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Chris HagenView profile

Professor

• Energy Systems Engineering
• Combustion
• Unconventional Fuels
• +9 more

Chris Hagen is a Professor of Energy Systems Engineering and Nesbitt Faculty Scholar in Energy Engineering at Oregon State University's College of Engineering (OSU-Cascades campus in Bend, OR). He holds a PhD in Mechanical Engineering from the University of Wisconsin-Madison (2006) and has held roles such as Assistant Research Professor at Colorado State University (2010-12) and Lead Fuels Research Engineer at Chevron Energy Technology Co. (2006-10). His research focuses on energy conversion systems, novel fuels, and sensor development for harsh environments. He leads the OSU Energy Systems Laboratory and is part of the Thermal-Fluid Sciences research group. Dr. Hagen’s expertise includes combustion engineering, unconventional fuels (e.g., biomass, shale gas), and applied thermodynamics. He has contributed to projects like the AFRL-funded ‘Diverse Collegiate Research & Development Collaboration’ and promotes equity in academic searches through OSU Search Advocate Training (completed May 2019). His professional affiliations include the Combustion Institute and former roles in ASME, IEEE, and SAE. Research Highlights: Development of sensors for extreme environments Optimization of hybrid energy systems Control system integration for advanced engines Awards: SAE Longtime Member Service Award (2019) OSU Successful Spinout Award (2019) SAE Ralph R. Teetor Faculty Award (2017) Grants & Collaborations: AFRL-funded research on interdisciplinary R&D collaboration Prior industry partnerships with Chevron and Woodward Industrial Controls His work bridges academia and industry, emphasizing sustainable energy solutions and sensor innovation for next-generation energy systems.

Kyle PerryView profile

Associate Professor

• Mining Engineering
• Explosives Safety
• Structural Blast Mitigation
• +3 more

Dr. Kyle Perry is an Associate Professor in the Department of Mining and Explosives Engineering at Missouri University of Science and Technology. He also serves as Associate Chair for Academic Affairs and Director of the S&T Experimental Mine. His research focuses on blast-resistant design, mine seal integrity, and coal dust explosion prevention. Perry holds a Ph.D. in Mining Engineering from the University of Kentucky (2010) and a B.S. in Civil Engineering from the University of Missouri (2007). His work bridges computational modeling (e.g., Material Point Method validation) with experimental testing of structural systems under blast loads. Key projects include evaluating explosion-resistant curtain wall systems, analyzing highwall stability from blasting, and developing hydrophobic rock dust for underground safety. Perry's contributions extend to editorial leadership in ground control research and advancing safe haven wall technologies for coal mines.

• Environmental Management
• Risk Analysis
• Probability Theory
• +3 more

Dr. Łukasz Kuźmiński is a Professor at the Department of Process Management within the University of Economics in Wrocław. His research focuses on environmental management, risk analysis, and probabilistic modeling, with notable contributions to flood risk assessment, energy policy, and inter-organizational relationships. He has conducted extensive studies on the Odra River basin’s flood dynamics using extreme value theory and Bayesian networks. His work also explores sustainable energy systems, waste management, and economic instruments for prosumer energy models. Kuźmiński frequently applies statistical methods like kernel densities and stochastic modeling to address challenges in energy consumption, budgetary variance, and software development partnerships. His recent projects include analyzing drought risks, predicting leasing contract defaults via machine learning, and evaluating the potential of Gorzów Wielkopolski as a sustainable river port hub. Education details are not explicitly provided in the text, but his academic ranks (Dr. DSc, Eng.) suggest advanced training in engineering and economics. His publications span interdisciplinary topics, integrating environmental science, mathematics, and business management. Despite prolific output, no student advisees or formal grants are listed in the provided texts. Research trends in his articles emphasize probabilistic quantification, energy transition policies, and cross-border environmental collaboration. Themes of sustainability, risk mitigation, and quantitative analysis recur across his work, reflecting a focus on data-driven solutions for socio-ecological challenges.

• Chemical Engineering
• Process Optimization
• Sustainable Energy
• +3 more

Nan Zhang is a Senior Lecturer in the CE - Academic & Research division, affiliated with the Centre for Process Integration. Their research focuses on process optimization, sustainable energy systems, and computational methods applied to chemical engineering challenges. Key areas include heat exchanger network design, decarbonization strategies, and waste heat recovery. They have contributed to over 46 peer-reviewed publications and actively engage in professional associations like the Institute of Chemical Engineers. Research interests emphasize integrating computational algorithms with industrial processes to enhance efficiency and sustainability. Notable work includes studies on green hydrogen polygeneration systems, carbon footprint analysis, and energy storage solutions for chemical industries. Zhang has supervised 20 academic works, though student names are not listed. Collaborations span global institutions, addressing challenges in blast furnace injection fuels, renewable energy integration, and lifecycle assessments. Their work aligns with UN Sustainable Development Goals, particularly in clean energy and reducing environmental impact. Publications highlight advancements in thermal systems optimization, CO₂ utilization, and smart process monitoring. Despite no explicitly listed awards, their contributions to impactful research demonstrate significant academic and industrial relevance.

Hartmut SpliethoffView profile

Professor

• Energy Conversion Systems
• Thermal Power Plants
• Carbon Capture Technologies
• +7 more

Prof. Hartmut Spliethoff is a full professor in Energy Systems at the Technische Universität München (TUM), part of the TUM School of Engineering and Design. His research focuses on energy conversion systems, thermal power plant efficiency, carbon capture, and biomass utilization. He holds a doctorate and habilitation from the University of Stuttgart, with prior professorship at Delft University of Technology until 2004. Current roles include scientific director of ZAE Bayern’s Department 1 and Superintendent of Research at the International Flame Research Foundation (IFRF). He is also on the scientific advisory board of VGB PowerTech. Education: Mechanical Engineering studies at Universities of Kaiserslautern and Stuttgart Doctorate (1992), Habilitation (1999) in Stuttgart Research Interests: Centralized/decentralized energy systems Thermal power plant flexibility and efficiency Biomass and fossil fuel conversion CO₂ capture technologies Low-temperature heat utilization Geothermal and waste-to-energy systems Recent research highlights include advancements in plasma gasification of biomass/plastic waste, thermochemical energy storage using CaO/Ca(OH)₂, and techno-economic assessments of Power-to-X pathways for sustainable aviation fuels. His work emphasizes sector-coupled energy systems and renewable integration, with contributions to geothermal heat pumps and district heating networks optimization. Collaborations span industry and international research institutions. Key Contributions: Development of gasification kinetics models NOx emission reduction strategies Heat transfer optimization in bubbling fluidized beds AI-driven process optimization for fuel cells Labs/Teams: ZAE Bayern (Center for Applied Energy Research) International Flame Research Foundation (IFRF) TUM Chair of Energy Systems

Jose MatheickalView profile

Researcher

• Maritime Innovation
• Maritime Training
• Blue Economy
• +4 more

Dr. Jose Matheickal serves as Director of the Technical Cooperation and Implementation Division (TCID) at the International Maritime Organization (IMO), a UN specialized agency. He oversees four sub-divisions managing member state audits, technical cooperation planning, capacity development in developing regions, and partnership-building. He is an ex officio member of the executive board of the World Maritime University (WMU) and founded the Global Industry Alliance, a public-private partnership initiative. His career includes leadership roles in IMO’s Department of Partnerships and Projects, focusing on resource mobilization and major technical cooperation projects addressing marine environmental challenges. Dr. Matheickal holds a PhD in Environmental Engineering from Griffith University (Australia), MBA in Technology Management, and degrees from Kerala University and IIT Kanpur. He has over 100 publications and an international patent, specializing in maritime innovation, climate change mitigation, and technology transfer. Education: Bachelor’s in Civil & Environmental Engineering, Kerala University, India MSc in Environmental Engineering, Indian Institute of Technology (IIT) Kanpur PhD in Environmental Engineering, Griffith University, Australia (Sir John Crawford Scholar) MBA in Technology Management Research Interests: Advancing sustainable maritime practices through innovation and policy Blue economy development and climate resilience strategies Green financing mechanisms for marine environmental initiatives Capacity-building frameworks for developing nations Technology transfer in maritime sectors His publications reflect multidisciplinary expertise in maritime sustainability, autonomous systems, and energy solutions. His work emphasizes bridging technical innovation with global policy implementation to address maritime challenges.

Christopher JonesView profile

Research Fellow

• Climate Change Mitigation
• Sustainable Energy Systems
• Life Cycle Assessment
• +3 more

Christopher Jones is a Research Fellow at the University of Manchester, serving as the Knowledge Exchange Fellow for the Tyndall Centre for Climate Change Research and co-director of Tyndall Manchester. His work bridges academic expertise with practical applications in industry, government, and civil society, focusing on climate change mitigation and adaptation. He holds a PhD, MA, and BA, with prior experience as an energy market analyst. Research interests include Life Cycle Assessment, Renewable Energy, Energy Storage, and Low Carbon Heating. He leads projects like the ZEVI Shore Power Aberdeen initiative and contributes to global efforts such as the International Chamber of Shipping partnership. Notable collaborations involve analyzing hydrogen’s role in energy systems and advising on port emissions reduction. Key outputs include guides for city-level decarbonization, policy responses to maritime emissions, and studies on ammonia as aviation fuel. Jones has engaged with diverse stakeholders, including local authorities and festivals, to advance climate action. His work aligns with UN SDGs 7 (Affordable Energy), 11 (Sustainable Cities), 13 (Climate Action), and 15 (Life on Land). He has contributed to impactful research such as downscaling global carbon budgets for local policies and assessing the climate impact of high photovoltaic adoption. Jones’ interdisciplinary approach integrates engineering, economics, and policy to address systemic challenges in transitioning to low-carbon economies.

• Sustainable Architecture
• Post-Occupancy Evaluation
• Climate Justice
• +5 more

Prof Leena Thomas is a Professor in the School of Architecture at the University of Technology Sydney (UTS), specializing in sustainable architecture, climate justice, and post-occupancy evaluation. Her research focuses on building performance, thermal comfort, and the social impact of architectural design. She leads major projects like the $1.7M Fairwater Living Laboratory, exploring geothermal energy and urban resilience, and co-developed the BOSSA post-occupancy evaluation tool. She is an expert in India’s thermal comfort models and advises organizations like the Green Building Council of Australia. Education: Not explicitly stated in text. However, her roles as a professor and researcher imply advanced degrees in architecture or environmental engineering. Research Interests: Climate adaptation and zero-carbon development Thermal comfort in mixed-mode and naturally ventilated buildings Post-occupancy evaluation methodologies Health in high-density urban environments Grants & Projects: Principal Investigator, Fairwater Living Laboratory ($1.7M) Chief Investigator, BOSSA project (ARC-funded) CRC RACE Energy Upgrades of Australian Homes Heat in the Streets: Climate justice for outdoor workers Teaching: Sustainable design, thermal performance, and climate justice in architecture. Leads a global studio on climate justice in India. Labs/Teams: En.gauge research program, Fairwater Living Lab, and collaboration with UTS’s Climate Justice Research Centre.

Hassan HayajnehView profile

Assistant Professor

• Mechatronics systems
• Renewable energy sources
• Traditional energy systems
• +4 more

Hassan Hayajneh is an Assistant Professor in Mechatronics Engineering Technology at Purdue University Northwest . He is a Certified Energy Manager (CEM ® ), LEED Green Associate, and Mechanical Engineering EIT with extensive academic-industry experience in renewable energy systems , mobile energy storage , and electric vehicle infrastructure . Education : Ph.D. in Sustainable Energy Systems Engineering (Texas A&M University-Kingsville) M.S. in Mechanical Engineering (Texas A&M University-Kingsville) B.S. in Mechatronics Engineering (The Hashemite University) Research Interests : Developing integrated frameworks for renewable energy adoption Optimizing electric vehicle charging infrastructure Designing hybrid energy storage solutions Advancing solar-powered desalination technologies Improving grid resiliency through decentralized systems Applying AI to energy forecasting and management Research Trends : Recent publications focus on cross-disciplinary approaches combining renewable energy , water treatment , and transportation electrification . Key themes include hybrid energy systems , storage optimization , and sustainable infrastructure for urban and remote applications. Scientific Awards : Certified Energy Manager (CEM ® ) LEED Green Associate accreditation Mechanical Engineering EIT license

Richard BurkeView profile

Professor

• Mechanical Engineering
• Automotive Engineering
• Turbocharger Systems
• +5 more

Professor Richard Burke is a faculty member in the Department of Mechanical Engineering at the University of Bath, where he serves as Centre Director for the IAAPS Made Smarter Innovation: Centre for People-Led Digitalisation. His research focuses on automotive engineering systems, particularly turbocharger technology, internal combustion engines, electric vehicle powertrains, and thermal management systems. Professor Burke's research interests span a wide range of mechanical engineering topics related to sustainable transportation. His work encompasses turbocharger systems optimization, electric vehicle powertrain development, hydrogen fuel cell applications, and advanced engine control strategies. He has made significant contributions to understanding transient engine performance, thermal management in electric motors, and emissions reduction technologies. His research often bridges theoretical modeling with practical engineering applications, particularly in the automotive sector. His publication record shows a clear trend toward sustainable mobility solutions, with increasing focus on electrified powertrains, hydrogen technologies, and emission reduction strategies in recent years. His work demonstrates expertise in both traditional internal combustion engine optimization and emerging electric and hydrogen-powered vehicle technologies. The interdisciplinary nature of his research connects mechanical engineering principles with control systems, thermal dynamics, and energy management. Professor Burke appears to be actively supervising doctoral students and has contributed to engineering education through initiatives like the virtual engine laboratory for teaching powertrain engineering. His work has garnered significant citations, particularly in areas of turbocharger technology and electric vehicle systems, indicating substantial impact in his research fields.

• Marine Engineering
• Renewable Energy Systems
• Risk Assessment
• +3 more

Veysi Bashan is an Assistant Professor at Istanbul Technical University , specializing in Marine Engineering . His research focuses on renewable energy hybrid systems , diesel engine optimization , and autonomous navigation reliability through advanced fuzzy logic and risk assessment methodologies. Key research areas include: Failure analysis in wind-solar hybrid marine energy systems Methanol injection timing for emission reduction Reliability frameworks for autonomous ships Fuzzy Bayesian networks for mooring safety and engine diagnostics Ballast water treatment evaluation using type-2 fuzzy ELECTRE His recent work (2022-2025) demonstrates growing emphasis on sustainable maritime technologies and intelligent risk mitigation in marine operations. Notable projects include Hibrit Yenilenebilir Enerji Sistemlerinde Arızaların Analizi (2024).

• Artificial Intelligence
• Machine Learning
• Time Series Forecasting
• +7 more

Dr. Antonio Muñoz San Roque is an Ordinary Professor at the Institute of Technological Research (IIT), affiliated with the Comillas Pontifical University, where he also serves as Director of the ICAI School of Engineering since 2018 and previously as Director of IIT since 2008. He teaches in the Department of Electronics, Automation, and Communications and conducts research in Intelligent Systems, focusing on the application of Artificial Intelligence and Machine Learning to industrial monitoring, time series forecasting, and electricity market analysis. His research interests include Machine Learning , Time Series Forecasting , Industrial Process Diagnosis , and Electricity Market Optimization . He applies advanced data analysis techniques to problems in energy systems, predictive maintenance, and smart grids, often combining statistical modeling with domain-specific engineering knowledge. The most recent publications highlight a strong trend in functional data forecasting , neural network interpretability , and energy market modeling . His work spans high-impact journals such as Energy , Applied Soft Computing , and IEEE Transactions on Power Systems , demonstrating consistent contributions to both theoretical methodologies and real-world industrial applications. Director of the award-winning work in the 'Axpo Iberia Award for the best Final Year Project 2023-24' He has advised numerous PhD students, including G. Mestre, J. Portela, and P. Moreno Alonso, and leads multiple industry-funded research projects with companies such as Endesa and Enel. His work integrates academic rigor with practical implementation, particularly in forecasting models for electricity markets and AI-driven industrial diagnostics. He is also involved in academic dissemination through seminars and conference organization, and has contributed to the development of training programs in machine learning for industry partners.

• Computational Fluid Dynamics
• Turbulence Modeling
• Machine Learning
• +5 more

Olga Doronina serves as Researcher III in Data Science within the Computational Science group at the National Renewable Energy Laboratory (NREL), applying expertise in turbulence modeling, computational fluid dynamics, machine learning, and statistical methods to advance renewable energy research. Her academic foundation includes: PhD in Mechanical Engineering from the University of Colorado Master of Science in Mechanical Engineering from the University of Colorado Master of Science in Applied Mathematics and Physics from Moscow Institute of Physics and Technology Bachelor of Science in Applied Mathematics and Physics from Moscow Institute of Physics and Technology Her research centers on developing computational tools for energy applications, with current projects focused on surrogate modeling of non-ideal reacting flows in oxy-combustors and wind turbine blade representation. She integrates Bayesian analysis and machine learning with fluid dynamics to solve complex engineering challenges in aerodynamics and combustion systems. Analysis of her 2024-2025 publications reveals strong emphasis on multi-fidelity modeling techniques, uncertainty quantification in scale-up problems, and neural-network-enhanced control frameworks for building energy systems. Her work consistently bridges computational mathematics with practical renewable energy applications, particularly in aerodynamic shape optimization and combustion modeling. Dr. Doronina actively collaborates within NREL's Computational Science division on interdisciplinary projects involving wind energy systems, combustion technologies, and building efficiency solutions, contributing to the laboratory's mission through advanced computational methodologies.

• Energy Engineering
• Process Engineering
• Sustainable Energy Systems
• +6 more

Tobias Pröll is a Professor at the Institute of Process and Energy Engineering within the Department of Biotechnology and Food Sciences at the University of Natural Resources and Life Sciences, Vienna (BOKU). He specializes in energy technology, process engineering, and sustainable energy systems, with a focus on carbon capture, biomass utilization, and building energy efficiency. His work bridges industrial process optimization and climate change mitigation strategies. Education: Dipl.-Ing. in Process Engineering (1995–2001), Dr. techn. in Mechanical Engineering (2001–2004), Habilitation in Energy Process Engineering (2012) His research explores fluidized bed reactors , negative emission technologies , and smart building control systems . Recent projects include optimizing hybrid electricity storage for renewable integration and developing low-tech predictive algorithms for heat pumps. Publications emphasize CO2 capture efficiency , dual fluidized bed gasification , and urban climate resilience . He leads initiatives for net-zero energy systems and biomass valorization . Key trends in his 15 most recent articles (2023–2025) highlight advancements in chemical looping combustion , forecast-based building control , and cost-effective carbon capture . These works span disciplines like chemical engineering , renewable energy , and urban environmental science . Pröll contributes to community projects and media discussions on climate policies, including consumer-level carbon taxes and carbon-neutral technologies. His affiliations include collaborations with institutions in Austria and international conferences on sustainable energy.

• Computational Fluid Dynamics (CFD)
• Fluid Dynamics
• Turbomachinery
• +5 more

Giovanni Caramia is an Assistant Professor in the Department of Mechanics, Mathematics & Management at Polytechnic University of Bari (Poliba), specializing in fluid dynamics and computational modeling. His work bridges theoretical and applied engineering, focusing on advanced CFD techniques, renewable energy systems, and turbomachinery optimization. Academic Rank: Assistant Professor (ING-IND/08 - Fluid Machinery) Email: giovanni.caramia@poliba.it Research Interests Caramia's research spans computational fluid dynamics, energy transition strategies, and mechanical system optimization. Key areas include: Hydrogen combustion and fuel systems Cavitation and multiphase flow modeling OpenFOAM® software implementation Wind turbine and offshore energy systems Carbon neutrality pathways for Southern Italy Recent Publications Trends His 2023-2025 work emphasizes energy transition (green hydrogen, biomass), advanced CFD simulations (cavitation, floating wind turbines), and numerical method development. Articles highlight practical applications in renewable energy systems and industrial fluid machinery. Labs & Teams Current affiliations include Poliba's research groups focused on fluid machinery and energy systems, though specific lab names are not detailed in available texts.