Find Academic Supervisors

• Renewable Energy
• Hydrogen Systems
• Electrical Power Engineering
• +3 more

Mikias Hailu Kebede is a PhD candidate at the Department of Electric Energy, NTNU, affiliated with the Electricity Market and Energy System Planning (EMESP) research group. His research focuses on integrating large-scale green hydrogen production systems into power grids, addressing technical and economic challenges related to grid interaction, energy storage, and system reliability. He holds membership in NTNU Energy Team Solar and NTNU Energy Team Hydrogen. Education: PhD Candidate (ongoing) at NTNU. Research interests include renewable energy, hydrogen systems, energy efficiency auditing, and power quality. His doctoral work explores green microgrid alternatives for hydrogen production facilities, grid flexibility through hydrogen systems, techno-economic analysis of grid services, and evaluating energy storage technologies in Norway's power grid context. Teaching: He instructs courses such as GEng 1031 (Introduction to Engineering Profession), ECEg 6052 (Renewable Power Generation Technologies), and ECEg 6017 (Electric Power Quality and Reliability), demonstrating expertise in both foundational and advanced electrical engineering topics. Collaborations: Active in NTNU Energy Teams focused on solar and hydrogen technologies, contributing to interdisciplinary energy solutions.

Matthew N. EislerView profile

Senior Lecturer

• History of Science and Technology
• Environmental History
• Energy Studies
• +2 more

Matthew N. Eisler is a Senior Lecturer in the Department of History at the University of Strathclyde, United Kingdom, specializing in the history of science, technology, and engineering with critical focus on energy-environment-society intersections. His research portfolio spans: Historical analysis of energy systems and environmental policy Social dimensions of technological innovation Political economy of sustainable transitions Material histories of electrification Regulatory impacts on engineering practices Current investigations examine how environmental regulations reshape labor, scientific practice, and corporate behavior through the "Greenwork and Environmental Knowledge" project. His scholarly output demonstrates consistent thematic evolution from fuel cell histories (2012) to electric vehicle studies (2022), increasingly emphasizing socio-technical interactions within climate change contexts. Professional engagements include: Editorial Advisory Board, IEEE Spectrum (2022–2025) Chair, Bernard S. Finn IEEE History Prize Committee (2016–2017) He actively supervises doctoral candidates aligned with Strathclyde's strategic themes and UN Sustainable Development Goals, particularly climate action and sustainable infrastructure development.

• Control Engineering
• Hydrodynamics
• Marine Control Systems
• +3 more

Asgeir Johan Sørensen is a Professor at the Department of Marine Engineering, Faculty of Engineering at NTNU. He holds a Dr. Eng. in Technical Cybernetics (1993) and an M.Sc. in Marine Engineering (1988), both from NTH (now NTNU). His research focuses on control engineering, hydrodynamics, autonomous systems, and marine robotics. He leads projects like Oppdrag Mjøsa , advancing autonomous marine operations and environmental monitoring. Key contributions include risk-based path planning, hydrogen fuel cell systems for marine propulsion, and hyperspectral imaging for underwater mapping. Research interests emphasize autonomous systems integration, underwater vehicle control, and sustainable marine technologies. He co-founded the Marine Cybernetics Laboratory (MC-lab) and Applied Underwater Laboratory (AUR-Lab) . His work bridges academia and industry, addressing challenges in marine robotics, energy systems, and satellite-based Earth observation. Recent publications highlight advancements in marine autonomy, including collision avoidance algorithms, hybrid power systems, and Arctic satellite missions. He collaborates widely, contributing to national and international initiatives in marine technology and environmental data governance.

• Electrochemistry
• Nitrogen reduction
• Ammonia synthesis
• +4 more

Beck Hodgetts serves as a Research Fellow at Monash University's School of Chemistry, actively contributing to cutting-edge research in electrochemical processes for sustainable chemical synthesis. With ongoing projects through 2025 and consistent publication output since 2017, Hodgetts has established expertise in nitrogen reduction technologies and electrocatalysis. Hodgetts' research primarily focuses on sustainable ammonia synthesis through electrochemical methods, particularly lithium-mediated nitrogen reduction processes. Their work examines critical aspects such as proton carrier chemistry, mass transport effects, and electrode surface interactions that influence the efficiency of nitrogen-to-ammonia conversion. This research directly addresses global challenges in sustainable fertilizer production and renewable energy storage. The publication record demonstrates significant contributions to high-impact journals including Energy & Environmental Science and ACS Catalysis , with research trends showing increasing focus on practical implementation challenges of electrochemical ammonia synthesis. Key themes include understanding reaction mechanisms, improving selectivity, and developing more efficient electrocatalytic systems for sustainable chemical production. Hodgetts serves as Chief Investigator on multiple research projects funded through Monash University and external grants, including several ANSTO travel grants for specialized beamtime experiments. The collaborative nature of this work is evident through extensive co-authorship with Professor Alexandr Simonov and other researchers across multiple institutions. The research directly contributes to UN Sustainable Development Goals related to affordable and clean energy (SDG 7) and industry, innovation and infrastructure (SDG 9), positioning Hodgetts at the forefront of sustainable electrochemical research with practical applications for global food and energy systems.

• Nanomaterials
• Nanomechanics
• Magnetism
• +3 more

Jordi Sort Viñas is an ICREA Researcher in the Department of Physics at the Autonomous University of Barcelona (UAB), leading the Group of Smart Nanoengineered Materials, Nanomechanics and Nanomagnetism (Gnm3). He holds a Ph.D. from UAB (2002), specializing in magnetic materials and nanotechnology. His research focuses on advanced functional materials, particularly magneto-ionic systems, nanomaterials for energy storage, and magnetic nanomaterials with voltage-tunable properties. Active in multidisciplinary projects since 2001, he has secured over 29 grants including ERC Advanced Grants and EU-funded initiatives like REMINDS (2023-2028) and SECURE-FLEXIMAG (2025-2026). His work addresses global challenges in data security, sustainable energy, and materials innovation, contributing to UN SDGs through advanced material development. With 390+ publications (h-index 61, 13,948 citations), his research spans smart materials, magnetic multilayers, and defect engineering in nanomaterials. He supervises 35+ students and collaborates internationally on projects like GREENS (2025-2029) and NICKEFFECT (2022-2026), advancing applications in renewable energy and digital storage technologies.

Donald LandView profile

Professor

• Surface Chemistry
• Catalysis
• Materials Science
• +5 more

Donald P. Land is a Professor of Chemistry at the University of California, Davis since 1991. His research focuses on surface chemistry at interfaces, including catalysis, biomedical implant interactions, and environmental remediation. He developed novel techniques like laser-induced thermal desorption (LITD) combined with Fourier transform mass spectrometry (FTMS) for studying surface reactions. His work integrates microscopy and molecular kinetics to understand structure-function relationships in surface chemistry. Education: Ph.D. in Chemistry (1989, UC Irvine), B.A. in Chemistry (1984, Lawrence University of Wisconsin). Postdoctoral training included Alexander von Humboldt Fellowships (1990-1991) and research at UC Irvine's Institute for Surface and Interface Science (1989-1990). Research emphasizes heterogeneous catalysis, surface reactivity of metals (e.g., Pd(111)), and analytical methods for studying adsorbate interactions. Recent work expanded into cannabis chemistry, forensic glass analysis, and polymer surface engineering. Publications span over three decades, with 15+ impactful articles since 2000. Notable contributions include studies on hydrocarbon decomposition on palladium surfaces and FTIR/FTMS-based surface characterization techniques.

N. Aaron DeskinsView profile

Professor

• Molecular Modeling
• Clean Energy
• Photocatalysis
• +4 more

N. Aaron Deskins is a Professor and Associate Department Head in the Department of Chemical Engineering at Worcester Polytechnic Institute (WPI). He also serves as the Associate Director of New Faculty Programs at the Morgan Teaching & Learning Center and Director of the Prague Project Center. His research focuses on molecular modeling, clean energy, photocatalysis, and environmental solutions using computational methods. He holds BS degrees in Chemistry and Chemical Engineering from the University of Utah (2001) and a PhD in Chemical Engineering from Purdue University (2006). Deskins' research interests include energy production, pollution control, nanomaterials, catalysis, and computational chemistry. His work aligns with Sustainable Development Goals such as SDG 4 (Quality Education), SDG 6 (Clean Water), and SDG 7 (Affordable Energy). Notable projects include CO2 reduction via single-atom catalysts and MXene material design using machine learning. He has received grants such as the NSF-funded CEDAR project (2020) and the President's Research Catalyst Grant (2024). His contributions extend to education, including co-teaching courses like 'Success for Introverts' to support introverted students. Deskins leads the Deskins Research Group and collaborates on interdisciplinary projects at WPI's project centers.

Tridib SahaView profile

Associate Professor

• Sensors
• Acoustic Wave Devices
• Piezoelectric Materials
• +9 more

Dr. Tridib Saha is an Associate Professor and Director of the Education & Training Academy at Monash University Malaysia, where he leads university-wide initiatives in teaching excellence and professional development. He is affiliated with the School of Engineering and the Department of Electronics Engineering, contributing significantly to both educational leadership and research in sensor technologies. Associate Professor, School of Engineering, Monash University Malaysia Director, Education & Training Academy, Vice President Education Portfolio Research Focus: Acoustic Wave Sensors, Bio-Sensing, Environmental Monitoring, and Engineering Education Dr. Saha’s research centers on the design and application of acoustic wave resonator-based sensors for environmental and biomedical uses, including VOC detection in wastewater and early diagnosis of dengue. His work spans materials engineering, nanostructured sensing films, and interface electronics. He also champions the Scholarship of Teaching and Learning (SoTL), promoting pedagogical innovation through programs like Higher Education @MUM. His recent publications reveal a strong trend in developing advanced resonant sensors using novel electrode designs, 2D nanomaterials, and polydopamine-based molecular imprinting. These works integrate disciplines such as materials science, environmental engineering, and biomedical diagnostics, often targeting real-world applications in sustainability and public health. Dr. Saha has been honored with prestigious awards for his contributions to education: PVC Award for Excellence in Education: Teaching Excellence (2023) Vice Chancellor's Education Excellence Award For Teaching Excellence - Early Career (2024) He has successfully led multiple externally funded research projects, including those supported by the Fundamental Research Grant Scheme (FRGS) and industry partners. Dr. Saha supervises research teams working on sensor development and photoelectrochemical systems, and he is currently accepting PhD students. His leadership extends to curriculum design, staff capacity building, and advancing Monash Malaysia’s reputation in higher education excellence. Dr. Saha leads the Education & Training Academy, a key unit fostering professional development for academic staff. His research team collaborates across disciplines on projects involving nanomaterials, wearable sensors, and solar fuel generation, contributing to the UN Sustainable Development Goals in clean water, sustainable cities, and affordable clean energy.

• Power Electronics
• Superconductivity Applications
• Cryogenic Systems
• +3 more

Jiawen Xi is a Researcher in the Department of Electronic & Electrical Engineering at the University of Bath, affiliated with the Centre for Integrated Materials, Processes & Structures (IMPS) and the Centre for Sustainable Energy Systems (SES). Their research focuses on advanced power electronics and superconductivity applications, particularly for electric aircraft systems. Key areas include cryogenic DC circuit breakers, superconducting fault current limiters (SFCL), and hardware-in-the-loop testing. Research interests span cryogenic power electronics, DC network protection, and sustainable energy systems. Recent work emphasizes integrating SFCLs with solid-state breakers to enhance fault tolerance in electric aircraft. Experimental studies include testing under varied fault conditions and optimizing cryogenic component performance. Publications highlight contributions to DC circuit breaker design, SFCL modeling, and cryogenic converter systems. Collaborative projects address challenges in electric propulsion and sustainable energy conversion. No awards are explicitly listed, though research aligns with UN SDG goals related to affordable and clean energy. Current projects involve developing high-current cryogenic DC breakers and bidirectional converters for aerospace applications. Lab affiliations include IMPS and SES, focusing on material science and sustainable energy solutions.

• Machine Design
• Computer Aided Machine Design
• Solid Mechanics
• +13 more

Fatma Bayata is an Associate Professor in the Department of Mechanical Engineering at Istanbul Bilgi University, where she has been serving since 2013, initially as Assistant Professor until her promotion in 2022. She is actively involved in research and teaching within the College of Engineering, focusing on advanced mechanical systems and materials. Research Interests: Her work spans a broad and interdisciplinary range of topics including machine design, solid mechanics, wear and fatigue in engine components, computational mechanics using finite element methods, and mechanical design optimization. She has particular expertise in automotive and aerospace materials, lightweight vehicle design, and the application of NEMS/MEMS in defense and transportation systems. Her energy-related research includes fuel cells and supercapacitors for electric vehicles, reflecting a strong commitment to sustainable and advanced propulsion technologies. Fatma Bayata has contributed to significant national and international research projects, supported by TÜBITAK, the European Union, Turkish Aerospace Industries (TAI), FORD-OTOSAN, and the Presidency of Defense Industry. These projects cover thermoelectric materials, engine damage control, gas sensors, and electric truck component development, demonstrating her leadership in both academic and applied engineering domains. Scientific Achievements: Holder of international patent WO 2013/026892 A1 for a method of producing supercapacitor electrode materials using nanowires. Advising and Grants: She has served as Project Manager for TÜBITAK 216M010 on thermoelectric materials and as a researcher in multiple competitive grants including TÜBITAK 115M085, 110M148, 110M745, and international collaborations with Germany’s BMBF. Her current roles include researcher in TR_MOTOR/TAI and EU-supported Next e-Truck projects, highlighting sustained external funding and industrial collaboration. Laboratories and Research Teams: Although specific lab names are not mentioned, her involvement in experimental and computational projects on materials characterization, engine systems, and energy devices suggests active participation in mechanical engineering research laboratories at Istanbul Bilgi University and collaborative networks with German institutions like DLR and Max Planck Institute.

Rüdiger-A. EichelView profile

Professor

• Electrochemistry
• Energy Storage
• Materials Science
• +3 more

Prof. Dr. Rüdiger-A. Eichel is the Institute Director at the Fundamentals of Electrochemistry (IET-1) department within the Institute of Energy Technologies (IET) at the Research Center Jülich GmbH. His research focuses on electrochemical energy storage and conversion systems, including batteries, fuel cells, and solid oxide electrolysis cells. Key areas include material development for high-performance electrodes, degradation mechanisms in electrochemical systems, and advanced characterization techniques such as in-situ microscopy and electrochemical impedance spectroscopy. His work addresses challenges in energy storage technologies, particularly the optimization of lithium metal batteries and solid-state electrolytes. He also investigates the impact of operating conditions on fuel cell durability and the integration of advanced sensors for real-time monitoring of electrochemical processes. Recent publications emphasize the analysis of lithium plating, solid electrolyte interface evolution, and degradation dynamics in proton exchange membrane (PEM) electrolyzers. Prof. Eichel’s contributions span experimental and modeling approaches, with a focus on bridging fundamental material science and industrial-scale applications. His research aligns with global efforts to advance sustainable energy technologies, including hydrogen production via water electrolysis and carbon-neutral energy systems.

Ziyad AbunadaView profile

Associate Professor

• Sustainable Development
• Environmental Management
• Climate Change
• +5 more

Associate Professor Ziyad Abunada serves as Head of the College of Project Management, Built Environment, Asset & Maintenance Management at CQUniversity's School of Engineering and Technology. He holds a PhD in sustainable engineering from the University of Cambridge. His research focuses on sustainable development, circular economy, climate change management, and environmental remediation. Key areas include waste-free futures, life cycle assessment, and net-zero emission frameworks. He has led projects with Cement Australia and Queensland Water Department, attracting international recognition including the ISESCO Best Research Award (2017) and AINAC Best Paper (2012). Active in professional bodies like PMI and ICE-UK, he also serves as a peer reviewer for SCI-indexed journals. Academic roles include Discipline Lead for Project Management and supervision of research higher degree (RHD) students across Environmental Engineering, Civil Engineering, and Environmental Science. Current teaching spans project management, complex project frameworks, and BIM systems. Professional experience includes roles with Human Appeal-UK, World Bank, and UNICEF, along with consultancy in environmental management and infrastructure projects. His work bridges academia and industry through funded research and collaborative initiatives.

Andrew CrudenView profile

Professor

• Renewable Energy
• Electric Vehicle Technology
• Energy Storage Systems
• +3 more

Professor Andrew Cruden is the Associate Dean (Infrastructure) at the University of Southampton and holds a Professorship in Energy Systems. His research focuses on renewable energy integration, electric vehicle (EV) infrastructure, and grid-independent charging solutions. He leads the FEVER project, aiming to develop cost-effective renewables-powered EV charging stations. He has supervised numerous PhD students in Engineering and Environmental Science. Cruden has held external roles such as Director of the Argyll, Lomond and the Islands Energy Agency (1999–2012) and Scottish Hydrogen and Fuel Cell Association (2004–2012). He has also served as an invited speaker at international workshops, including the U.S. Department of Energy/EERA Smart Grid R&D Workshop (2011). His research collaborations include projects funded by EPSRC and the Faraday Institution, focusing on battery technology, energy storage, and grid-scale solutions. Key projects include the TransEnergy Road-to-Rail Energy Exchange and the Joint UK-India Clean Energy Centre (JUICE).

• Microbial Electrochemistry
• Bioelectrochemical Systems
• CO2 Bio-Reduction
• +4 more

Laura Rovira Alsina is a postdoctoral researcher at the University of Girona specializing in Microbial Electrochemistry at the Laboratori d'Enginyeria Química i Ambiental (LEQUIA) . Her work focuses on scaling bioelectrochemical systems for CO2 reduction to acetate using industrial off-gases and renewable energy. She completed her PhD in Water Science and Technology with cum laude honors in 2022. Specialized in bioelectrochemical systems Worked on industrial waste valorization Expert in renewable energy integration Her research combines chemical engineering with environmental technology to develop sustainable solutions for carbon capture and conversion. She has published 8 peer-reviewed articles (6 as first author) in Q1 journals with impact factors 6-12, including a cover feature in Bioresource Technology . Her h-index of 5 and 165 citations reflect significant impact in the field. Awards: Green Talents Award (BMBF, 2021) Best Figure Award, Bioresource Technology (2022) Doctoral Thesis Cum Laude Recognition (2022)

Simon Davidsson KurlandView profile

Senior Lecturer

• Sustainable Energy Systems
• Energy Transition
• Technological Change
• +7 more

Simon Davidsson Kurland is a Senior Lecturer at Uppsala University's Department of Geosciences (Wind Energy division), based at Campus Gotland in Visby, Sweden. His research centers on sustainable energy transitions, with emphasis on technological innovation, resource efficiency, and interdisciplinary energy system analysis. Key technologies studied include wind power, solar cells, batteries, and electric vehicles. Education: • PhD: Natural resources and sustainable energy: Growth rates and resource flows for low-carbon systems (2016) • Licentiate: Global energy transitions: Renewable energy technology and non-renewable resources (2015) Research Focus: His work explores the intersection of energy technology, natural resource constraints, and decarbonization pathways. Primary domains include: Macro-scale energy system transitions Critical material supply chains for renewables Lifecycle analysis of green technologies Policy-driven emission reduction strategies Publication Trends: Recent articles (2019–2025) focus on electric vehicle material demands, battery production energy costs, and integrated energy-mineral system modeling. Earlier work (2012–2017) established foundations in fossil fuel depletion forecasting and renewable scalability constraints, demonstrating consistent interdisciplinary analysis of sustainability challenges.