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Christine Lynggard Hansen serves as a Casual Teaching staff member at the Multi-Discipline UWA Oceans Institute within the University of Western Australia, Perth. She holds an MSc in Wind Energy Engineering from the Technical University of Denmark (awarded 2021) and a BSc in Mechanical Engineering (awarded 2018). Her research contributes to UN Sustainable Development Goals, particularly in renewable energy innovation. Her expertise focuses on hydrodynamics and wave energy systems, including: Wave-structure interactions for floating wind and wave energy converters Extreme sea state response analysis Design wave methodology for marine renewable energy devices Free surface hydrodynamics in irregular wave conditions Her publications demonstrate consistent focus on optimizing wave energy converters through hydrodynamic modeling, with recent work advancing design methodologies for extreme sea conditions and floating substructures. Awards & Honors: Royal Society of Western Australia Student Poster Competition (2023) Tuck Fellowship (2023) SUT Marine Renewable Energy Scholarship (2022)

• Wave energy
• Hydrodynamics
• Wave structure interactions
• +5 more

Jianjun Huang is a Researcher at The University of Western Australia (UWA), affiliated with the School of Earth and Oceans. He holds a PhD in Ocean Engineering from UWA (2025), an MEng in Harbour, Coastal and Offshore Engineering from Hohai University (2021), and a BEng in Harbour, Waterway and Coastal Engineering from Hohai University (2018). His research focuses on nearshore hydrodynamics, wave-structure interactions, and nature-based coastal protection solutions using artificial reefs and kelp forests. He employs experimental methods and numerical modeling to study wave energy dissipation, porous media dynamics, and sustainable coastal defense strategies. Key research contributions include parametric modeling of wave transformation across porous reefs, quantifying wave dissipation mechanisms, and evaluating modular reef designs for coastal protection. His work aligns with UN Sustainable Development Goals, particularly addressing climate action (SDG 13) and life below water (SDG 13). Huang has published extensively in coastal engineering journals and was awarded the Outstanding Student Abstract Award in 2024 for his research on artificial reef systems. Educations: PhD in Ocean Engineering, UWA (2025) MEng in Harbour, Coastal and Offshore Engineering, Hohai University (2021) BEng in Harbour, Waterway and Coastal Engineering, Hohai University (2018) Awards: Outstanding Student Abstract Award (2024) Grants/Advising: Blue Economy CRC project (current postdoctoral research) No listed students/grants explicitly mentioned Huang collaborates on coastal infrastructure projects and has expertise in experimental hydraulics, CFD simulations, and sustainable marine technologies. His research team contributes to both academic advancements and practical solutions for coastal resilience.

• Coastal Engineering
• Ocean Hydrodynamics
• Wave-Structure Interaction
• +3 more

Dr. Hongyi Jiang is an Adjunct Senior Research Fellow at The University of Western Australia's School of Earth and Oceans. He holds a PhD (2017) and has held roles including Research Fellow (2019–2021) and Research Associate (2017–2019). His research focuses on fluid mechanics, geomechanics, and offshore engineering, with expertise in bluff-body flows, vortex-induced vibration, and flow-structure interaction. He leads projects funded by the Australian Research Council and has published extensively in top journals like Journal of Fluid Mechanics and Physics of Fluids . Dr. Jiang contributes to sustainable development goals through innovations in subsea pipeline design and safer offshore operations. Education: PhD in Fluid Mechanics/Ocean Engineering, UWA (2013–2016) M.Eng. in Geotechnical Engineering, Zhejiang University (2010–2013) B.Eng. in Civil Engineering, Zhejiang University (2006–2010) Research Interests: Fluid mechanics fundamentals, turbulence, flow control, and applications to offshore infrastructure safety. His work bridges theoretical fluid dynamics with practical challenges in renewable energy and oil/gas industries. Awards: 2017 Best Publication Prize (UWA). Over 24 journal articles, including 9 in Journal of Fluid Mechanics and 6 in Physics of Fluids . Grants: ARC DECRA (2019–2022) for wake transition studies.

• Fluid Mechanics
• Geomechanics
• Coastal Engineering
• +7 more

Zhan Haifei is an Associate Professor in the Department of Mechanical Engineering at Queensland University of Technology, specializing in computational nanomechanics and advanced materials science. His research program focuses on the mechanical, thermal, and transport properties of novel nanomaterials, with particular expertise in carbon-based nanostructures and two-dimensional materials. Dr. Zhan received his PhD from Queensland University of Technology in 2013 with a dissertation titled 'Numerical characterization of the mechanical properties of metal nanowires.' His academic career has been marked by consistent research productivity and collaboration with leading scientists in the field of nanomechanics, particularly with Professor Gu, Yuantong at QUT. Dr. Zhan's research spans multiple cutting-edge areas in nanomaterials science. His pioneering work on diamond nanothreads has established him as a leading expert in this emerging field, where he has characterized their exceptional mechanical properties and thermal transport characteristics through advanced molecular dynamics simulations. He has also made significant contributions to understanding graphene helicoids, bilayer graphene with sp 3 linkages, and graphene-carbon nanotube hybrid structures. His research demonstrates how structural modifications at the atomic level can dramatically alter material properties, opening new pathways for nanoscale engineering. Analysis of Dr. Zhan's recent publications (2023-2025) reveals a strategic expansion from fundamental nanomechanics to address pressing engineering challenges. His work now bridges multiple disciplines, connecting nanoscale phenomena with applications in renewable energy (tidal energy harvesting), environmental remediation (adsorption of contaminants), and advanced manufacturing (supergravity-steered techniques for nanocomposite hydrogels). This evolution demonstrates his ability to translate fundamental discoveries into practical engineering solutions. Dr. Zhan maintains an exceptionally productive research program with over 149 publications spanning from 2010 to 2025. His work appears consistently in top-tier journals including Nature Communications, Advanced Functional Materials, Carbon, and Nano Letters, demonstrating both the quality and impact of his research. His citation record reflects significant influence in the field of computational nanomechanics. Dr. Zhan leads a research group focused on computational nanomechanics at Queensland University of Technology, utilizing high-performance computing resources to conduct large-scale molecular dynamics simulations. His team develops innovative computational frameworks that combine traditional simulation techniques with machine learning approaches, as evidenced by recent work on TurbineNet/FEM for fluid-structure interaction analysis. The group maintains strong connections with experimental researchers to validate computational findings and accelerate the translation of theoretical insights into practical applications.

• Nanomechanics
• Carbon nanomaterials
• Diamond nanothreads
• +5 more

Professor Murray Mitchell is an Adjunct Professor in the School of Biomedical Sciences at Queensland University of Technology (QUT). He holds a D.Phil. in Clinical Medicine from the University of Oxford and a D.Sc. from Liverpool University. His research focuses on medical biochemistry, metabolomics, and medical microbiology, with a strong emphasis on exosome-based therapies in reproductive and pediatric health. He previously served as Director of the UQ Centre for Clinical Research and held senior roles at the University of Auckland, including Research Director of the Liggins Institute and Deputy Executive Dean of the Faculty of Medical and Health Sciences. Professor Mitchell’s work spans exosome applications in fertility enhancement, pregnancy complication management, and medicinal cannabis for pediatric oncology patients. He has received prestigious awards such as the Fellowship of the Royal Society of New Zealand (FRSNZ) and the James Cook Research Fellowship. His recent studies explore exosome-mediated drug delivery systems for pain management and the role of extracellular vesicles in bovine reproductive health. He leads the MINI trial investigating medicinal cannabis for palliative care in children with cancer. Education: D.Phil. (Clinical Medicine, Oxford University), D.Sc. (Liverpool University) Affiliations: Centre for Child Health Research, QUT; former roles at UQ and University of Auckland Key Research Themes: Exosome biology, reproductive health, neonatal nutrition, and pediatric oncology His publications include groundbreaking work on exosome therapeutics, biomarker discovery in dairy cattle, and systematic reviews on adverse childhood experiences and pregnancy outcomes. He advises on topics like early prevention of inflammation-related diseases and personalized infant nutrition through milk-derived exosomes.

• Medical Biochemistry
• Metabolomics
• Medical Microbiology
• +5 more

Professor Sara Couperthwaite is an academic at the Queensland University of Technology (QUT) , affiliated with the Faculty of Engineering and the School of Mechanical, Medical and Process Engineering . Her research focuses on sustainable mineral processing and mining waste valorization , with a particular emphasis on Extractive processes for low-grade ores and mining waste High purity alumina production from alternative feedstocks Development of analytical methods for advanced materials Water treatment and resource recovery technologies . She leads a $4.5 million demonstration plant at the Centre for Predictive Research into Specialty Materials (PRiSM) , translating laboratory innovations to pre-commercial pilot scale for applications in lithium-ion battery separators. As Director of the STRATA research group , she integrates green engineering principles with fundamental science to deliver industry solutions. Her recent publications highlight work on Acid mine drainage treatment Waste-to-resource materials synthesis Technoeconomic analysis of sustainable processes Hydrochloric acid processing for battery materials Alkaline waste stabilization Critical minerals recovery . Professor Couperthwaite is currently accepting research students for Honours, Masters, and PhD studies, with project topics including Metal halide perovskite solar cell optimization Recovery of metal precursors from Australian sources Construction materials for extreme environments .

• Sustainable Mineral Processing
• Extractive Metallurgy
• Waste Recovery
• +5 more

Dr. Thomas Moore is a Senior Lecturer in Chemical Engineering at Queensland University of Technology (QUT), affiliated with the School of Mechanical, Medical & Process Engineering within the Faculty of Engineering. He holds a PhD from the University of Melbourne and undergraduate degrees from the University of Queensland. Prior to QUT, he was a Staff Scientist at Lawrence Livermore National Laboratory, leading modelling efforts in carbon capture technologies. His research focuses on carbon capture process design, CO₂ electrolysis, and techneconomic analysis of green technologies. Key areas include electrification of gas separation processes, direct air capture (DAC), and the application of data science for predictive modeling. He teaches thermodynamics, reactor engineering, and process design. Dr. Moore’s work contributes to UN Sustainable Development Goal 7 (Affordable and Clean Energy) through innovations in low-carbon energy systems. His recent publications emphasize scalable carbon capture solutions, electrochemical systems, and cross-scale catalyst modeling. His research projects integrate computational modeling, experimental validation, and industrial collaboration to advance climate technologies. Current efforts address the economic and technical challenges of scaling up CO₂ conversion systems.

• Carbon Capture and Storage
• Electrochemical Engineering
• Process Simulation
• +5 more

Dr Anthony Ariyanayagam is a Senior Lecturer in the School of Civil & Environmental Engineering at Queensland University of Technology (QUT), Australia. He is a DECRA Fellow and part of the QUT Wind and Fire Engineering Lab, focusing on Structural Fire Engineering and Bushfire-resistant building solutions. His work includes developing fire-resistant lightweight wall systems and enhancing bushfire-safe room designs through material and thermal studies, numerical modeling, and full-scale fire tests. Anthony holds a PhD in Structural Engineering from QUT (2013) and a Bachelor of Science in Engineering (First Class Honours) from the University of Moratuwa, Sri Lanka (2006). His research interests span real building fire performances, bushfire-resistant structural members, and thermal properties of wall linings such as gypsum plasterboards and magnesium oxide boards. He also specializes in structural and thermal finite element modeling under fire conditions. His team, the Wind and Fire Engineering Lab, includes 12 Higher Degree Research students and is led by Prof. Mahen Mahendran. Anthony has received prestigious awards, including the Discovery Early Career Researcher Award (DECRA) in 2017 and Vice Chancellor’s Performance Awards in 2014 and 2017. He is a member of Engineers Australia and the International Association for Fire Safety Science (IAFSS). Anthony teaches subjects like Design of Steel Structures (EGB 376) and supervises undergraduate thesis projects. His technical expertise includes finite element analysis software (ABAQUS, SAFIR) and structural design tools (SAP2000, ETABS). He actively contributes to conferences and publishes extensively on fire engineering and bushfire resilience.

• Structural Fire Engineering
• Bushfire Engineering
• Cold-formed Steel Structures
• +3 more

Dr. Andrew Lock is a Research Fellow at the University of Southern Queensland's Institute for Advanced Engineering and Space Sciences, specializing in hypersonics, aerodynamics, and thermal systems. He holds a BEng(Hons) from the University of Tasmania and a PhD from the University of Queensland. His research focuses on hypersonic vehicle design, aerodynamic modeling, and advanced thermal management solutions for energy systems. Key areas include co-design frameworks for hypersonic vehicles, Bayesian state estimation in free-flight measurements, and supercritical CO₂ power cycle optimization. Dr. Lock's work bridges experimental and computational methods, with contributions to optical tracking systems, trajectory analysis, and innovative cooling technologies. His recent studies address challenges in multi-mission vehicle design, shock layer radiation analysis, and nonlinear flight dynamics using the Koopman operator. He has also developed simulation tools like q1dcfd for thermofluid systems and validated low-speed rotating wind tunnel designs. His research portfolio spans over a decade, with publications on hypersonic aerodynamics, thermal engineering, and aerospace system integration. Notable projects include collaborations on Hayabusa2 entry dynamics and the development of dry cooling strategies for sustainable energy applications. While no formal advisees are listed, his interdisciplinary approach influences next-generation aerospace and energy systems.

• Hypersonics
• Aerodynamics
• Fluid Dynamics
• +4 more

Prof Federico Frascoli is a Professor of Applied Mathematics and Chair of the Department of Mathematics at Swinburne University of Technology. He holds a Laurea in Theoretical Physics from the University of Parma (2001) and a PhD in Mathematical Physics from Swinburne (2007). His career includes postdoctoral roles at the Brain Sciences Institute (Melbourne) and the University of Melbourne, progressing to faculty positions at Swinburne since 2013. His research focuses on systems far from equilibrium, spanning mathematical biology (immune-cancer dynamics, neurology), nonequilibrium statistical mechanics, and dynamical systems. Education Laurea in Theoretical Physics, University of Parma, Italy (2001) PhD in Mathematical Physics, Swinburne University of Technology (2007) Research Interests Non-equilibrium systems: cellular motility, nano-confined fluids, brain oscillations Mathematical biology: cancer-immune dynamics, virotherapy, neurodegenerative diseases Statistical mechanics and dynamical systems theory His recent work includes modeling therapeutic lag in multiple sclerosis, oncolytic virotherapy efficacy, and the dynamics of tuberculosis progression. Notable publications address particle transport in polygonal billiards, ERK signaling pathways, and neurology care accessibility in Australia. Awards include Swinburne's Research Impact Award (2018) and an Early Career Researcher scheme (2010). Prof Frascoli has secured grants from the Australian Research Council (ARC), NHMRC, and international collaborators like Politecnico di Torino. His projects explore T cell fate control, viral infection dynamics, and nanoscale device optimization. He actively supervises PhD candidates in applied mathematics and interdisciplinary research.

• Applied Mathematics
• Mathematical Physics
• Non-Equilibrium Thermodynamics
• +6 more

Robert Robson (full name Robert E. Robson) is a faculty member at James Cook University , specializing in the kinetic theory and transport phenomena of charged particles in gases and condensed matter. His work bridges experimental physics, mathematical modeling, and plasma science, with a focus on electron swarms, positron dynamics, and fluid modeling techniques. Core Research Areas : Charged particle transport in crossed electric/magnetic fields, fluid modeling of plasmas, and applications to PET imaging and radiation damage. Key Contributions : Development of advanced kinetic and fluid models for non-equilibrium systems, reanalysis of historical experiments like Franck-Hertz, and benchmark studies for transport coefficients in complex media. Publications span from 2000 to 2024, emphasizing electron transport in gases, positron kinetics, and Maxwell’s equations in modern contexts. His collaborations with researchers such as Ronald White, Malte Hildebrandt, and Zoran Petrović highlight interdisciplinary work in atomic physics and biomedical applications.

• Charged Particle Transport
• Electron Swarms
• Plasma Physics
• +7 more

Ronald D. White is a Professor at James Cook University (JCU), known for his extensive research in plasma physics, electron and positron scattering, and computational modeling of charged particle transport. His work spans fundamental studies of electron dynamics in gases and liquids, including applications in organic electronics (e.g., OLEDs) and plasma-liquid interactions. He has collaborated globally, contributing to cross-section databases critical for plasma simulations. His research emphasizes theoretical and computational methods, with a focus on non-equilibrium systems and material interfaces. Key interests include: Electron and positron scattering cross-sections Transport phenomena in plasmas and condensed matter Organic light-emitting diodes (OLED) performance modeling Machine learning applications in plasma diagnostics Publications highlight contributions to: Boltzmann equation solutions for structured materials Positron track modeling in biological systems Nanostructured organic semiconductor dynamics Electron swarm behavior in RF fields His work bridges fundamental physics and applied technologies, with implications for radiation dosimetry, energy materials, and advanced optoelectronics.

• Plasma Physics
• Atomic and Molecular Physics
• Condensed Matter Physics
• +4 more

Doctor Stuart Bull is an Adjunct Professor in Earth Sciences at the University of Tasmania's School of Natural Sciences. His research focuses on resource geoscience, sedimentology, and exploration geochemistry, with expertise in sediment-hosted ore deposits, hydrothermal systems, and basin evolution. He has participated in numerous funded projects totaling millions of dollars, including studies on copper mineralization in the McArthur Basin and the Central African Copperbelt. Key research interests include the genesis of sedimentary copper-zinc deposits, fluid flow modeling in basins, and the application of pyrite geochemistry to understand deep-time environmental conditions. Stuart has supervised over 13 doctoral and master's students, contributing to advancements in ore genesis and exploration methodologies. His work often integrates numerical simulations and field studies to address questions in metamorphic and sedimentary basin dynamics. Highlights of his career include leading investigations into the Prominent Hill iron oxide-copper-gold deposit and the Zambian Copperbelt, as well as collaborations with industry partners like AMIRA International and BHP Billiton. His research outputs span over 80 peer-reviewed articles, emphasizing the interplay between tectonics, sedimentology, and ore formation processes.

• Resource geoscience
• Sedimentology
• Exploration geochemistry
• +3 more

Dr Jennifer Li is a Clinical Senior Lecturer at the Westmead Clinical School, Faculty of Health and Medicine, University of Sydney , and a Staff Specialist Nephrologist & Transplant Physician at Westmead Hospital, WSLHD . She is also a Clinician Researcher at the Westmead Institute for Medical Research . Research Interests: Transplant immunology, precision medicine, renal amyloidosis, monoclonal gammopathies of renal significance, spatial transcriptomics, polygenic risk scores, and cell death pathways in kidney transplantation. Teaching & Supervision: Supervises 3 PhD students and 2 Honours students, and trains renal advanced trainees, basic physician trainees, and medical students. Publications span nephrology, transplantation, and clinical research, with recent work focusing on gasdermin D mutation , CD47 metabolism , and spatial transcriptomics in renal and transplant outcomes. Grants & Fellowships: Royal Australasian College of Physicians Jacquot Research Establishment Fellowship (2024) NHMRC Ideas Grant (2024-2026) MRFF Genomics Health Futures Mission Grant (2023-2027) Ramaciotti Health Investment Grant (2023) Westmead Charitable Trust Clinician Development Grant (2023) Professional Associations: Fellowships: Royal Australasian College of Physicians, International Society of Nephrology, American Society of Nephrology Committee Roles: Transplant Society (TTS) Education Committee (2025-), TSANZ Post-Graduate Course Convenor (2023), NSW Health Solid Organ Transplant Working Group Co-chair (2024-)

• Transplantation Immunology
• Precision Medicine
• Nephrology
• +4 more

Professor Marcus Stoodley is a leading academic in Neurosurgery at Macquarie University Hospital and the Faculty of Medicine and Health Sciences. He specializes in neurovascular surgery, with expertise in managing aneurysms, vascular malformations, and cerebral bypass surgery, particularly for moyamoya disease. He is internationally recognized for his work on Chiari malformation, syringomyelia, and spinal cord tumors. He completed his medical training at the University of Queensland, followed by subspecialty training at Stanford University and the University of Chicago. Education: MBBS (Honours), University of Queensland Medical School Previous Positions: Prince of Wales Hospital (UNSW) His research focuses on syringomyelia, CSF physiology, and brain AVM treatments, with over $3M in funding from NHMRC and The Column of Hope. He leads one of Australasia’s largest neurosurgery research groups, producing over 100 publications and supervising 15+ students. Key projects include vascular targeting for brain AVMs and investigating CSF dynamics in Chiari malformation. He has delivered 70+ invited lectures and was awarded the John Mitchell Crouch Fellowship (2012). Research interests span clinical management of neurological disorders, surgical innovations, and translational research. His work bridges clinical practice and advanced imaging techniques like AI-driven diagnostics.

• Neurovascular Surgery
• Chiari Malformation
• Syringomyelia
• +3 more