Michail Fountoulakis is an Associate Professor in the Environmental Applications of Biochemical Engineering at the School of Chemical Engineering, Technical University of Crete. He holds a Ph.D. (2005), MSc (2005), and Diploma in Chemical Engineering (2001) from the University of Patras, Greece. Current research focuses on anaerobic digestion, wastewater treatment systems (membrane bioreactors, constructed wetlands), and bio-based material production using microalgae and fungi Active projects include LIFE22-ENV-EL-HIPPOCRATES (hospital wastewater treatment), ELAIONAS (olive production residue utilization), and Zero-PM (persistent pollutant reduction) Key collaborations span HORIZON 2020, Interreg Greece-Cyprus, and Ministry of Rural Development and Food initiatives
Bernard Bourlès is a researcher affiliated with the Institute for Research for Development (IRD) in Marseille, France. His work primarily focuses on oceanographic processes in the tropical Atlantic Ocean, including temperature-salinity dynamics, equatorial currents, and coastal island wake systems. Research Themes : Ocean circulation and climate variability Marine boundary layer isotope analysis Biophysical modeling of marine species Satellite data validation for oceanic parameters His recent publications highlight collaborations on global observing systems like Argo, tropical Atlantic monitoring, and the impact of ocean currents on salinity distribution. Key methodologies include in-situ measurements, satellite-derived datasets, and numerical modeling. Technical Expertise : PIRATA (Prediction and Research Moored Array in the Tropical Atlantic) data analysis Equatorial Undercurrent studies Stable isotope tracing in marine atmospheres Wake dynamics of oceanic islands
Arvind Keprate is a Professor at Oslo Metropolitan University and teaches at Kristiania University College . He holds a Ph.D. in Offshore Engineering (2017) from the University of Stavanger, an M.Sc. in Marine & Subsea Technology (2014), and a B.Tech in Mechanical Engineering (2007). He previously worked at NASA's Prognostics Center of Excellence. Research Focus: Prognostics and Health Management (PHM) of complex socio-ecological technical systems like wind farms, combining machine learning, probabilistic techniques, and digital twins. Leadership Roles: Leads the Mechanics, Mechatronics, and Materials Technology (M3T) Research Group and manages the GrønnMet Lab . Grants: Funded by the Research Council of Norway (RCN), Norwegian Directorate for Higher Education and Skills (HK-dir), Norwegian AI Research Consortium (NORA), and RegionaleForskningFond (RFF). Industrial Expertise: 10+ years in pipeline engineering, fatigue analysis, and asset integrity (Reliance Industries, DNV). Editorial Roles: Associate Editor for the International Journal of System Assurance Engineering and Management and Topic Editor for Frontiers in Energy Research.
Emilio Muñoz Cerón is a Professor at the Department of Ingeniería Gráfica, Diseño y Proyectos at the Universidad de Jaén, Spain. His research focuses on solar energy systems, particularly photovoltaics, with a strong emphasis on technical characterization, economic feasibility, and environmental integration. He leads the research group Investigación y Desarrollo en Energía Solar and has contributed to energy transition projects in Chile, Spain, and Peru. Education: Ph.D. in Photovoltaic Engineering from Universidad de Jaén (2014), thesis titled New trends in photovoltaic economy and development of a different technological spectral approach in concentrator photovoltaics His research spans photovoltaic performance analysis, floating PV systems, bifacial technology, and sector coupling for renewable integration. Recent projects include GIS-based solar potential mapping, social acceptance of renewables in southern Spain, and international educational collaborations like the NextGEng Project. His work addresses both technological innovation and policy frameworks for sustainable energy systems. Scientific contributions highlight trends in photovoltaic economy, solar resource characterization, and renewable energy transition pathways. Key sub-fields include bifacial PV systems, GIS energy planning, floating solar installations, and circular economy applications to photovoltaics. Notable collaborations involve institutions in Chile, Peru, and Spain. No specific scientific awards or honors are mentioned in the provided text.
Dr. Juan de la Casa Higueras is a University Professor at the Department of Electronic and Automatic Engineering, University of Jaén, Spain. He specializes in photovoltaic (PV) systems, solar energy technology, and electronics engineering. His research focuses on grid-connected PV systems, bifacial solar technology, and energy efficiency optimization. Supervised PhD thesis on grid-connected PV systems (2008) Active in solar spectral analysis and performance modeling Developed low-cost PV monitoring systems and software tools His recent publications analyze bifacial PV modeling, parameter extraction techniques, and solar prosumerism trends. He is involved in educational initiatives for solar energy teaching and has collaborated on international projects in Peru, Chile, and Spain. Current work includes solar irradiance modeling, circular economy applications in PV, and large-scale solar integration challenges.
Diego Lopez Talavera serves as a Professor in the Department of Electronic and Automatic Engineering at the University of Jaén, Spain, leading research at the intersection of photovoltaic technology and economic analysis. His work focuses on enhancing the viability and performance of solar energy systems through rigorous techno-economic evaluation. Education PhD in Photovoltaic Systems Engineering, University of Jaén (2007). Thesis: "Analysis of the profitability of photovoltaic systems connected to the grid using the internal rate of return". Supervised by Dr. Gustavo Eduardo Nofuentes Garrido and Dr. Jorge Aguilera Tejero. Research Focus Professor Lopez Talavera's research program emphasizes economic viability assessment and technical optimization of photovoltaic systems. Key thrusts include: Floating photovoltaic economic modeling under variable regulatory frameworks Photovoltaic soiling loss quantification and anti-soiling coating development Grid integration economics and curtailment impact analysis Ultra-high concentrator photovoltaic optical design Self-consumption system optimization without storage Publication Trends His recent publications (2021-2025) reveal a strategic pivot toward floating photovoltaics and soiling mitigation economics , with 60% of recent work addressing these emerging domains. The research demonstrates sophisticated integration of geospatial analysis , regulatory impact modeling , and cost-competitiveness frameworks , particularly focused on European deployment contexts. A consistent methodological thread involves developing practical optimization tools for industry implementation. Research Leadership As leader of the "Advances in Photovoltaic Technology" research group, Professor Lopez Talavera directs projects spanning economic modeling, system optimization, and emerging photovoltaic applications. His supervision of PhD candidates—evidenced by his own doctoral committee experience—complements extensive industry collaboration visible in applied research outputs. While specific grant details aren't documented, his publication trajectory indicates sustained research funding supporting both fundamental and applied investigations in solar energy economics.
Juan Carlos Osorio Aravena is a Researcher in the Department of Electronic and Automatic Engineering at the University of Jaén, Spain, affiliated with the Research and Development in Solar Energy group. His work focuses on sustainable energy transitions through decentralized solar photovoltaic systems, with emphasis on rural contexts and socio-technical dimensions across Chile and Southern Europe. Education PhD from University of Jaén (2022) with thesis: "From Global to Local: The Role of Decentralized Solar Photovoltaic Systems in Sustainable Energy Transition - Applied Analysis to Chile and Aysén Region," supervised by Dr. Emilio Muñoz Cerón. Research Focus Dr. Osorio's research integrates engineering and social sciences to address renewable energy adoption challenges. He investigates solar photovoltaic prosumer models, energy community dynamics, and socio-economic impacts of energy transitions. His work uniquely bridges technical analysis of solar potential with studies of social acceptance, policy implementation gaps, and rural electrification challenges, particularly in Chilean Patagonia and Spanish case studies like Monachil and Jaén. Key contributions include frameworks for evaluating renewable energy landscape reversibility and serious games for participatory decision-making. Publication Trends His 2023-2025 publications reveal three dominant trajectories: (1) socio-technical analysis of energy communities and prosumer models in Chile/Southern Europe; (2) methodological innovations including serious games and optimization tools for net-zero planning; and (3) critical examinations of renewable energy project lifecycles from implementation to potential abandonment. The work consistently applies mixed-method approaches across geographical scales, with increasing focus on hydrogen integration and sector coupling in Iberian and South American contexts. Advising and Infrastructure Established renewable energy laboratory in Aysén Region, Chile during doctoral research Current affiliation with University of Jaén's solar energy research group focusing on Iberian Peninsula case studies Develops educational serious games for master's/PhD spatial planning curricula Research Context His work operates at the intersection of energy engineering and social science, addressing urgent challenges in energy justice during transitions. The Chilean case studies reflect deep engagement with Patagonian communities, while Spanish research leverages Monachil's energy community as a living laboratory. Future directions indicate expansion into hydrogen systems and advanced participatory modeling techniques.
Floris Boogaard is a Lecturer at the Research Center for Built Environment – NoorderRuimte , specializing in Climate Adaptation . His work focuses on sustainable urban design, water quality, and nature-based solutions for climate resilience. Research Interests include: Climate adaptation strategies for urban areas Sustainable Drainage Systems (SuDS) Nature-based Solutions Water quality monitoring and modeling Permeable pavement systems Recent Research Trends reveal a strong emphasis on combating drought in cities, floating solar technology, and biodiversity impacts on climate adaptation. His publications span environmental science, urban planning, and hydrology. Scientific Awards : 3e Prijs RAAK-Award 2022 Projects include Last Thirsty Cities , GINA , Climate Adaptation Monitor , and SPARKLES , focusing on water-sensitive urban development and renewable energy integration.
Sofia Midauar Gondim Rocha is a PhD researcher and Lecturer at Lancaster University's Lancaster Environment Centre. Her work focuses on the environmental impacts of floating solar panels on freshwater systems using hydrodynamic and water quality models like Delft3D and CE-QUAL-W2. Key research areas include: Lake and reservoir modeling Hydrodynamic and water quality analysis Climate change adaptation Water resources management Techno-ecological synergies in renewable energy 2024 publications highlight her contributions to understanding floating solar photovoltaics' interactions with freshwater ecosystems. These studies span global lake assessments, decarbonization potential, and coverage analysis, emphasizing environmental sustainability and energy-water nexus. Previous industry experience as a Civil Engineer in drainage systems, water infrastructure, and dam projects informs her applied research approach.
Prof. Ian Eisenman is a Professor at the Scripps Institution of Oceanography, part of the University of California San Diego. His research focuses on climate dynamics, sea ice processes, and paleoclimatology. He holds a B.A. in Philosophy & Physics from Williams College, M.A. in Physics from UC Santa Barbara, S.M. in Applied Mathematics from Harvard University, and a Ph.D. in Earth and Planetary Sciences from Harvard University. His work explores ocean and atmospheric circulations, climate feedback mechanisms, and the role of icebergs in climate systems. He has received prestigious awards including the Hellman Fellowship (2016-2017) and the AGU Cryosphere Early Career Award (2012). His research group develops advanced climate models and analyzes observational data to address pressing questions in polar climate dynamics. Recent studies include investigating sea level changes due to Antarctic meltwater fluxes and the radiative feedback continuum from Snowball Earth to hothouse climates. His GitHub repository hosts open-source climate models and datasets, emphasizing reproducibility and collaboration.
Adrian Law Wing Keung is a Professor in the Department of Civil and Environmental Engineering at the National University of Singapore (NUS), serving since 2024. He holds a PhD and MSc from the University of California, Berkeley, specializing in coastal and hydraulic engineering, and a BEng (Civil) from the University of Hong Kong. His academic roles include Editor-in-Chief of the Journal of Hydro-environment Research and leadership in international committees like the IAHR/IWA Joint Committee on Marine Outfall Systems and ASEAN Hydroinformatics Data Centre. He has extensive consulting experience for water infrastructure projects and focuses on applying research to real-world solutions through his RDTA (Research-Development-Translation-Application) philosophy. Education: PhD in Civil and Environmental Engineering, University of California, Berkeley, USA (1991) MSc in Civil and Environmental Engineering, University of California, Berkeley, USA (1985) BEng (Civil Engineering), University of Hong Kong (1984) Research Interests: Coastal and hydraulic engineering, environmental hydraulics, remote sensing, data-driven process control, machine learning optimization in water systems, and coastal renewable energy. His work emphasizes translating fundamental research into practical applications, such as monitoring coastal environments under climate change and optimizing solar/wind energy systems. Awards: Top-2% Global Scientist by Stanford University (2023) Karl Emil Hilgard Hydraulic Prize (ASCE, 2014) UPS Foundation Visiting Professorship at Stanford (2001-2002) Wesley Horner Award (ASCE, 2000) Professional Activities: Council member of the International Association of Hydro-environment Engineering and Research, editorial board roles in technical journals, and advisory roles for major water infrastructure projects globally. His research outputs span 100+ peer-reviewed articles, with a focus on numerical modeling, remote sensing, and sustainable engineering solutions.
Vincenzo Fiamma serves as Assistant Professor of Ocean Engineering at the Mediterranea University of Reggio Calabria (UNIRC), where he has been an active member of the NOEL laboratory research team since 2009. Previously, he contributed to the Maritime Engineering Laboratory through the OKEANOS consortium (1998-2008) and participates in Italy's National Group for Defense from Hydrogeological Disasters since 1996. His three-decade career centers on experimental coastal engineering with Professor Boccotti, including foundational work on wave mechanics and energy conversion systems. His research spans Ocean Engineering , Wave Energy Conversion , and Coastal Protection Systems , characterized by innovative field experiments at sea. Key contributions include the development of U-OWC (U-Oscillating Water Column) breakwaters and REWEC (Resonant Wave Energy Converter) devices for dual-purpose coastal infrastructure. His methodology uniquely bridges theoretical modeling with real-sea validation, advancing sustainable solutions for Mediterranean coastal challenges through practical engineering applications. Recent publications (2020-2024) demonstrate evolving expertise from wave mechanics fundamentals to integrated renewable energy systems. His work shows increasing interdisciplinary scope, connecting U-OWC technology with coastal hazard analysis, infrastructure resilience, and environmental impacts. Notable trends include Mediterranean-focused full-scale implementations (e.g., Salerno and Civitavecchia ports), advanced uncertainty quantification in floating structures, and investigations into compound climate hazards like concurrent floods and sea storms. Professor Fiamma has supervised 20 degree theses in maritime engineering and environmental hydraulics while contributing to major national research initiatives. His project portfolio includes multiple biennial Projects of Relevant National Interest (PRIN), notably the 2001 hydrodynamics study of low-crested breakwaters, 2004 coastal protection/wave energy integration project, and 2005 REWEC port breakwater experiment that pioneered wave-to-electricity conversion technologies. As a core member of UNIRC's NOEL laboratory, he directs experimental campaigns on wave energy converters and coastal structures. His earlier foundational work contributed to Professor Boccotti's seminal texts Idraulica Marittima (1997) and Wave Mechanics for Ocean Engineering (2000), establishing theoretical frameworks still referenced in contemporary research on wave group dynamics and coastal processes.
Dr. Mehmet Adil Akgül is an Assistant Professor in the Department of Civil Engineering at Turkish-German University, previously serving as Assistant Professor at Yeditepe University (2015–2023) and as Research Assistant at Istanbul Technical University (2007–2014). He holds a PhD in Coastal Sciences and Engineering from Istanbul Technical University (2014) and conducted postdoctoral research at Strathclyde University (2014–2015). His expertise spans coastal structures, marine energy systems, and disaster management. Education: PhD: Coastal Sciences Engineering, Istanbul Technical University (2008–2014) MSc: Coastal Sciences Engineering, Istanbul Technical University (2005–2008) BSc: Civil Engineering, Istanbul Technical University (2000–2005) Research focuses on coastal resilience, renewable energy integration in marine environments, and risk assessment. His work includes optimizing wave energy converters, analyzing wildfire impacts on coastal flood risks, and evaluating offshore solar energy potential. He has contributed to over 15 peer-reviewed publications and presented at international symposiums on climate adaptation and sustainable materials. Grants and advising: No specific grants or student advisees are listed in the provided materials.
Dr. Augustine Egwebe is a Senior Lecturer in the School of Electronic and Electrical Engineering at Swansea University's Faculty of Science and Engineering. He specializes in electrical power systems, renewable energy integration with microgrids, energy management, modern control systems, and robotics. His work contributes significantly to Swansea University's research in sustainable energy systems and power electronics. Dr. Egwebe received his PhD and BEng degrees in Electrical and Electronic Engineering (EEE) from Swansea University. His academic career at Swansea progressed from Academic Teaching/Research Assistant (2016-2019), to Lecturer (2019-2021), and currently Senior Lecturer (2021-Present). He is a Fellow of the UK's Advance Higher Education Academy (FHEA) and a member of the Institute of Electrical Technology (IET). His research focuses on developing novel and cost-effective dynamic control and power electronics solutions for integrating renewable energy systems with microgrids. Key areas include: Electrical power systems and microgrid integration Renewable energy resource management Modern control systems and robotics applications Energy forecasting and real-time scheduling Electrical machines modeling and control Power electronics interface design His recent publications demonstrate a strong focus on power systems stability, microgrid control strategies, and renewable energy integration. The research shows increasing sophistication in control algorithms for power electronics interfaces and growing interest in machine learning applications for energy prediction, particularly in photovoltaic systems and small spacecraft power management. Professional recognition includes: Fellow of the UK's Advance Higher Education Academy (FHEA) Active membership in the Institute of Electrical Technology (IET) Regular reviewer for academic transactions in his field As an educator, Dr. Egwebe supervises multiple PhD and MSc students, with recent completions in solar energy forecasting, microgrid energy management, and power electronic control techniques. He teaches core engineering modules including EG-243 Control Systems, EG-241 Electrical Machines, and developed the EGA222 Electrical Machines Laboratory module using Arduino-based hardware-in-the-loop experiments. He champions technology-enhanced learning to inspire lifelong learning among students.
Sathyajith Mathew is a Professor at the University of Agder, Norway, within the Faculty of Engineering and Science, Department of Engineering Sciences. He currently serves as Programme Manager for the Master's in Renewable Energy program and Programme Coordinator for Flexible Learning for Offshore Wind (FLOW). Previously, he held leadership positions at the University of Brunei Darussalam including Deputy Director of the Institute of Applied Data Analytics and UBD | IBM Centre, Programme Leader for Physical and Geological Sciences, and Co-Coordinator of the Energy Research Cluster. Professor, University of Agder (Current) Deputy Director, Institute of Applied Data Analytics, University of Brunei Darussalam (2017-2018) Deputy Director, UBD | IBM Centre, University of Brunei Darussalam (2013-2017) Programme Leader, Physical and Geological Sciences, University of Brunei Darussalam (2013-2014) Co-Coordinator, Energy Research Cluster, University of Brunei Darussalam (2009-2011) Dr. Mathew holds a PhD and graduated from the Indian Institute of Technology, Kharagpur, India. With over 25 years of professional experience in wind energy and data analytics, he has established himself as a leading expert in renewable energy technologies. Dr. Mathew's research focuses on wind energy systems with particular expertise in offshore wind energy, low wind speed turbines, wind power forecasting, distributed wind energy, and wind resource analysis. His work bridges theoretical research with practical applications, developing innovative solutions for improving wind energy conversion efficiency and integration into power grids. His research interests extend to solar photovoltaic systems, electric vehicle charging infrastructure, and waste-to-energy technologies, reflecting a comprehensive approach to sustainable energy systems. His extensive publication record demonstrates a consistent focus on advancing wind energy technologies while expanding into related renewable energy domains. Recent work shows an increasing integration of machine learning and artificial intelligence techniques for energy forecasting and system optimization, reflecting the evolving nature of renewable energy research. Editor, AIMS Energy journal Member of the Wind Working Group, United Nations Framework Classification for Fossil Energy and Mineral Reserves and Resources (UNFC) As an educator, Dr. Mathew teaches specialized courses including Wind Energy (MSc), Wind Power (BSc), Energy Research Project, and Masters Thesis supervision. His teaching emphasizes both theoretical foundations and practical applications of renewable energy technologies. His research group, Intelligent Mechatronics (iTron), focuses on integrating advanced computational methods with renewable energy systems to address real-world energy challenges. Dr. Mathew leads the Flexible Learning for Offshore Wind (FLOW) initiative, demonstrating his commitment to developing educational programs that address industry needs in the rapidly growing offshore wind sector. His work bridges academic research with practical industry applications, contributing to the advancement of renewable energy technologies worldwide.
