Find Academic Supervisors

• Hydrometallurgy
• Battery Recycling
• Waste Management
• +4 more

Martina Petranikova is an Associate Professor in the Department of Chemistry and Chemical Engineering at Chalmers University of Technology. Her research focuses on hydrometallurgical processes for recovering valuable metals from primary and secondary sources, including lithium-ion batteries, mining waste, and industrial byproducts. She specializes in solvent extraction, leaching, electrowinning, and precipitation techniques, with an emphasis on scaling up processes for industrial applications. Her work addresses sustainable metal recovery through innovative methods such as using supercritical CO₂ for electrolyte purification and optimizing solvent extraction systems (e.g., mixer-settlers, pulse columns). Key areas include recycling critical metals like lithium, cobalt, and rare earth elements (REEs) to support circular economy goals. Recent projects involve valorizing hazardous graphite from battery waste and evaluating environmental impacts of industrial effluent treatments. Research Trends : Her articles highlight advancements in battery recycling (e.g., NMC111, LiFePO₄), solvent extraction for REE separation, and hybrid machine learning models for process optimization. These studies emphasize scalability, purity, and environmental sustainability in metallurgical processes. Advising & Grants : While specific grants or student names are not listed, her extensive publications indicate active collaboration in industrial and academic projects. Research facilities and equipment include pilot-scale hydrometallurgical setups and advanced analytical tools for material characterization. Labs & Teams : Her work is conducted within Chalmers' hydrometallurgy and materials science groups, focusing on interdisciplinary solutions for resource efficiency and waste minimization.

Rouzbeh AbbassiView profile

Professor

• Environmental Engineering
• Risk Analysis
• Corrosion Science
• +4 more

Rouzbeh Abbassi is a Professor in Environmental Engineering at Macquarie University's School of Engineering. He holds adjunct roles at Memorial University of Newfoundland and the University of Tasmania. His expertise spans risk analysis, corrosion science, and renewable energy systems. Abbassi completed his PhD in Civil (Environmental) Engineering at Memorial University of Newfoundland, followed by postdoctoral research at Princeton University and Memorial University. He has led roles as Discipline Leader for Civil Engineering and Director of Research at the University of Tasmania. His research focuses on pipeline safety, hydrogen infrastructure, offshore energy systems, and corrosion management, leveraging machine learning and Bayesian networks. Key collaborations include projects on offshore renewable energy integration and hydrogen safety in maritime environments. Abbassi has received awards such as the Academic Excellence Award (2022) and the David Dunsiger Award (2010). His work emphasizes interdisciplinary approaches, addressing challenges in energy transition, environmental sustainability, and industrial safety. Notable contributions include frameworks for offshore wind farm site selection and risk assessment methodologies for microbiologically influenced corrosion (MIC) in subsea pipelines. Education: PhD in Civil (Environmental) Engineering, Memorial University of Newfoundland (2010) Affiliations: Adjunct Professor at Memorial University of Newfoundland, Adjunct Senior Lecturer at University of Tasmania Research Centers: Centre for Energy and Natural Resources Innovation and Transformation (CENRIT), Data Horizons Research Centre

Ron WakefieldView profile

Professor

• Construction Information Technology
• Industrialization of Construction
• Simulation of Engineering Systems
• +9 more

Professor Ron Wakefield is the Dean of the School of Property, Construction and Project Management and Associate Deputy Vice Chancellor, International at RMIT University. He holds a Professorship in Construction and has held leadership roles globally, including at Virginia Polytechnic Institute and State University and UNSW Sydney. His research focuses on construction information technology, industrialization of construction, occupational health and safety, and renewable energy integration. He has received several awards, including Excellence in Scholarship (Virginia Tech, 2003) and the Certificate of Teaching Excellence (Virginia Tech, 2001). Wakefield's academic journey includes roles as Program Director for the Cooperative Research Centre’s Built Assets project and Director of Virginia Tech’s Environmental Design and Planning PhD program. His work spans industrialized building systems, safety training efficacy, and BIPV design optimization. He has supervised over 17 research projects, including studies on renewable energy adoption and blockchain in construction. Education: Graduate Research Assistant at Princeton University (1985–1987), prior to academic roles. Awards: Multiple recognitions for scholarship, teaching, and contributions to construction safety and innovation. Research Themes: BIPV systems, construction automation, and sustainable urban energy solutions. He collaborates internationally on projects like the CIB World Building Congress and advises on renewable energy transitions (e.g., Bendigo’s energy feasibility study). His recent publications address VR-based safety training, reinforcement learning for virtual power plants, and fire safety in BIPV systems.

• Materials Engineering
• Mechanical Engineering
• Nanotechnology
• +3 more

Dr. Azadeh Mirabedini is a Research Fellow at RMIT University's School of Engineering, specializing in advanced materials and nanotechnology. Her work focuses on biomedical applications, additive manufacturing, and functional materials for engineering and healthcare sectors. She has contributed to developing 3D-printed composites, bioengineered tissues, and smart textiles with enhanced thermal and mechanical properties. Research Interests: Dr. Mirabedini’s expertise spans nanomaterials integration, structural joint design, and fire-resistant coatings. Her studies on graphene-based systems and polydopamine coatings address safety in wearables and sustainable construction materials. She also explores applications in aerospace engineering and biomedical devices, including EMI shielding for medical equipment and tissue engineering models. Articles: Her recent work includes breakthroughs in 3D biofabrication for cardiovascular disease models, EMI shielding composites for neuroimaging devices, and flame-retardant timber coatings. These studies highlight interdisciplinary approaches merging materials science with healthcare and manufacturing innovations. Supervision: She supervises projects on 3D-printed composite materials, demonstrating commitment to training next-generation engineers. Labs/Teams: Collaborates in RMIT's advanced manufacturing and materials research groups, contributing to cross-disciplinary projects.

Carolien KroezeView profile

Professor

• Environmental Science
• Water Quality Management
• Agricultural Sustainability
• +4 more

Carolien Kroeze is a Professor and Rector Magnificus at Wageningen University & Research (WUR). She leads the implementation of the Academic Career Framework (ACF), a transformative system prioritizing flexibility, inclusivity, and team-based leadership over rigid quantitative metrics. Her work emphasizes cultural shifts in academia, balancing research, teaching, societal impact, and institutional service. Kroeze’s research focuses on environmental sustainability, water quality management, and nutrient pollution mitigation, with a global perspective on agricultural practices and climate change impacts. She advocates for interdisciplinary approaches to pollution control, integrating ecological knowledge with policy frameworks. Her academic contributions include pioneering studies on nutrient retention in lakes, antibiotic contamination in groundwater, and microplastic distribution in rivers. Collaborations span China, Europe, and tropical regions, addressing challenges like urbanization-driven pollution and wildfire risk adaptation. Kroeze’s leadership in WUR’s strategic initiatives ensures alignment with Sustainable Development Goals, promoting equitable solutions for environmental and societal challenges.

Mahen MahendranView profile

Professor

• Structural Engineering
• Structural Fire Engineering
• Structural Wind Engineering
• +5 more

Professor Mahen Mahendran is a Professor of Structural Engineering at QUT’s School of Civil and Environmental Engineering. He holds a PhD from Monash University and a BScEng (First Class Honours) from the University of Moratuwa. His expertise spans structural engineering, fire safety, wind engineering, and cold-formed steel structures. He leads the Wind and Fire Engineering Lab, collaborating with global institutions and industries like NASH and Bluescope Steel. Professor Mahendran has supervised over 50 HDR students, including 41 PhDs. He has secured over 30 competitive grants (including 14 ARC grants) and published 300+ journal/conference papers. His research focuses on disaster resilience, steel structure performance under extreme conditions, and innovative building systems. Awards include the 2001 Engineers Australia Excellence Award and multiple Vice-Chancellor’s Performance Awards. He chairs international conferences, edits journals, and advises on global research projects. Education BScEng (First Class Honours), University of Moratuwa PhD (Steel Structures), Monash University Research Interests His work addresses critical challenges in structural safety: cyclone-resistant buildings, fire-resilient steel systems, and wind engineering. Innovations include lightweight steel framing, cladding systems, and fire-resistant materials. He applies advanced testing (e.g., full-scale fire/wind facilities) and numerical modeling to improve building codes and industry practices. Collaborations with companies like Bluescope Steel ensure practical impact. Grants & Awards Over 30 grants totaling millions, including ARC Discovery/Linkage projects on bushfire-resistant steel systems and facade safety. Recognized for supervision excellence and teaching innovation, including finalist for Australian Awards for University Teaching (2002). Labs/Teams Wind and Fire Engineering Lab at QUT, hosting advanced testing facilities for steel structures under extreme loads. Collaborates internationally with researchers in Germany, the Netherlands, and India.

Susan PageView profile

Professor

• Peatland Ecosystems
• Climate Change Mitigation
• Greenhouse Gas Emissions
• +3 more

Professor Susan Page is a Professor of Physical Geography at the University of Leicester’s Department of Geography. Her research focuses on peatland ecosystems, particularly in the UK and tropical regions, addressing land use impacts, greenhouse gas emissions, and subsidence. She leads multinational projects exploring sustainable peatland management to balance environmental and socioeconomic needs, collaborating with rural communities in Indonesia and the UK. Her work emphasizes climate change mitigation, fire management, and interdisciplinary approaches to conservation. Education details are not explicitly listed, but her career reflects extensive fieldwork and academic leadership. Research interests include peatland hydrology, carbon dynamics, and community-driven solutions for peatland restoration. Notable projects include the Peat Emit Project and Defra’s Lowland Peat initiatives. Publications span remote sensing techniques, policy frameworks, and biogeochemical studies. Her work bridges science and policy, advocating for peatland conservation as a nature-based solution. She collaborates with international organizations to improve GHG reporting tools and supports grassroots governance in fire-prone regions. While no formal awards are listed, her contributions to tropical peatland science are widely recognized in academic circles.

Jens LauritsenView profile

Professor

• Public Health
• Injury Prevention
• Trauma Research
• +12 more

Jens Lauritsen is a Professor at the Department of Clinical Research, Faculty of Health Sciences, University of Southern Denmark, and is affiliated with Odense University Hospital (OUH) and the Research Unit of Orthopaedic Surgery in Odense. His interdisciplinary work bridges clinical orthopaedics, public health, and injury prevention. His research interests focus on trauma epidemiology, injury prevention, public health policy, and medical informatics. Key areas include concussion trends, pediatric and traffic-related injuries, suicide prevention, and the clinical use of driving simulators for post-accident assessment. He employs nationwide register data and cohort studies to inform evidence-based interventions. The recent publications reflect a strong trend in population-level injury research using Danish national registries, with emphasis on bicycle and pedestrian safety, mental health after self-harm, and technological innovation in orthopaedic rehabilitation. His work combines quantitative epidemiology with practical clinical implementation. Assistant Editor, The Scandinavian Journal of Trauma, Resuscitation and Emergency Medicine (2011) He has supervised several PhD and master’s students and leads or participates in multiple active research projects, including those on suicide prevention, driving simulators, and injury classification. His work is supported by institutional and national research funding. He collaborates extensively with public health agencies, municipal authorities, and clinical teams. Lauritsen is deeply involved in public engagement, contributing to over 695 media appearances on injury prevention, traffic safety, and public health policy. He leads initiatives to modernize clinical documentation and improve preventive strategies based on hospital data.

• Risk Management
• Digital Technologies
• Knowledge Management
• +8 more

Marina Järvis is an Assistant Professor at the Department of Business Administration , Tallinn University of Technology , with a 1.00 FTE appointment since 2023. She previously held roles as Associate Professor (2020-2023), Senior Lecturer (2014-2019), and Lecturer (2010-2014) at the same institution. She also serves as Visiting Professor at Riga Technical University (2024–) and University of Latvia (2024–). Education: PhD in Business Administration (2013), Tallinn University of Technology M.Phil in Health Science (Occupational Health and Safety) (2001), University of Bergen Diploma in Food Processing Engineering (1998), Tallinn University of Technology Research Interests span risk/safety management, digital transformation, organizational culture, psychosocial risks, and innovative education. Her recent work examines green ammonia in ports, four-day workweek sustainability, AI ethics, and participatory ergonomics. She integrates occupational health with business economics. Scientific Contributions include 15+ recent publications on topics like smart city logistics, psychosocial risk frameworks, and digitalization in safety management. She leads research on domestic violence prevention in workplaces through the President Kaljulaid Foundation collaboration. Awards include Best Lecturer (2022), Lecturer of the Year (2019), and multiple student-chosen recognitions (2017-2018). She contributes to EU-OSHA projects and serves on editorial boards of journals like Business Ethics and Leadership .

• Indigenous Disaster Resilience
• Trauma-Informed Community Engagement
• First Nations Policy Development
• +4 more

Nell Reidy is a Research Fellow at Monash University’s National Indigenous Disaster Resilience program under the Fire to Flourish initiative. She specializes in trauma-informed and healing-centred engagement with First Nations communities, focusing on disaster resilience and policy systems change. Her work bridges academia and practice, informed by seven years of collaborative research with Indigenous groups across Australia. Prior to her current role, she held government positions designing community-driven policy frameworks, including Treaty-related programs for Victorian First Nations communities. Education: Doctorate by Research in Human Geography Anthrop & Devel Studies from Monash University’s School of Social Sciences. Research Interests: Indigenous leadership in disaster management, cultural memory practices, UN SDG alignment, and community-driven policy innovation. Her work emphasizes ethical collaboration, trust-building, and centering Indigenous knowledge systems in emergency planning and resilience frameworks. Projects: T8-A5: First Nations women, cultural fire knowledge, wellbeing and memory (2025-2026) Research Foundations in Indigenous Disaster Resilience (2024-2027) Research For the provision of research on first nations insights into enhancing Australia's national emergency management system (2025) Grants/Advising: Key contributor to multiple Natural Hazards Research Australia-funded initiatives, focusing on Indigenous disaster resilience and systems change. Labs/Teams: Core member of the Fire to Flourish initiative and Natural Hazards and Disaster Resilience Research Centre.

• Flood Risk Assessment
• Drought Risk Assessment
• Hydrological Modeling
• +4 more

Dr. Mark Thyer is an Associate Professor in Civil and Environmental Engineering at the University of Adelaide, affiliated with the School of Architecture and Civil Engineering under the Faculty of Sciences, Engineering and Technology. His research focuses on enhancing hydrological, environmental, and water resource models through physical-statistical approaches. He specializes in flood/drought risk assessment, predictive uncertainty quantification, and behavioral water use modeling for urban water management. Dr. Thyer has over 17 years of research experience and is internationally recognized for his work on Bayesian approaches to quantify uncertainty in hydrological predictions. He has authored over 30 journal papers in top-tier water resources journals and secured research grants totaling over $5 million. His collaborations include institutions like CSIRO, the Australian Bureau of Meteorology, and the Goyder Institute for Water Research. Key contributions include leading the eWater CRC project to develop the Behavioral End-Use Stochastic Simulator (BESS) for household water use modeling, integrated into eWater’s Urban Developer tool. He also serves as an Associate Editor for the Australian Journal of Water Resources and reviews for top international journals and ARC grants. His recent work emphasizes seamless subseasonal streamflow forecasting, probabilistic modeling of ephemeral catchments, and smart stormwater storage systems to mitigate urban flooding. He actively engages in consultancy for water authorities, including Hunter Water Corporation and the Wimmera Mallee Pipeline Project.

• Disaster Resilience
• Facilities Management
• Public-Private Partnerships
• +7 more

Professor Champika Liyanage is a distinguished academic at the University of Central Lancashire (UCLan), holding the position of Professor in Facilities Management at the School of Engineering and Computing. She is the first female professor in her school and serves as Co-Director of the Centre for Energy, Sustainable Development and Resilience. Her career at UCLan began in 2008 as a Lecturer, progressing through Senior Lecturer and Reader roles. Her research focuses on disaster resilience, sustainability, public-private partnerships (PPPs), and environmental management, with over 100 publications. Key areas include plastic waste management, agroecosystem resilience, and climate change adaptation. She has led projects on university-enterprise collaboration frameworks, evacuation strategies for high-rise buildings, and policy analysis for disaster risk reduction. Her work bridges academic research with practical applications, emphasizing socio-technical systems and community engagement. Awards and recognitions include contributions to innovation in disaster resilience and equity in education funding. She collaborates internationally, particularly in South Asia and Sri Lanka, addressing challenges in waste management, sustainable transport, and healthcare infrastructure. Her lab focuses on transforming research into actionable solutions for societal resilience. Education: PhD in Facilities Management from Glasgow Caledonian University (2006) Key Roles: Co-Director of the Centre for Energy, Sustainable Development and Resilience Research Themes: Disaster Risk Reduction, Sustainability, PPPs, Climate Adaptation Her recent work explores inclusive disaster education, blockchain in energy trading, and rebuilding displaced communities. She advocates for equitable university-enterprise partnerships and has developed frameworks for post-disaster housing and skills audits.

Laura GrahamView profile

Associate Professor

• Computational Ecology
• Spatial Ecology
• Climate Change Impacts
• +7 more

Laura Graham is an Associate Professor and IIASA-NERC Research Fellow at the School of Geography, Earth and Environmental Sciences, University of Birmingham. She is a computational and spatial ecologist focused on anthropogenic impacts on ecosystems and human well-being. Education: PhD in Geography, University of Nottingham MSc in Environmental Management (Distinction), University of Nottingham BSc in Mathematics, University of Southampton (First) Laura's research lies at the intersection of ecology, statistics, and spatial analysis. She investigates how climate and land-use change affect biodiversity and ecosystem services, employing novel statistical methods and diverse data sources. Her background in mathematics and database development informs her interdisciplinary approach. Her recent publications reflect a strong trend in fire ecology, biodiversity modeling, and environmental heterogeneity. She frequently applies computational and spatial techniques to address both applied and theoretical ecological questions, particularly in temperate and fire-prone ecosystems. Honors and Editorial Roles: Fellow of the Turing Institute Committee Member, BES Publications Committee Chair, BES Events Committee Secretary, BES Quantitative Ecology Group Associate Editor, Methods in Ecology & Evolution Associate Editor, People & Nature Laura actively contributes to the ecological community through editorial work, committee leadership, and interdisciplinary research. She currently leads the IIASA-NERC funded project A complex-systems approach to improve understanding of the biodiversity-landscape structure relationship . Her expertise bridges ecological theory, data science, and environmental policy. Laboratories and Research Groups: While not explicitly named, her work is embedded within the research ecosystem of the School of Geography, Earth and Environmental Sciences at the University of Birmingham, likely involving computational ecology labs and spatial analysis facilities.

• Rangeland Management
• Livestock Grazing Systems
• Drought Preparedness
• +5 more

George B. Ruyle is an Extension Specialist and Researcher in Rangeland Management at the University of Arizona's College of Agriculture and Life Sciences. He holds the Marley Endowed Chair for Sustainable Rangeland Stewardship and has been active in academic and applied research since the 1980s. His work focuses on sustainable grazing practices, drought preparedness, rangeland monitoring, and ecological conservation. Ruyle has collaborated extensively with federal agencies like the USDA Forest Service and ranching communities to develop practical solutions for arid land management. Education details are not explicitly listed in the provided text, but his career spans over four decades with continuous contributions to rangeland science. Key research areas include livestock behavior, plant-herbivore interactions, post-wildfire recovery, and policy implications for water and land use. Ruyle has received numerous awards for his extension work and interdisciplinary contributions, including the Western Extension Director's Award and recognition from the National Forest Service. His extension programs emphasize participatory monitoring and adaptive management strategies. Recent research trends include exploring payments for ecosystem services (PES) models, co-developed drought preparation frameworks with stakeholders, and the ecological impact of grazing on endangered species habitats. His work often bridges science and practice, addressing both ecological and socio-economic dimensions of rangeland management.

Brian ReichView profile

Professor

• Spatial Statistics
• Bayesian Methods
• Environmental Science
• +6 more

Brian Reich is the Gertrude M Cox Distinguished Professor of Statistics at North Carolina State University. His research focuses on geospatial analytics, spatial statistics, and extreme value analysis, with applications to environmental science, climate change, and public health. He leads the Environmental Statistics Lab, developing computational methods for big spatial data and spatiotemporal modeling. Research Interests: Spatial and Bayesian statistical methods Extreme value analysis and machine learning applications Environmental applications in ecology, epidemiology, and climate science Awards: Gertrude M Cox Distinguished Professorship Grants & Programs: NSF Research Training Group (UQ4Life) NSF REU Site (DRUMS for undergraduates) Carolina Thyroid Cancer Study Labs/Teams: Environmental Statistics Lab Collaborations on marine conservation, wildfire management, and PFAS exposure studies