Daniel Rudnick is a Professor of Physical Oceanography at Scripps Institution of Oceanography, UC San Diego. His research investigates upper ocean dynamics, fronts, eddies, and air-sea interactions using autonomous platforms like underwater gliders. Research focuses on physical and biological dynamics of the upper ocean, coastal oceanography, ocean circulation patterns, and development of ocean observation technologies. Current projects include studies of the California Current System using glider networks. Leads development of ocean observing systems including the California Underwater Glider Network. Research contributes to understanding climate impacts on marine ecosystems.
Manuel Jesus Lopez Sanchez is a tenured professor at the University of Cádiz, Spain, affiliated with the College of Engineering and the Department of Automatic Engineering, Electronics, Computer Architecture, and Networks. His work focuses on Systems Engineering and Automation, with expertise in Nonlinear Dynamics, Cyber-Physical Systems, Robust Control , and Advanced Process Control . He has developed control methodologies for chaotic systems, marine applications, and real-time simulation environments. Education: PhD in Systems Engineering (1999) - University of Cádiz PhD in Systems Engineering (1995) - University of Sevilla His research spans multiple domains including chaos control , marine automation , and real-time systems . Key contributions include H∞ controller designs for aircraft , adaptive ship stabilization systems , and open-source hard real-time environments . Article trends show sustained focus on robust control algorithms (7/15 articles), chaotic system stabilization (5/15 articles), and maritime automation (6/15 articles) since the 1990s. He has collaborated on numerous projects, including the development of the ControlAvH software for controller design and the EPESC real-time simulation system. His work integrates nonlinear control theory with practical hardware implementations , often through experimental validation using physical systems like chaotic circuits and marine vessels.
Liam MacNeil is a researcher at GEOMAR Helmholtz Centre for Ocean Research Kiel, working within Research Division 3: Marine Ecology, specifically in the Marine Evolutionary Ecology group. His office is located in room 1.401 at the GEOMAR facility in Kiel, Germany, and he can be contacted at +49-431 600 4521 or lmacneil@geomar.de. Dr. MacNeil's research focuses on marine ecological systems with particular emphasis on: Marine biodiversity and community assembly processes Fisheries science and management, especially in the Baltic Sea Biogeography of demersal fish populations Climate change impacts on marine organisms Advanced monitoring techniques combining imaging and molecular approaches His publication record demonstrates a strong focus on spatial and temporal patterns in marine communities, with significant contributions to understanding how environmental changes affect species distributions and abundances. Recent work highlights systemic challenges in European fisheries governance and proposes ecosystem-based solutions that address both sustainability and carbon sequestration. Dr. MacNeil has developed innovative methodologies including superpixel analysis for monitoring mudsnail growth under ocean warming and integrating metabarcoding with digital holography for plankton monitoring. His research aligns with GEOMAR's core themes of Marine Ecosystems and Biogeochemical Cycles, contributing to global understanding of ocean dynamics and sustainable management practices.
Charitha Pattiaratchi is a Professor at The University of Western Australia (UWA), holding dual appointments in the School of Engineering and the UWA Oceans Institute. He is also an International Space Centre Professor. His research focuses on coastal oceanography, physical ocean processes, and their impacts on marine ecosystems, climate, and coastal hazards. Key roles include leading the IMOS Ocean Glider Facility and pioneering the use of autonomous ocean gliders in Australia. Education: PhD (1985), MSc (1981), and BSc (1979) in Oceanography and Applied Mathematics from University College of Swansea (University of Wales). Research Interests: Coastal circulation, dense shelf water transport, boundary currents, tsunamis, marine debris tracking, and climate change impacts. His work spans oceanography, meteorology, engineering, and ecology, addressing issues like coastal erosion, harbor design, and whale shark habitat connectivity. Grants & Funding: Secured over $350M for initiatives like IMOS, WAMSI, and IOMRC. Active in 104 projects, including marine heatwave monitoring and blue carbon studies. Awards: 2024 TOS Mentoring Award, 2022 Vice-Chancellor’s Research Mentorship Award, and 2014 UWA Senior Research Excellence Award. Supervised over 300 students (20 PhDs, 77 postgraduates, 173 honours) from 19 countries, with a focus on diversity and inclusion. Labs & Infrastructure: Pioneered the IMOS Ocean Glider Facility (350+ missions) and integrated observation systems combining gliders, radar, and remote sensing. Designed the world’s first artificial surfing reef and mitigation strategies for seagrass wrack accumulation.
Dr. Wei Sun is an Assistant Professor in the Department of Aerospace & Mechanical Engineering at the University of Oklahoma. His academic background includes a Ph.D. and M.S. in Aerospace Engineering, and dual M.S. and B.S. degrees in Mathematics from Georgia Institute of Technology and Peking University. He specializes in control systems research with a focus on differential games, multi-agent pursuit-evasion strategies, reinforcement learning, and stochastic systems. His research has been supported by notable institutions including the Autonomous Control Laboratory (University of Washington) and the Dynamics and Control Systems Laboratory (Georgia Tech). Key contributions include advancements in game-theoretic control methodologies and stochastic optimization frameworks. Dr. Sun teaches courses on optimization and learning for control systems, reflecting his expertise in integrating theoretical foundations with practical applications. Professional affiliations include the IEEE and SIAM societies. His work has been recognized through awards such as the Student Travel Award from the 2015 American Control Conference. Current research emphasizes data-driven approaches to stochastic game theory and adaptive control systems, with applications in robotics and autonomous navigation.
Dr. Toby Westberry is an Associate Professor in the Department of Botany and Plant Pathology at Oregon State University's College of Agricultural Sciences. His research specializes in ocean color remote sensing and bio-optics, focusing on marine phytoplankton dynamics, primary production, and biogeochemical cycling from cellular to planetary scales. Research interests include: Development of satellite algorithms for phytoplankton productivity Marine bio-optical properties and phytoplankton physiology Ocean-atmosphere interactions and biogeochemical cycles Climate change impacts on marine ecosystems Dr. Westberry received NASA funding (~$530k) for the PACE mission project, developing hyperspectral algorithms for phytoplankton net primary production estimation and validation.
Jessica Garwood is an Assistant Professor at Oregon State University's College of Earth, Ocean, and Atmospheric Sciences (CEOAS). Her research focuses on small-scale physical-biological interactions in the ocean, particularly how these influence plankton and sediment transport. She leads the Lagrangian Ocean Lab and collaborates on projects involving autonomous systems and marine robotics. Education : Ph.D., Scripps Institution of Oceanography (2019) M.Sc., Dalhousie University (2014) B.Sc. (First Class Honours), Dalhousie University (2011) Research Interests : Garwood investigates coastal processes, including zooplankton behavior, ocean circulation patterns, and the impacts of climate change. She develops innovative sampling technologies like μFloats and the MOTHERSHIP platform, leveraging marine animals and autonomous vehicles for data collection. Her work bridges physical oceanography, biogeochemistry, and engineering to address environmental challenges. Key Projects : Co-developer of the MOTHERSHIP autonomous sampling system for polar environments Leader of the Lagrangian Ocean Lab Collaborator on low-cost dissolved oxygen sensor networks in crab pots Lab & Teams : The Lagrangian Ocean Lab focuses on advancing observational techniques and modeling to understand ocean transport dynamics and their ecological implications.
Alberto Dallolio is a Researcher at the Department of Engineering Cybernetics, NTNU, specializing in robotics, control systems, and autonomous systems. He holds a PhD from NTNU (2022) and advanced degrees from the University of Bologna and Sapienza University of Rome. His research focuses on control architectures for unmanned surface vehicles (USVs), environmental monitoring, and nonlinear control theory. B.Sc. Automation Engineering (University of Bologna, 2015) M.Sc. Artificial Intelligence & Robotics (Sapienza University of Rome, 2018) PhD in Control Systems (NTNU, 2022) His work emphasizes autonomous systems for oceanographic studies, including hydrodynamic modeling, anti-grounding systems, and multi-sensor integration. Recent projects include deploying wave-propelled USVs for algae bloom monitoring and collaborative systems with satellites for persistent ocean observation. Key technical contributions include: Development of gain-scheduled steering control for USVs Hydrodynamic model estimation using data-driven methods ENC-based collision avoidance systems His research has been applied to real-world scenarios such as Arctic ocean measurements and coastal monitoring in harsh environments.
Neal Pettigrew serves as a Professor of Oceanography at the University of Maine's School of Marine Sciences, where he leads the Physical Oceanography Group (PhOG). His research program focuses on coastal circulation dynamics and biophysical coupling processes, utilizing field studies combined with fluid dynamics theory across diverse marine environments from estuaries to marginal seas. Since 1997, he has directed the development of real-time ocean observing systems including the Gulf of Maine Observatory (NERACOOS) and Caribbean Integrated Ocean Observing System (CARICOOS). Dr. Pettigrew earned his Ph.D. through the prestigious WHOI/MIT Joint Program in Oceanography, establishing his foundation in advanced oceanographic research methodologies. His academic journey has centered on understanding coastal ocean processes through rigorous observational approaches. His research interests encompass the dynamics of coastal circulation features, biophysical interactions in marine ecosystems, and development of autonomous oceanographic instrumentation. Current projects involve deploying Slocum gliders and wind-powered surface vehicles to enhance observational capabilities in the Gulf of Maine and Caribbean regions. The integration of field measurements with statistical analysis and theoretical fluid dynamics characterizes his methodological approach across estuarine, shelf, and marginal sea environments. Analysis of his recent publications (2005-2009) reveals consistent focus on Gulf of Maine circulation patterns, larval transport mechanisms for ecologically and economically significant species like lobster, and technical innovations in ocean observing infrastructure. His work demonstrates strong interdisciplinary connections between physical oceanography, marine biology, and engineering disciplines, particularly in developing robust real-time monitoring systems. No specific scientific awards were documented in the source material, though his sustained contributions to operational oceanography through multi-institutional observing systems represent significant professional achievement in advancing coastal monitoring capabilities. Dr. Pettigrew actively mentors graduate students and manages a research team comprising eight professional staff members with expertise in electrical engineering, mechanical engineering, software development, and oceanographic research. His group's work is supported by grants enabling operation of multiple observing platforms including moored buoys, autonomous gliders, and emerging wind-powered surface vehicles, with current expansion to six gliders and two AUVs. The Physical Oceanography Group maintains specialized facilities for designing and testing oceanographic instrumentation, with current R&D efforts focused on expanding autonomous vehicle fleets, improving real-time data transmission capabilities, and enhancing the resilience of coastal monitoring systems for applications in environmental management and climate research.
Amavi Nimesha Silva is a Post-doctoral Researcher at the GEOMAR Helmholtz Centre for Ocean Research Kiel, specializing in Marine Biogeochemistry. Their work focuses on air-sea gas exchange processes, marine oxygen cycling, nutrient and carbon distribution, and coupled ecosystem-biogeochemical modeling. Silva is involved in validating autonomous biogeochemical data and contributes to understanding climate change impacts through oceanographic studies. PhD in Ocean and Earth Sciences (2020–2024), University of Southampton, UK Erasmus Mundus MSc in Marine Environment and Resources (2017–2019), multiple European institutions BSc in Fisheries and Marine Sciences (2011–2015), University of Ruhuna, Sri Lanka Silva’s research spans critical marine biogeochemical processes, including Labrador Sea oxygen anomalies, Southern Ocean pCO2 discrepancies, and marine pollution sustainability. Their work integrates observational data with biogeochemical models to enhance climate data accuracy and inform ocean governance strategies. Email: asilva@geomar.de
Joern Callies is a Professor of Oceanography and Environmental Science at the California Institute of Technology (Caltech), affiliated with the Division of Geological and Planetary Sciences and the Department of Environmental Science and Engineering. He holds an M.S. from the University of Hamburg (Germany, 2011) and a Ph.D. from MIT (2015). His research focuses on ocean circulation dynamics, using in situ and satellite observations, dynamical models, and numerical simulations to understand climate regulation mechanisms. Education: M.S., University of Hamburg, Germany, 2011 Ph.D., Massachusetts Institute of Technology, 2015 Research Interests: Dr. Callies investigates submesoscale and mesoscale ocean processes, including turbulence, eddy dynamics, and abyssal circulation. His work emphasizes the interplay between observational data and theoretical models to uncover governing principles of oceanic fluid dynamics. Key Research Themes (2023–2025): Seismic oceanography for temperature monitoring Submesoscale eddy impacts on heat flux and turbulence Abyssal T-waves and deep-ocean dynamics Advances in airborne and fiber-optic observational techniques Lab/Team: His research group collaborates with international institutions, deploying cutting-edge observational platforms like autonomous floats and satellite altimeters to study oceanic processes at high resolution.
Samuel W. Stevens is a Lecturer at the University of British Columbia (UBC) and a Postdoctoral Researcher with the Hakai Institute's Canadian-Pacific Robotic Ocean Observing Facility (CPROOF). He is affiliated with the Department of Earth, Ocean and Atmospheric Sciences (Faculty of Science, UBC). His research focuses on understanding ocean evolution, drivers of change, and ecosystem impacts, utilizing observations, models, and DIY instrumentation. Key methods include autonomous gliders, floats, and moorings to study physical processes along the northeast Pacific continental shelf. Education: PhD in Oceanography (2017–2024, UBC, switched from MSc in 2019); BSc in Oceanography (2010–2013, University of Southampton). Prior roles include Research Technician (Bermuda Atlantic Time-series Study, 2014–2017) and MetOcean Scientist (Fugro EMU, 2013–2014). Teaching includes EOSC 473/573 (Methods in Oceanography), EOSC 211 (Computer Methods), and EOSC 112 (Climate System). His work emphasizes innovative, low-cost instrumentation (e.g., Swish floats) and environmental monitoring. Publications span oceanographic processes, dispersion modeling, and contaminant distribution in coastal regions. Collaborations include researchers like R. Pawlowicz and teams at UBC and Hakai.
Dr. Lora Van Uffelen is an Associate Professor in the Ocean Engineering department at the University of Rhode Island, where she leads the OPERA Lab. Her research spans underwater acoustics, acoustical oceanography, and signal processing, with a focus on autonomous underwater vehicle (AUV) integration for long-range acoustic propagation studies and marine mammal monitoring in Arctic and tropical environments. Education: Ph.D., Oceanography, Scripps Institution of Oceanography (2009) Post-Doctoral Researcher, Scripps Institution of Oceanography (2010) B.S., Engineering, Hope College (2002) Her work combines underwater acoustic modeling , glider navigation , and passive acoustic monitoring for applications in Arctic acoustics, coral reef soundscapes, and real-time positioning systems. Recent publications highlight automated acoustic arrival matching algorithms, Doppler effects on AUV navigation, and self-noise characterization of Seagliders. Grant Leadership: Office of Naval Research (PI, 2023) URI Research Foundation (PI, 2021) NIUVT Collaborative Projects (Co-PI, 2020) The OPERA Lab under Dr. Van Uffelen explores benchmarking underwater platform positioning , acoustic processing automation , and long-range subsurface navigation with projects spanning Hawaii to the Arctic.
Professor Moninya Roughan at the University of New South Wales (UNSW) leads oceanography initiatives under Australia's Integrated Marine Observing System (IMOS) since 2008. Affiliated with the School of Biological, Earth and Environmental Sciences, she combines in-situ observations, autonomous platforms, and numerical models to study the East Australian Current (EAC) system, focusing on boundary currents, marine heatwaves, and climate change impacts on coastal ecosystems. Research Interests include: dynamics of western boundary currents, cross-shelf processes, ocean warming, numerical modeling, data assimilation, and integration of traditional Indigenous knowledge with oceanography. Her work bridges physical oceanography with biogeochemical and ecological processes, emphasizing connectivity, particle dispersion, and productivity. Recent article trends (2025-2024) span marine heatwave drivers, EAC variability, plastic pollution dynamics, and data assimilation techniques. Keywords include climate science, ocean modeling, and marine ecosystems, with subfields like eddy interactions, Lagrangian transport, and coastal monitoring networks.
Dean Roemmich is a Professor of Climate, Atmospheric Sciences, and Physical Oceanography at Scripps Institution of Oceanography, UC San Diego. His research examines ocean-atmosphere interactions and global climate systems using autonomous platforms and satellite observations.
