Mathurin Dongmo Wamba | Geothermal Energy Applications | Best Researcher Award

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Dr. Mathurin Dongmo Wamba | Geothermal Energy Applications | Best Researcher Award

University of Bern/Institute of Geological Sciences | Switzerland

Dr. Mathurin Dongmo Wamba is a highly accomplished researcher in geophysics and seismology, with expertise in seismic tomography, earthquake wave analysis, and geodynamic processes. His academic journey and professional career reflect a commitment to advancing the understanding of Earth’s interior and environmental processes through innovative methods. He has conducted research at world-renowned institutions and actively participated in international collaborations that address both scientific challenges and real-world natural hazard concerns. His work spans from imaging deep mantle structures and mapping mantle plumes to investigating environmental hazards in lake systems. By integrating advanced data analysis, numerical modeling, and multidisciplinary tools, Dr. Wamba bridges the gap between fundamental geoscience and applied research. His scientific contributions have been recognized globally through publications in top-tier journals, prestigious fellowships, and invited conference presentations. He continues to build a strong reputation as a researcher dedicated to scientific excellence, interdisciplinary collaboration, and societal impact.

Professional Profiles

Google Scholar | Scopus Profile | ORCID Profile 

Education

Dr. Wamba’s educational journey demonstrates both depth and diversity in scientific training. He obtained his Ph.D. in Geophysics and Seismology from a leading institution, focusing on seismic tomography and Earth imaging under the supervision of globally recognized experts in the field. His doctoral studies involved advanced modeling techniques, waveform inversion, and mantle structure analysis, laying a solid foundation for his research career. Prior to his doctoral work, he completed a master’s degree in geophysics, gaining specialized training in earthquake processes, seismic wave propagation, and geodynamic modeling. He also pursued undergraduate and graduate studies in physics, equipping him with strong analytical and mathematical skills essential for seismic research. Complementing his formal education, he has undertaken specialized workshops, field training, and international internships, which exposed him to diverse geophysical methods, from airborne surveys to marine seismology. This strong academic preparation has allowed him to combine theoretical knowledge with practical applications in Earth sciences.

Experience

Dr. Wamba has accumulated extensive professional experience in research, teaching, and international collaboration. He has served as a postdoctoral researcher and lecturer at globally recognized universities, contributing to cutting-edge studies in seismic imaging and environmental hazard monitoring. His work has included leading seismic tomography projects that investigated mantle plumes, oceanic hotspots, and Earth’s deep interior using global datasets and innovative modeling approaches. He has also conducted research on environmental hazards, focusing on lake processes such as submarine landslides and methane gas release, employing seismological and environmental monitoring tools. His experience extends to marine and airborne geophysical surveys, enhancing his multidisciplinary expertise. Beyond research, he has contributed to teaching and mentoring students in advanced geoscience and programming courses, equipping future scientists with practical and computational skills. His ability to collaborate with teams across Europe, Africa, and North America highlights his international experience and commitment to fostering global scientific networks.

Research Interest

Dr. Wamba’s research interests lie at the intersection of seismology, geophysics, and environmental monitoring. A central theme of his work is the use of seismic tomography to image Earth’s deep interior, particularly mantle plumes and geodynamic processes. He is deeply interested in understanding the physical mechanisms that drive mantle convection, plume conduits, and hotspot activity, as these processes shape the planet’s long-term evolution. Another important focus of his research is the study of natural hazards using seismological and environmental observations. By integrating seismic data with hydrological and meteorological measurements, he investigates processes such as slope failures, gas emissions, and underwater landslides in lake environments. He is also interested in the application of machine learning and high-performance computing in seismic data analysis, advancing the accuracy and efficiency of Earth imaging techniques. His interdisciplinary approach reflects a strong commitment to both advancing fundamental science and addressing societal challenges.

Awards and Honors

Dr. Wamba’s research excellence has been recognized through several prestigious awards, fellowships, and grants. He has been the recipient of a highly competitive postdoctoral fellowship at a leading U.S. university, a recognition awarded to outstanding early-career researchers demonstrating leadership and innovation in their fields. His doctoral and master’s studies were also supported by major fellowships and scholarships from leading European institutions, reflecting the international value placed on his research potential. In addition to long-term fellowships, he has received numerous competitive travel grants, enabling him to present his research at internationally renowned conferences and workshops in geophysics, seismology, and Earth sciences. These opportunities have enhanced his visibility within the global scientific community and allowed him to build international collaborations. Such consistent recognition highlights his scholarly excellence, global outlook, and dedication to advancing research in geophysics and seismology while contributing to the wider scientific and academic community.

Research Skills

Dr. Wamba possesses an impressive range of research skills that combine computational expertise, data analysis, and field applications. He is highly proficient in scientific programming, with experience in Python, MATLAB, C, Fortran, and Bash, enabling him to develop and implement advanced models for seismic imaging and geophysical data processing. His skills in statistical analysis, machine learning, and data visualization allow him to extract meaningful insights from large and complex datasets. He has expertise in tomographic interpretation, seismic anisotropy mapping, and numerical simulations, contributing to a deeper understanding of Earth’s interior and geodynamic processes. Beyond computational methods, he has hands-on experience in deploying and maintaining seismic stations, conducting marine and airborne surveys, and processing environmental data from diverse instruments such as ocean-bottom seismometers and current profilers. This blend of technical, analytical, and field-based skills positions him as a versatile and innovative researcher capable of tackling complex geoscience challenges.

Publication Top Notes

Title: Imaging deep-mantle plumbing beneath La Réunion and Comores hot spots: Vertical plume conduits and horizontal ponding zones
Authors: M. Dongmo Wamba, J.P. Montagner, B. Romanowicz
Year: 2023
Citations: 49

Title:Multi‐mode waveform tomography of the Indian Ocean upper and mid‐mantle around the Réunion hotspot
Authors: M.D. Wamba, J.P. Montagner, B. Romanowicz, G. Barruol
Year: 2021
Citations: 26

Title: Water Effects on the First‐Order Transition in a Model of Earthquakes
Authors: M.W. Dongmo, L.Y. Kagho, F.B. Pelap, G.B. Tanekou, Y.L. Makenne, …
Year: 2014
Citations: 13

Title: Dynamics of an earthquake under magma thrust strength
Authors: L.Y. Kagho, M.W. Dongmo, F.B. Pelap
Year: 2015
Citations: 12

Title: Direction effects of the pulling force on the first-order phase transition in a one-block model for earthquakes
Authors: F.B. Pelap, A. Fomethe, M.W. Dongmo, L.Y. Kagho, G.B. Tanekou, …
Year: 2014
Citations: 10

Title: Dynamics of modulated waves in the spring-block model of earthquake with time delay
Authors: I.A. Mofor, L.C. Tasse, G.B. Tanekou, M.D. Wamba, R. Kengne, …
Year: 2023
Citations: 5

Title: Data-space cross-validation of mantle structure in global tomographic models underneath the Pacific Ocean
Authors: J.C.E.I. Mathurin D. Wamba, Frederik J. Simons
Year: 2025
Citations: 2

Title: On the heart rhythm analysis using a nonlinear dynamics perspective: Analytical study and electronic simulation
Authors: R.F. Fonkou, R. Kengne, M.D. Wamba, H.C.F. Kamgang, P.K. Talla
Year: 2024
Citations: 1

Conclusion

Dr. Mathurin Dongmo Wamba is an accomplished geophysicist whose research has made significant contributions to understanding Earth’s structure, natural hazards, and energy resources. His strong academic background, international collaborations, impactful publications, and dedication to mentoring future scientists highlight his suitability for the Best Researcher Award. Beyond advancing scientific knowledge, his work contributes to societal resilience against natural disasters and supports sustainable resource management. With his proven expertise and growing leadership, Dr. Wamba is not only deserving of this recognition but also well-positioned to shape the future of seismology and interdisciplinary geoscience research.

Carolina Santamarta | Carbon Neutral Technologies | Women Researcher Award

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Ms. Carolina Santamarta | Carbon Neutral Technologies | Women Researcher Award

PHD student at Universidad Politécnica de Madrid | Spain

Carolina Santamarta is an accomplished industrial engineer with a diverse career spanning engineering, management, and renewable energy research. She has successfully transitioned from leading businesses in tourism, health, and education to re-engaging in advanced research within the industrial and renewable energy sectors. Her work reflects a balance between academic rigor and practical application, as she integrates her background in industrial operations with a focus on sustainable energy solutions. As a researcher, she is deeply committed to the study of renewable fuels and innovative approaches to energy generation, seeking to contribute toward global clean energy transitions. In addition to her academic pursuits, she has demonstrated strong leadership through business ownership, project management, and STEM education initiatives for children, reflecting her broader vision of contributing both to scientific progress and social development. Her adaptability, entrepreneurial mindset, and research focus make her a dynamic figure in the renewable energy field.

Professional Profile 

ORCID Profile 

Education

Carolina’s academic journey demonstrates her dedication to engineering and sustainable development. She earned her degree in Industrial Engineering at Universidad Carlos III Madrid, where she gained expertise in materials science, mechanical systems, and industrial processes. Building upon this strong foundation, she later pursued a Master’s in Renewable Energies, which allowed her to expand her knowledge into sustainable technologies such as solar, wind, and biomass energy systems. Currently, she is engaged in doctoral research in renewable fuels, an area of growing global importance. Her Ph.D. work integrates applied engineering with environmental sustainability, with the goal of advancing innovative and practical energy solutions. Throughout her education, Carolina has complemented her formal studies with hands-on use of advanced tools like Pvsyst and CHEQ4, enabling accurate modeling and evaluation of renewable energy projects. Her academic progression highlights both intellectual rigor and a clear focus on addressing real-world sustainability challenges through advanced research.

Experience

Carolina brings a wealth of professional experience that spans industrial manufacturing, entrepreneurship, and educational innovation. Early in her career, she contributed to leading industrial companies, managing machinery maintenance, manufacturing processes, and continuous improvement teams in fiberglass factories. These roles equipped her with strong technical expertise and an understanding of quality control in large-scale operations. Later, she moved into business leadership, where she managed and co-owned organizations in healthcare and tourism, overseeing budgets, human resources, and organizational strategy. Her role at Tesla Cool Lab further demonstrated her ability to connect technology with education by developing scientific and technological programs for children, fostering early interest in STEM fields. This breadth of experience reflects her ability to integrate managerial and technical expertise, balancing industrial problem-solving with entrepreneurial innovation. Her career trajectory illustrates her adaptability and her commitment to applying engineering knowledge across different industries while aligning with her growing research ambitions.

Research Interest

Carolina’s research interests lie primarily in renewable energy, with a focus on renewable fuels and their role in enabling sustainable energy transitions. She is particularly interested in developing and optimizing energy systems that integrate solar, wind, and biomass resources, with an emphasis on clean fuel technologies that can serve as viable alternatives to fossil fuels. Her work is aimed at bridging the gap between industrial-scale applications and academic innovation, seeking solutions that are not only technically efficient but also economically and environmentally viable. In addition, she is passionate about exploring tools and modeling techniques that allow accurate forecasting and evaluation of renewable energy projects, ensuring reliability and scalability. Carolina’s research vision also includes contributing to the development of community-based and decentralized energy solutions, promoting accessibility and resilience in energy systems. By aligning her technical expertise with sustainability goals, she strives to support global efforts toward climate change mitigation.

Awards and Honors

Carolina has earned recognition for her leadership and innovative contributions across different fields, blending her engineering background with business success and social engagement. Her achievements include directing successful companies in healthcare and tourism, where she demonstrated strong entrepreneurial leadership and effective resource management. Her initiative in founding Tesla Cool Lab has been widely appreciated for advancing STEM education among young learners, nurturing the next generation of scientists and engineers. In the industrial sector, she has been acknowledged for her ability to lead continuous improvement processes, enhance production efficiency, and uphold high standards of quality control. These accomplishments underscore her capability to excel in diverse professional environments while maintaining a commitment to innovation and social responsibility. Her transition into advanced renewable energy research further highlights her perseverance and dedication to professional growth, reflecting an inspiring career path that combines scientific advancement with meaningful societal impact.

Research Skills

Carolina possesses a robust set of research skills that integrate her industrial background with advanced knowledge in renewable energy technologies. She is proficient in using specialized tools such as Pvsyst and CHEQ4 for solar and wind resource evaluation, alongside online platforms for assessing hydrological and renewable potential. These technical abilities enable her to conduct comprehensive analyses and design energy systems with precision. In addition to her technical expertise, she brings strong project management skills, having managed complex budgets, human resources, and continuous improvement initiatives in industrial and business contexts. Her multilingual abilities allow her to effectively collaborate on international research projects, while her leadership experience equips her to guide teams toward achieving research objectives. Carolina’s skills also extend to bridging academic research with applied practice, ensuring her work has real-world impact. This combination of analytical rigor, technical expertise, and leadership makes her well-suited for interdisciplinary renewable energy research.

Publication Top Notes

Title: Decentralized Model for Sustainable Aviation Fuel (SAF) Production from Residual Biomass Gasification in Spain
Authors: Carolina Santamarta Ballesteros; David Bolonio; María-Pilar Martínez-Hernando; David León; Enrique García-Franco; María-Jesús García-Martínez
Year: 2025
Journal: Resources (Published by Multidisciplinary Digital Publishing Institute)

Conclusion

Carolina Santamarta is a deserving candidate for the Women Researcher Award due to her unique blend of industrial engineering expertise, renewable energy research, and leadership across multiple sectors. Her commitment to advancing sustainable energy solutions, combined with her entrepreneurial drive and community-building efforts, reflects both academic promise and societal impact. With her ongoing Ph.D. research in renewable fuels and her proven capacity for leadership and innovation, she is well-positioned to make significant contributions to the renewable energy sector and inspire future generations of women in science and engineering.

Vivek Garg | Waste-to-Energy Conversion | Best Researcher Award

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Dr. Vivek Garg | Waste-to-Energy Conversion | Best Researcher Award

Senior Lecturer and Applied Engineering Research Specialist at University of Greenwich | United Kingdom

Dr. Vivek Garg is an accomplished researcher and technical leader specializing in powder technology, bulk solids handling, mineral processing, and formulation science. Currently serving as a Senior Lecturer and Applied Engineering Research Specialist at the University of Greenwich, he leads interdisciplinary projects across the pharmaceutical, food, chemical, and environmental sectors. His expertise lies in bridging the gap between academic research and industrial application, delivering scalable solutions for formulation design, process optimization, and test method development. He has successfully secured competitive research funding and major consultancy projects, demonstrating his ability to attract resources and deliver measurable impact. His scholarly contributions include research publications in reputed international journals, patents in advanced systems and technologies, and book chapters addressing innovative engineering solutions. Widely recognized for his innovation and leadership, Dr. Garg actively contributes to scientific communities through invited talks, technical committees, and journal reviewing, while mentoring early-career researchers.

Professional Profile 

Google Scholar | Scopus Profile | ORCID Profile 

Education

Dr. Vivek Garg’s academic journey reflects a strong foundation in engineering and applied sciences. He earned his Ph.D. in Bulk Solids and Handling from the University of Greenwich, where his research focused on powder flow properties and their implications in industrial applications. Prior to that, he completed his Master’s degree in Thermal Engineering from Thapar University, where he expanded his expertise in advanced mechanical processes and energy systems. He began his academic pursuit with a Bachelor of Technology in Mechanical Engineering from IET Bhaddal, India, where he built the fundamental skills that would later shape his career as a researcher. Throughout his education, Dr. Garg has combined theoretical knowledge with practical experimentation, contributing to his expertise in formulation, process optimization, and sustainable solids handling. His academic achievements have been complemented by his strong engagement with industrial projects, enabling him to integrate academic learning with practical engineering challenges.

Experience

Dr. Vivek Garg brings over a decade of professional and research experience in powder technology, formulation science, and mineral processing. At the University of Greenwich, he has worked as a Senior Lecturer and Applied Engineering Research Specialist, where he has led industry-oriented R&D and consultancy projects, developed laboratory rigs for powder characterization, and guided students and researchers. His work spans diverse sectors including pharmaceuticals, food, chemicals, and environmental systems, focusing on developing innovative methods for powder flow measurement, material characterization, and process optimization. Earlier in his career, he contributed to engineering roles in leading industries such as Federal Mogul Goetze and Bhushan Power and Steel, where he provided solutions that improved efficiency and reduced operational costs. Through his consultancy and collaborative projects, he has partnered with global industries and academic institutions, successfully translating research outcomes into practical solutions. His leadership in project execution demonstrates his ability to deliver high-impact results.

Research Interest

Dr. Vivek Garg’s research interests lie in the study and advancement of powder technology and bulk solids handling, with applications across pharmaceutical, food, and chemical industries. He focuses on powder formulation and characterization, including flowability, compressibility, segregation, and caking, which are crucial factors in ensuring product quality and process efficiency. He also explores advanced topics such as air permeability, fluidization behavior, and the development of lab-to-full scale rigs for material characterization. In addition, his work in additive manufacturing, particularly 3D tablet printing, highlights his interest in combining pharmaceutical innovation with engineering design. He is equally committed to exploring sustainable solids handling, addressing industrial challenges in waste processing and renewable material applications. His approach integrates experimental methods, material science, and computational modeling to develop innovative solutions that bridge scientific research with industrial needs. By pursuing these areas, Dr. Garg aims to strengthen global research and innovation in material science and engineering.

Awards and Honors

Dr. Vivek Garg has been widely recognized for his contributions to engineering research and innovation through multiple prestigious awards. He has received distinctions for innovation in powder technology, materials handling, and applied research, demonstrating his ability to deliver high-impact solutions that bridge academia and industry. His recognition includes awards celebrating rising talent, newcomer contributions, and international excellence in young research, highlighting both his early promise and continued professional success. Beyond institutional awards, Dr. Garg has earned accolades from professional associations and industrial organizations, affirming the global relevance of his work. These honors reflect his ability to consistently push the boundaries of powder technology and applied engineering. His leadership in winning competitive research grants, along with contributions to interdisciplinary collaborations, further validates his achievements. Collectively, these recognitions underscore his growing influence in his field and affirm his position as a researcher of international distinction, committed to advancing science and innovation.

Research Skills

Dr. Vivek Garg has developed a strong portfolio of research skills that combine experimental expertise, analytical rigor, and project leadership. He is highly skilled in powder characterization techniques such as particle size analysis, powder flow testing, air permeability, and compressibility studies, supported by tools including DVS, SEM, ImageJ, and pycnometers. He has experience in developing bespoke laboratory rigs and smart test facilities that enable real-time monitoring of powder behavior, a key contribution to both academic research and industrial applications. In addition, his knowledge extends to design software such as SolidWorks and simulation approaches that integrate characterization techniques into virtual toolkits. He has also gained expertise in project management, having secured competitive funding, managed budgets, and led multi-disciplinary research teams. His ability to translate experimental insights into industrial solutions demonstrates both technical competence and applied innovation. These skills, combined with strong stakeholder engagement, make him a versatile and impactful researcher.

Publication Top Notes

Title: An investigation into the flowability of fine powders used in pharmaceutical industries
Authors: V. Garg, S.S. Mallick, P. García-Trinanes, R.J. Berry
Year: 2018
Citations: 93

Title: An experimental investigation on the effect of particle size into the flowability of fly ash
Authors: L. Rohilla, V. Garg, S.S. Mallick, G. Setia
Year: 2018
Citations: 32

Title: An experimental study on free-surface rolling segregation and correlations with angle of repose and particle sphericity
Authors: T. Deng, V. Garg, H. Salehi, M.S.A. Bradley
Year: 2020
Citations: 25

Title: A study of particle adhesion for cohesive powders using a novel mechanical surface energy tester
Authors: T. Deng, V. Garg, M.S.A. Bradley
Year: 2021
Citations: 19

Title: 3D Printing of Personalised Carvedilol Tablets Using Selective Laser Sintering
Authors: A.G. Tabriz, Q. Gonot-Munck, A. Baudoux, V. Garg, R. Farnish, O. Katsamenis, et al.
Year: 2023
Citations: 18

Title: Comparative studies of powder flow predictions using milligrams of powder for identifying powder flow issues
Authors: T. Deng, V. Garg, L.P. Diaz, D. Markl, C. Brown, A. Florence, M.S.A. Bradley
Year: 2022
Citations: 18

Title: Correlations between segregation intensity and material properties such as particle sizes and adhesions and novel methods for assessment
Authors: T. Deng, V. Garg, H. Salehi, M.S.A. Bradley
Year: 2021
Citations: 18

Title: A new method for assessing powder flowability based on physical properties and cohesiveness of particles using a small quantity of samples
Authors: V. Garg, T. Deng, M. Bradley
Year: 2022
Citations: 12

Title: Optimising Spread-Layer Quality in Powder Additive Manufacturing: Assessing Packing Fraction and Segregation Tendency
Authors: H. Salehi, J. Cummins, E. Gallino, V. Garg, T. Deng, A. Hassanpour, et al.
Year: 2023
Citations: 8

Title: Electrostatic Charging of Fine Powders and Assessment of Charge Polarity Using an Inductive Charge Sensor
Authors: T. Deng, V. Garg, M. Bradley
Year: 2023
Citations: 8

Conclusion

In summary, Dr. Vivek Garg exemplifies the qualities of an outstanding researcher through his pioneering contributions in powder technology, interdisciplinary research leadership, and impactful industrial collaborations. His scholarly output, patents, and recognition through awards such as the Best Innovation Award and the Rising Star Award reflect his dedication to advancing both scientific knowledge and industrial practices. With his proven track record of innovation, community engagement, and future-oriented research in sustainable solids handling and pharmaceutical technologies, Dr. Garg is highly deserving of the Best Researcher Award. His potential for continued leadership and global research impact positions him as an emerging leader in engineering science and applied technology.

Leyla Akbulut | Sustainable Energy Policies | Best Innovation Award

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Ms. Leyla Akbulut | Sustainable Energy Policies | Best Innovation Award

Lecturer at Alanya Alaaddin Keykubat University, Turkey

Leyla Akbulut is a dedicated academic and researcher in the field of Electrical and Electronics Engineering, with a strong professional focus on renewable energy systems, energy efficiency, and distribution network optimization. She has combined academic teaching, applied research, and project leadership to contribute significantly to sustainable energy transitions. Her career demonstrates a unique blend of theoretical expertise and practical implementation, particularly in solar energy integration, energy performance contracting, and smart grid applications. Beyond her technical contributions, she has actively participated in cross-disciplinary projects that connect academia, industry, and government institutions, making her work relevant to both scientific advancement and societal needs. Known for her innovation-driven research, she has also earned recognition from prestigious organizations at both national and European levels. Her leadership in energy management initiatives, coupled with an active role in advancing education, positions her as an influential voice in the global move toward sustainable energy solutions.

Professional Profile 

Google Scholar | Scopus Profile | ORCID Profile 

Education

Her academic journey began with a solid foundation in Electrical and Electronics Engineering, which she pursued through undergraduate and graduate studies. She completed her bachelor’s studies with a focus on power systems and energy distribution, later strengthening her expertise with a master’s degree centered on electrical distribution optimization. Her doctoral research advanced these foundations by focusing on cutting-edge approaches for optimizing power distribution networks through innovative algorithms and efficiency-oriented frameworks. This academic progression reflects her continuous pursuit of excellence, bridging core engineering concepts with applied problem-solving in renewable energy systems. Her academic path has equipped her with in-depth technical knowledge, advanced mathematical modeling skills, and strong problem-solving abilities, essential for addressing modern challenges in sustainable energy. Her education has not only shaped her expertise but has also provided her with the necessary analytical and leadership skills to engage in interdisciplinary projects that integrate engineering, sustainability, and innovation.

Experience

Leyla Akbulut’s professional experience spans academia, industry, and research, showcasing a dynamic career that connects technical expertise with practical application. In academia, she serves as a lecturer, teaching courses in high voltage engineering, power system analysis, renewable energy, and distribution systems. Beyond teaching, she has taken on administrative and leadership roles, such as energy management coordination, ensuring institutional compliance with sustainability and efficiency goals. Her industrial experience includes roles in electrical distribution companies, where she contributed to R&D projects, grid modernization, and urban development projects as a site manager and systems engineer. She has also been actively involved in national-scale projects for the installation of solar energy plants, energy performance contracting, and grid optimization, serving both as project leader and collaborator. This diverse career trajectory has enabled her to combine academic rigor with hands-on technical expertise, making her contributions impactful across education, industry, and applied innovation in energy systems.

Research Interest

Her research interests lie at the intersection of renewable energy, energy efficiency, and advanced optimization of power systems. She focuses on the design, modeling, and analysis of sustainable energy systems, with special attention to photovoltaic projects, smart grids, and energy performance contracting. She is particularly interested in exploring how solar and biomass systems can be integrated into circular energy solutions for campuses and communities, advancing eco-friendly and cost-effective models. Additionally, her work investigates the application of metaheuristic algorithms for demand-side management, energy cost optimization, and efficiency improvements in electrical distribution networks. She is also keen on exploring interdisciplinary dimensions of energy research, such as economic feasibility, regulatory frameworks, and digitalization of power systems. Her research philosophy emphasizes innovation that combines environmental sustainability with practical applicability, aiming to create solutions that not only address technical challenges but also contribute to global energy transition and climate change mitigation efforts.

Awards and Honors

Throughout her career, Leyla Akbulut has received multiple prestigious recognitions that highlight both her academic excellence and her innovative contributions to energy research. She has been honored by national institutions for her efficiency-enhancing projects, reflecting her role in advancing applied research that directly impacts society. Internationally, her work has gained visibility through recognition by the European Commission, showcasing her ability to bring forward innovative and entrepreneurial approaches to renewable energy solutions. These awards emphasize her leadership in pioneering projects that improve sustainability and energy efficiency at institutional and community levels. In addition to formal awards, she has also been invited to present her work at scientific meetings and conferences, further confirming her position as a respected contributor in her field. Such distinctions not only validate her research but also demonstrate her influence in bridging academic innovation with real-world energy challenges and sustainable development goals.

Research Skills

Her research skills span a wide spectrum of analytical, technical, and interdisciplinary capabilities. She is proficient in advanced algorithmic modeling, including the use of genetic algorithms and mixed-integer linear programming for optimization of distribution systems. She has extensive experience in renewable energy integration, particularly in solar power plant installations and energy performance contracting frameworks. Her skills also extend to economic analysis of renewable energy projects, where she employs regression models and efficiency evaluations to assess feasibility and scalability. Beyond technical expertise, she has demonstrated strong leadership in managing collaborative research projects, coordinating teams of academics and practitioners from different sectors. She is equally skilled in preparing scientific publications for high-impact international journals, with experience in collaborative writing and interdisciplinary research dissemination. Her combined expertise in theory, application, and project management makes her a versatile researcher capable of producing innovative, sustainable, and impactful solutions in the energy domain.

Publication Top Notes

Title: Economic Efficiency of Renewable Energy Investments in Photovoltaic Projects: A Regression Analysis
Authors: A. Akbulut, M. Niemiec, K. Taşdelen, L. Akbulut, M. Komorowska, A. Atılgan, …
Journal: Energies
Year: 2025
Citation: 1

Title: Review of Metaheuristic Algorithms for Energy Efficiency, Demand Side Management and Cost Estimation
Authors: L. Akbulut, K. Taşdelen, A. Çoşgun
Journal: Rocznik Ochrona Środowiska
Year: 2025
Citation: 1

Title: Analysis of Electrical Distribution Network Voltage Configuration with Mixed Integer Linear Programming Algorithm and Genetic Algorithm in Terms of Energy Cost
Authors: L. Akbulut, S.S. Tezcan, A. Coşgun
Journal: Electrica
Year: 2020
Citation: 1

Title: Dağıtım Şebekesi Gerilim Konfigürasyonunun Karışık Tamsayı Lineer Programlama Algoritması ile Enerji Maliyeti Yönünden Araştırılması
Authors: L. Akbulut, S.S. Tezcan, A. Coşgun
Journal: Mühendislik Bilimleri ve Tasarım Dergisi
Year: 2019
Citation: 1

Title: Solar-Powered Biomass Revalorization for Pet Food and Compost: A Campus-Scale Eco-Circular System Based on Energy Performance Contracting
Authors: L. Akbulut, A. Coşgun, M.H. Aldulaimi, S.O.W. Khafaji, A. Atılgan, M. Kılıç
Year: 2025

Conclusion

In summary, Leyla Akbulut is a highly deserving candidate for the Best Innovation Award. Her pioneering research in renewable energy optimization, sustainable electricity distribution, and innovative campus-scale eco-energy systems demonstrates both technical excellence and societal impact. Her leadership in national projects, coupled with international publications and recognition by European and national institutions, underscores her innovation-driven contributions. With her strong academic background, professional expertise, and demonstrated capacity for impactful applied research, she stands out as a researcher who can continue driving cutting-edge solutions for sustainable energy futures, making her a worthy recipient of this award.