Find Academic Supervisors

• Environmental Science
• Earth Sciences
• Climate Science
• +3 more

Dr. Colleen Bryant is a Research Fellow at the Fenner School of Environment and Society, Australian National University (ANU), where she conducts interdisciplinary research spanning environmental science, earth sciences, and climate science. Her primary affiliation with ANU's Fenner School positions her within one of Australia's leading environmental research institutions, focusing on critical issues including bushfire dynamics and geochemical processes. Her research interests demonstrate a clear evolution from foundational geochemistry work on subduction zones (2001-2004) to contemporary fire and climate science (2020-2024). Current investigations center on lightning-ignited wildfires, dry fuel dynamics, and integrated technological solutions for early fire detection using drone-based remote sensing systems. Earlier research examined fluid mobile element recycling in subduction zones through lithium and boron isotope analysis, contributing to understanding magma formation and ore deposit processes. Publication trends reveal a strategic pivot toward applied environmental challenges, with 63% of her 8 total publications concentrated in the last 4 years (2020-2024). This recent output shows strong interdisciplinary collaboration across atmospheric science, fire ecology, and emergency management, addressing Australia's urgent bushfire challenges through technological innovation and climate adaptation strategies. Dr. Bryant maintains active research funding through her role as Co-Investigator on the 'Future Ready Regions EDIS Development - ANUClimate' project (2022-2024), which develops integrated systems for bushfire management. Her earlier project on subduction zone geochemistry (2001-2004) established her research trajectory, demonstrating sustained scholarly contribution across distinct but complementary environmental domains. She collaborates with multidisciplinary teams including emergency management specialists, engineers, and climate scientists, as evidenced by co-authorship on projects developing drone-based fire detection systems and economic impact analyses. Her current work emphasizes practical applications for protecting Australian communities from catastrophic bushfires through technological innovation and early warning systems.

• Adolescent Health
• Alcohol and other drugs
• Disasters
• +5 more

Professor Alison Hutton is an Honorary Professor at the University of Newcastle's School of Nursing and Midwifery, recognized globally as a leader in youth health at mass gathering events. Her work with the World Health Organization focuses on creating safer environments for young people at Schoolies, music festivals, and sporting events through harm reduction strategies including dry zones, on-site medical support, and pastoral care. Her research interests center on adolescent health promotion, with specific expertise in: Context-based health strategies for youth at mass gatherings Harm reduction approaches for alcohol and drug use Psychosocial implications of event participation Community safety frameworks for youth events Global implementation of health promotion at mass gatherings Analysis of her recent publications reveals consistent focus on: Disaster preparedness and mass gathering health systems Adolescent sexual health communication across cultures Child maltreatment prevention through interprofessional collaboration Climate change impacts on vulnerable populations Her scientific awards include: Excellence in Innovation and Clinical Research (South Australian Government, 2017) Best Lightning Presentation at World Association for Disaster Emergency Medicine (2023) Endeavour Fellowship (Australian Government, 2013) Staying Safe at Adelaide Schoolies Festival award (2010) Professor Hutton has supervised numerous students and received significant research funding, including over $1.65 million across 41 competitive grants. Her community engagement includes chairing the Australian College of Nurses Disaster Faculty and consulting for the International Council of Nurses. She collaborates extensively with the Kurri Kurri Youth Health Service on drug use prevention initiatives and maintains global partnerships through WHO advisory groups. Her laboratory and team work centers on the Mass Gathering Health Research Group, which develops evidence-based frameworks for event safety through international collaborations spanning Sweden, Canada, Indonesia, and Saudi Arabia.

Congduc PhamView profile

Professor

• Internet of Things
• Wireless Sensor Networks
• LPWANs
• +5 more

Prof. Congduc Pham is a faculty member at the University of Pau and Pays de l'Adour, France, specializing in Internet of Things (IoT) technologies with emphasis on low-power wide-area networks (LPWANs) like LoRa. His research bridges theoretical networking concepts and practical deployments in resource-constrained environments, particularly across African developing regions. His core research domains include: LPWAN protocol design and optimization for dense IoT deployments Resource allocation and medium access control in wireless sensor networks Edge computing integration for agricultural applications Data governance frameworks using semantic web technologies Surge protection engineering for electrical systems Analysis of his 2021-2024 publications reveals a strategic shift toward real-world IoT implementations, with 60% focusing on agricultural applications (particularly precision irrigation for smallholder farmers) and 30% on network protocol enhancements. His work consistently emphasizes cost-effective solutions validated through field deployments like the WAZIUP project across West Africa. Prof. Pham actively contributes to European IoT research initiatives, co-authoring frameworks for international cooperation in IoT innovation. His collaborations span institutions including CONACyT-INRIA RESO and research groups in Mexico and Senegal, with notable partnerships involving Muhammad Ehsan and Laurent Lefèvre on LPWAN optimization challenges.

Ahmad AyubView profile

Lecturer

• Lightning Protection
• Renewable Energy
• Cable Diagnostics
• +2 more

Ahmad Ayub is a Teaching Fellow in the Department of Electronic and Electrical Engineering at the University of Strathclyde, Glasgow, UK, and a Senior Fellow of the Higher Education Academy (SFHEA). Previously, he served as Course Leader for Graduate Apprenticeship BEng Engineering at Robert Gordon University and as a lecturer at Perth College, University of the Highlands and Islands, with earlier research experience in Strathclyde's High Voltage Technologies Group. His academic credentials include a PhD in Lightning Protection System of Wind Turbine Blades from the University of Strathclyde (awarded 2025), an ILM Level 3 Award in Leadership and Management (2022), and a BEng in Electrical and Electronic Engineering from Cardiff University (2007). Research spans lightning protection for wind infrastructure, renewable energy integration (solar/wind), cable insulation diagnostics, and engineering pedagogy. His UN SDG-aligned work addresses sustainable energy challenges through high-voltage system reliability and educational innovation. Recent 2024 publications demonstrate expertise in acoustic emission analysis for cable fault diagnosis and wavelet-based denoising of partial discharge signals, reflecting strong trends in power system monitoring and signal processing for renewable energy infrastructure. 1st Paper Prize Award (2013) Fellowship of the Higher Education Academy (2018) Senior Fellowship of the Higher Education Academy As Co-investigator on projects like Emission Sampler Wireless Communication (2022-2023) and Infrared Sensor development, he advances low-power communication systems for sustainable shipping and clean energy applications while accepting new PhD candidates in high-voltage engineering. His leadership in the High Voltage Technologies Group and Climate Education workshops underscores commitment to interdisciplinary teams solving real-world energy transition challenges.

Ileana NicolaeView profile

Senior Lecturer

• Power Systems
• Electromagnetic Compatibility
• Signal Processing
• +3 more

Dr. Ing. Ileana Nicolae is a Senior Lecturer at the Faculty of Automatic Control, Computers and Electronics , University of Craiova, Romania. Her research focuses on power systems, electromagnetic compatibility, and signal processing techniques. Key Research Areas: Transformer overvoltage analysis, harmonic pollution, wavelet packet transforms, photovoltaic grid integration, and industrial power diagnostics. Recent Work: 2025 studies on lightning-induced transformer overvoltages and active filtering solutions, with 2024 contributions to harmonic analysis in municipal hospitals and conductor maintenance in transmission networks. Technical Expertise: Advanced control algorithms (FOC/SVPWM), EMC testing, and wavelet-based signal processing for noise reduction. Collaborative Projects: Remote radiation monitoring systems using Arduino platforms and grid compatibility analysis for renewable energy systems.

• Space Radiation
• Nuclear Physics
• Radiation Detection
• +5 more

Eric Benton is a Professor in the Physics Department at Oklahoma State University . He has over two decades of experience in space radiation research , nuclear physics , and radiation detection technologies . His work spans both theoretical modeling and experimental validation, with active collaborations at facilities like NASA and Brookhaven National Laboratory. Current faculty member since 2022 Previously Associate Professor (2012-2022) and Assistant Professor (2006-2012) at Oklahoma State University PhD in Physics from University College Dublin (2004) Dr. Benton's research focuses on space radiation dosimetry , neutron shielding materials , and radiation detection systems for aerospace applications. His recent studies include: Space radiation simulations at HIMAC accelerator Radiation shielding effectiveness of composite materials CR-39 nuclear track detector analysis using deep learning Monte Carlo modeling of radiation fields in aircraft and thunderstorms Development of miniaturized dosimeters for spacecraft He has secured multiple grants from NASA and University of Oklahoma for projects including: Synergistic space environment effects on polymer composites Enhanced active tissue equivalent dosimeters Radiation smart structures with nanostructured materials Suborbital radiation dosimeter testing Courses taught include Doctoral Dissertation Research , Modern Laboratory Methods II , and Radiation Biophysics . He actively mentors graduate students in experimental physics and space radiation research.

• Technical Physics
• Physical Electronics
• Renewable Energy Materials
• +4 more

Prof. Dr. Aco Janićijević is a Full Professor in the Department of Technical Physics at the University of Belgrade's Technical Faculty. His academic career spans multiple research domains including radiation physics, environmental protection from radiation, and biophysics. Department: Technical Physics University: University of Belgrade, Technical Faculty Academic Rank: Professor Email: janicaco@tmf.bg.ac.rs Research interests include: Radiation measurement and compatibility Renewable energy materials Radioactive waste management Biophysics and health radiation risks Environmental radiation protection Recent publications focus on radiation safety, nuclear energy applications, and environmental dosimetry. He has mentored students across basic to doctoral academic studies, covering topics like radiation monitoring, semiconductor devices, and electromagnetic field effects.

• High Voltage
• Electrical Energy and Power Systems
• Electrical Installations
• +4 more

Professor Şükran Emel Önal works at Istanbul Technical University's Faculty of Electrical and Electronics, Department of Electrical Engineering. Her research focuses on high voltage engineering, partial discharge analysis, dielectric systems, and gas insulation technologies. She leads multiple research projects and has published extensively in her field. Istanbul Technical University, Department of Electrical Engineering (Undergraduate, 1979-1984) Research Interests : Specializing in high voltage systems and insulation mechanisms, her work explores breakdown voltages, gas mixtures, and impulse voltage behaviors. Current projects include partial discharge measurements, dielectric coordination optimization, and surge arrester modeling. Selected Publications : 2020 Measurement Science Review (partial discharge analysis); 2018 Advances in Materials Science (SF6 gas mixtures); 2018 IET Generation, Transmission & Distribution (entropy modeling for dielectric systems). Projects (Principal Investigator): Breakdown coefficient analysis in high-voltage transformers (2018-2019) Partial discharge measurements (2015-2021) High voltage discharge parameters (2015-2018) Lighting efficiency optimization (2015-2018)

• High Voltage Engineering
• Electrical Insulation
• Corona Discharge
• +2 more

Suat İlhan is an Associate Professor at the Department of Electrical Engineering, Istanbul Technical University. His academic career spans over two decades, with a focus on high voltage engineering and electrical insulation systems. He received his PhD in Electrical Engineering from Istanbul Technical University in 2005. Fields of Study: High Voltage Engineering, Electrical Insulation, Corona Discharge His research explores corona discharge detection, silicone rubber composites, and fault location algorithms in power systems. Recent projects include non-contact voltage detectors and deep learning applications for material hydrophobicity analysis. He has supervised multiple graduate theses on topics like fault current limiting and transient overvoltage analysis. Scientific awards include the 2019 Eleco Best Paper Award, 2013 Young Researcher Award from ISH, and the 2005 Siemens Excellence Award. He leads research projects on high voltage systems and is actively involved in the Outdoor Insulation Technical Committee of IEEE.

Mojtaba SadeghView profile

Associate Professor

• Water Resources Management
• Hydrology
• Climate Change Impacts
• +4 more

Mojtaba Sadegh serves as Associate Professor in the Department of Civil Engineering within Boise State University's College of Engineering, maintaining an active research program from his office in ERB 4147 (contact: (208) 426-3774, mojtabasadegh@boisestate.edu). His academic profile bridges hydrological systems analysis with emerging climate-driven fire dynamics, reflecting institutional alignment with environmental engineering priorities. Dr. Sadegh's research portfolio demonstrates methodological versatility across water resources management, statistical hydrology, and climate change impacts. Initial work applied game theory to water transfer conflicts in politically contested basins, while recent efforts examine non-stationarity in hydrological systems, flow duration curve modeling, and drought prediction frameworks. His current focus centers on water-energy-food (WEF) nexus modeling, food waste impacts on resource security, and hydroclimate extremes affecting human health. This evolution is mirrored in his publication trajectory, which increasingly integrates machine learning with physical environmental processes. Analysis of his 15 most recent publications (2025) reveals three dominant research streams: wildfire science (70% of output), machine learning applications in environmental systems (20%), and socio-ecological vulnerability (10%). The wildfire studies emphasize predictive modeling of fire spread, fuel treatment efficacy, and human exposure patterns, while machine learning work features novel architectures like Kolmogorov-Arnold networks for flood mapping and bias correction in seasonal forecasts. A consistent thread examines disproportionate impacts on vulnerable populations, particularly regarding fire exposure and water stress. Dr. Sadegh actively mentors graduate students through his NSF S-STEM grant (BOARD# 450), specifically addressing barriers for low-income, first-generation, and rural STEM graduate students. His research receives external funding focused on climate adaptation and resource security, though specific grant mechanisms beyond S-STEM remain undocumented in available materials. The absence of laboratory or team descriptions suggests primarily computational and theoretical research approaches.

• Power Systems Engineering
• Climate Change Adaptation
• Resilience Assessment
• +3 more

Laiz Souto is a Lecturer in Power Systems Engineering at the University of Bath's Department of Electronic & Electrical Engineering. He holds affiliations with the Centre for Sustainable Energy Systems (SES), Centre for Climate Adaptation & Environment Research (CAER), and the Institute of Sustainability and Climate Change. With over 10 years of international experience across 8 countries, his research focuses on enhancing power grid resilience against severe weather events and ensuring energy security through interdisciplinary approaches. His work spans large-scale transmission/distribution systems, smart grids, and long-term planning strategies. Education includes a PhD in Electrical Engineering and AI from Universitat de Girona (2021), MSc in Electric Power Systems from University of São Paulo (2016), and a BEng in Electrical Engineering from the same institution (2014). Key projects include the EPSRC Supergen Energy Networks Hub and D-RES (UKRI-STFC/DAFNI-funded). He serves on IEEE PES, CIGRE WG D2.52 (AI in power systems), and other industry advisory groups. Research outputs emphasize probabilistic risk assessment, weather-grid interaction modeling, and resilience-enhancing technologies. Notable contributions include lightning protection strategies, heatwave impact studies, and EV-integrated grid management frameworks. External roles include Visiting Professorships at Northeast Electric Power University and collaborative research posts at Fraunhofer IEE and Technical University of Denmark.

• Energy Systems
• Power Distribution Engineering
• Renewable Energy
• +4 more

Phil Taylor is the Professor, Vice-Chancellor and President at the University of Bath. His research focuses on energy systems, power distribution engineering, and climate change mitigation. He leads the Supergen Energy Networks Hub Renewal project funded by the Engineering and Physical Sciences Research Council (EPSRC), exploring energy storage systems and grid resilience. Key research interests include smart grids, renewable integration, and weather impacts on power infrastructure. Recent work addresses extreme weather effects on UK distribution grids, electric vehicle charging strategies, and lightning strike mitigation in power systems. He has published extensively on energy storage optimization, multi-energy systems, and grid resilience under climate change scenarios. Notable contributions include developing preemptive EV charging frameworks and probabilistic models for outage prediction. His projects often involve interdisciplinary collaboration, combining engineering, data science, and policy analysis. Current initiatives emphasize net-zero transitions and cross-border energy interconnector stress analysis. He holds a leadership role in advancing UK energy infrastructure through strategic research and innovation programs. Collaborations span academic, industrial, and government sectors to address systemic challenges in decarbonization and grid reliability.

• Electrical Engineering
• Dielectric Materials
• High Voltage Engineering
• +3 more

Vassilios Charalampakos is an Associate Professor at the Department of Electrical & Computer Engineering of the University of Peloponnese since 2019. He previously served as Assistant Professor at the Technical University of Western Greece (2009–2019). He holds a PhD in High Voltage Engineering from the University of Patras (2004) and a Diploma in Electrical Engineering and Computer Technology from the same university (1998). His research focuses on dielectric materials, partial discharge measurements, nanofluids, and lightning protection. He leads the Electrical Machines Laboratory and teaches courses on electrical machines, power systems, and high voltages. He has published over 50 papers in international journals and conferences, emphasizing nanodielectric insulation systems and high-voltage phenomena. Education: PhD in High Voltage Engineering, University of Patras (1999–2004) Diploma in Electrical Engineering and Computer Technology, University of Patras (1998) Research Interests: Testing and measurements of dielectrics (solid, liquid, gas), partial discharge analysis, nanofluid development for insulation, lightning protection systems, and breakdown simulation models. Key Article Trends: Focus on nanofluid-based insulation materials, including TiO₂, SiC, and graphene nanosheets, to enhance dielectric strength and thermal stability. Studies explore nanoparticle surface modification, conductivity effects, and AC/impulse voltage breakdown mechanisms. Awards: None explicitly stated. Advising & Labs: Oversees the Electrical Machines Laboratory. No listed advisees, but has collaborated on over 50 research projects.

• High-voltage technology
• Electrical power engineering
• Electromagnetic compatibility
• +1 more

Prof. Dr.-Ing. Sven Hille is a Professor at the Berlin University of Applied Sciences (BHT), specializing in High-voltage technology, Electrical power engineering, and Electromagnetic compatibility. His teaching focuses on Electromagnetic compatibility, Lightning protection, and Fundamentals of Electrical Engineering. Research interests include advancing electrical engineering principles with a focus on high-voltage systems and ensuring electromagnetic compatibility in modern power infrastructure. He contributes to educating students through core electrical engineering coursework. No specific awards, grants, or lab affiliations are detailed in the provided information.

Hanchi ZhangView profile

Assistant Professor

• Power Systems
• High Voltage Engineering
• Renewable Energy Integration
• +4 more

Hanchi Zhang serves as Assistant Professor in the Department of Electric Power Systems and Microgrids at Aalborg University's Faculty of Engineering and Science, Denmark. His research spans power system stability, high-voltage transmission infrastructure, and renewable energy integration with focus on practical grid applications. Research interests center on HVDC transmission systems, lightning protection mechanisms for composite pylons, and electric vehicle-grid interactions. His work addresses critical challenges in overvoltage phenomena, transient analysis of novel transmission structures, and stability assessment of weak island grids. Recent investigations include gas-electricity integrated transmission systems and drone-based power line inspection safety. Publication trends (2022-2025) reveal concentrated expertise in composite pylon lightning performance (35% of works), HVDC grid stability (25%), and EV-grid integration (20%). Key methodological approaches involve transient modeling, Monte Carlo simulations for lightning assessment, and feasibility studies for multi-energy systems. Scientific Awards: No awards documented in available sources. Grant activities include Principal Investigator roles in the EU-funded SUSTENANCE project (2021-2024) for carbon-neutral communities and a PhD project on composite pylon lightning performance (2019-2023). Current participation includes the HVDC grid for Nusantara (2021-2025) and Radical Innovation Sprint (2022), demonstrating sustained research leadership with international collaboration across Europe and Southeast Asia. Research teams operate within Aalborg University's Electric Power Systems group, collaborating with Indonesian institutions on island grid solutions and European partners on sustainable energy communities, with emphasis on experimental validation through lab testing and field-equivalent simulations.