin's passion for research began to take shape, propelling him towards his current trajectory in academia.

Professional Endeavors

Upon embarking on his master's journey at Tsinghua University, Qin's academic pursuits evolved to encompass the realms of Intelligent Manufacturing. His transition to Tsinghua marked a pivotal moment in his career, where he was exposed to cutting-edge research and state-of-the-art facilities. Under the mentorship of esteemed faculty members, he honed his skills in electrochemical energy storage and machine learning, areas that would later become the focal points of his research endeavors.

Contributions and Research Focus

Mr. Qin's research primarily revolves around the health state assessment of lithium-ion batteries, a critical area within the realm of electrochemical energy storage. His seminal work, published in the prestigious Journal of Power Sources, demonstrates a groundbreaking approach that combines partial Electrochemical Impedance Spectroscopy (EIS) with interpretable machine learning techniques. This innovative methodology not only enhances the accuracy and speed of battery health estimation but also contributes to advancing the practical applications of EIS technology.

Accolades and Recognition

Mr. Qin's contributions to the field have garnered widespread recognition, as evidenced by the publication of his research in high-impact journals. His work has not only been cited extensively but has also been lauded for its significance in advancing the frontiers of electrochemical energy storage and machine learning. Furthermore, his achievements have been acknowledged through various awards and accolades, further solidifying his status as a promising young researcher in the field.

Impact and Influence

Mr. Qin's research has had a profound impact on both academia and industry, offering novel solutions to pressing challenges in the realm of energy storage. By pushing the boundaries of conventional methodologies and embracing interdisciplinary approaches, he has paved the way for transformative advancements in battery health analysis. Moreover, his collaborative efforts with industry stakeholders have facilitated the translation of his research findings into real-world applications, thus bridging the gap between theory and practice.

Legacy and Future Contributions

As Qin continues to chart new territories in his academic journey, his legacy is poised to endure through the students he mentors and the research he inspires. His commitment to excellence and innovation serves as a beacon for future generations of researchers, encouraging them to push beyond conventional boundaries and explore new frontiers. Looking ahead, Qin remains steadfast in his dedication to advancing knowledge and driving positive change, thereby shaping the future landscape of electrochemical energy storage and beyond.

In summary, Zhanpeng Qin's journey from his early academic pursuits to his current standing as a respected researcher exemplifies a trajectory marked by dedication, innovation, and impact. His contributions to the field stand as a testament to the transformative power of interdisciplinary research and serve as inspiration for aspiring scientists worldwide.

Notable Publication

 

 

Liyuan Liu – Renewable energies – Women Researcher Award 

Published on by Research Data Analysis

Ms. Liyuan Liu - Renewable energies - Women Researcher Award 

Newcastle University - United Kingdom

Author Profile

Early Academic Pursuits

Ms. Liyuan Liu embarked on his academic journey at Northwestern Polytechnical University in Xi'an, China, where he pursued a Bachelor of Aeronautical Engineering, specializing in Aircraft Design from September 2010 to June 2014. This foundational period honed his technical skills and sparked an enduring interest in applying sophisticated engineering principles to real-world problems. His performance at this stage was distinguished, culminating in his recognition as an Outstanding Student Pacesetter, and being ranked 5th among undergraduates at the university in 2014.

Professional Endeavors

After completing his bachelor’s degree, Liyuan Liu continued to expand his expertise and experience across various roles that leveraged his engineering background and burgeoning interest in data science. He joined the Ministry-of-Education Key Laboratory of Fluid Mechanics in China as a Cloud HPC Engineer, where he led the development of an automated cloud platform for scientific computing. His role evolved into that of a Data Analyst at the same institution, where he applied advanced statistical methodologies to model complex, chaotic systems. Liu then pursued a Ph.D. in Engineering and Information Technology at The University of Melbourne, where he developed machine learning models for the super-resolution reconstruction of turbulent flows, significantly improving model accuracy and computation speed.

Contributions and Research Focus On Renewable energies

Ms. Liyuan Liu's research has predominantly focused on integrating machine learning with traditional engineering disciplines. His Ph.D. research at The University of Melbourne resulted in novel applications of machine learning to improve the accuracy and efficiency of simulations in turbulent flows, pertinent to renewable energy systems. This work was critical in advancing the field of engineering by incorporating AI into the analysis and design processes. Liu continued to build on this foundation through various roles post-PhD, including positions at Newcastle University and the National Institutes of Science and Technology in Rouen, France. Here, he led initiatives in forecasting chemical reactions for hydrogen and developed scalable machine learning models on cloud platforms like AWS and Google Cloud.

Accolades and Recognition

Ms. Liyuan Liu's innovative research and contributions have earned him various awards and recognition. Notably, he was a recipient of the National Scholarship from the Ministry of Education of the People’s Republic of China in 2013. He also secured top positions in the Network Mathematical Contest in Modelling in China and received an Honorable Mention in the Mathematical Contest in Modeling in the USA. His academic excellence and leadership in machine learning applications were further recognized with the Third Prize in the Australian Fluid Mechanics Society Data Visualization Competition in 2020.

Impact and Influence

Ms. Liu's work has significantly impacted the field of data science and engineering, particularly through his contributions to machine learning applications in physical systems and simulations. His research has enhanced the accuracy and efficiency of predictive models, which are critical for optimizing the performance of renewable energy systems and other complex engineering tasks. His expertise in both traditional engineering and advanced machine learning techniques positions him as a bridge between these often separate disciplines, fostering a more integrated approach in research and development.

Legacy and Future Contributions

Looking ahead, Liyuan Liu is positioned to continue making significant contributions to the fields of machine learning and engineering. His ongoing projects and collaborations indicate a commitment to advancing the integration of AI technologies in scientific and engineering applications. His future research will likely continue to focus on enhancing model accuracies and computational efficiencies, potentially revolutionizing how complex engineering problems are solved through AI. His dedication to continuous learning and adaptability suggests that he will remain at the forefront of technological advancements, contributing to both academic and practical advancements in his field.

Notable Publication