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Tsung-Chow SuView profile

Professor

• Fluid Mechanics
• Ocean Engineering
• Environmental Fluid Mechanics
• +9 more

Tsung-Chow (Joe) Su is a Professor in the Department of Ocean and Mechanical Engineering at Florida Atlantic University (FAU), located in Boca Raton, Florida. His research focuses on fluid mechanics, environmental engineering, and nanotechnology applications, with emphasis on fluid-structure interactions, piezoelectric shell vibrations, and energy-related systems. He has contributed extensively to the study of underwater robotics, scour protection for marine pipelines, and bioengineering solutions for pollutant capture. Education : Eng.Sc.D., Ocean Engineering, Columbia University (1974) M.S., Aeronautics, California Institute of Technology (1970) B.S., Civil Engineering, National Taiwan University (1968) Research Interests : Industrial and Environmental Fluid Mechanics Design Problems Involving Nanotechnology Fluid-Structure Interactions Piezoelectric Shell Vibrations Energy Systems and Undergraduate Research Recent Publications highlight advancements in underwater inflatable sonar arrays, scour mitigation for pipelines, and hybrid aerial-underwater robotic systems. His work bridges theoretical fluid dynamics with practical applications in marine infrastructure, pollution control, and autonomous systems. Teaching includes courses like Advanced Fluid Dynamics, Fluid Mechanics for Ocean Engineering, and Nanotechnology. Labs/Teams: His research involves collaborations in coastal engineering, robotics, and environmental fluid mechanics, though specific lab names are not explicitly stated in the provided texts.

• Cyber-Physical Systems
• Control Theory
• Secure-by-Construction Synthesis
• +3 more

Majid Zamani is an Associate Professor in the Computer Science Department at the University of Colorado Boulder, and a Guest Professor at Ludwig Maximilian University of Munich. He previously held an Assistant Professor position at the Technical University of Munich (2014–2019), leading the Hybrid Control Systems Group. His expertise spans verification and control of cyber-physical systems, secure-by-construction synthesis, and compositional analysis of interconnected systems. He holds a PhD in Electrical Engineering from UCLA (2012) and additional degrees from Sharif University of Technology and Isfahan University of Technology. Research Focus: Verification of safety properties, secure control synthesis, data-driven methods, and formal methods for stochastic systems. Notable contributions include barrier certificates, compositional verification, and abstraction-based control strategies. His work addresses challenges in autonomous systems, robotics, and safety-critical infrastructure. Major Awards: Recipient of the 2023 George S. Axelby Outstanding Paper Award, 2022 NSF Career Award, and ERC Starting/Proof-of-Concept Grants (2018/2023). Active in technical leadership roles, including serving on the IEEE CSS Technical Committee. Grants & Collaborations: Focused on NSF-funded projects exploring data-driven control and European initiatives in compositional system verification. His research bridges theoretical foundations with practical applications in robotics and autonomous systems.

• Cyber-Physical Systems
• System Dynamics
• Digital Twin
• +3 more

Agus Ismail Hasan is a Professor of Cyber-Physical Systems at the Department of ICT and Natural Sciences, Norwegian University of Science and Technology (NTNU), with a focus on Digital Twin , Autonomous Systems , and System Dynamics . His academic journey began with a BSc in Mathematics from Bandung Institute of Technology and a PhD in Control Systems from NTNU. His research spans interdisciplinary domains, integrating Control Theory , Machine Learning , and Industrial Applications to address challenges in autonomous vehicles , renewable energy systems , and public health modeling . Recent publications highlight advancements in Digital Twin fault diagnosis, Secure State Estimation for cyberattacks, and Marine Robotics optimization. Scientific contributions include the ASME Best Paper Award in Mechatronics (2015) and leadership roles in IEEE Technical Committee on Aerial Robotics and IFAC Technical Committee on Distributed Parameter Systems . His work bridges theoretical control systems with real-world implementations in maritime autonomy , wind energy , and epidemiological modeling .

• Decision and Control Systems
• Game Theory
• Multi-Agent Systems
• +4 more

Jeff S. Shamma is a Professor and Department Head of Industrial and Enterprise Systems Engineering (ISE) at the University of Illinois at Urbana-Champaign (UIUC), holding the Jerry S. Dobrovolny Chair. He previously served at KAUST and Georgia Tech, where he held the Julian T. Hightower Chair in Systems and Controls. He earned his PhD in Systems Science and Engineering from MIT in 1988. Current roles: Department Head & Professor (UIUC), courtesy Professorships in Aerospace and Mechanical Engineering Editor-in-Chief (2020-2024) of IEEE Transactions on Control of Network Systems Research focuses on decision and control systems, game theory, multi-agent systems, and distributed autonomy. He explores applications in human-machine networks, autonomous robotics, and complex system dynamics. His work bridges theory and practice, addressing challenges in networked systems and robotic autonomy. Notable awards include IEEE/IFAC Fellowships, the AACC Donald P. Eckman Award, and NSF Young Investigator Award. He has delivered plenary/semi-plenary talks at major conferences like NeurIPS, CDC, and ACC. Recent research highlights include FalconScan hybrid UAV-crawler systems for industrial inspection, distributed learning dynamics in games, and risk-sensitive equilibrium computations. His work emphasizes safe autonomy, scenario-based analysis, and hybrid control strategies.

• Composite Materials
• Fluid-Structure Interactions
• Hydrodynamics
• +5 more

Ivan Stenius is a full-time Associate Professor at the Department of Engineering Mechanics, KTH Royal Institute of Technology. He holds a M.Sc. (2003) and Ph.D. (2009) in Lightweight Structures from KTH, with a licentiate degree (2007). His research focuses on composite materials, fluid-structure interactions, hydrodynamics, marine robotics, and model-based systems engineering. He leads the Swedish Maritime Robotics Centre (SMaRC), Sweden’s largest academic initiative in underwater robotics, and co-founded Zparq AB for marine electric propulsion. Education: M.Sc. in Lightweight Structures (KTH, 2003) Technical Licentiate in Lightweight Structures (KTH, 2007) Ph.D. in Hydroelasticity and Fluid-Structure Interactions (KTH, 2009) Research & Collaboration: Stenius develops advanced software tools with FMV and the Swedish Coast Guard. He leads cross-disciplinary projects involving computer vision, electrochemistry, and networked control. His work on hydrofoiling and electric propulsion has spun off Zparq AB. Recent projects include autonomous seaweed farm inspection, bioinspired underwater robots, and reinforcement learning for AUV maneuvering. Labs & Initiatives: PI of SMaRC, which integrates advanced robotics and maritime systems. Active in courses like Underwater Technology (SD2709) and Vehicle Engineering (SD1002).

Aldy GunawanView profile

Associate Professor

• Artificial Intelligence and Data Science
• Decision Making & Optimization
• Machine Learning & Intelligence
• +3 more

Aldy Gunawan is an Associate Professor of Computer Science (Practice) at the School of Computing and Information Systems, Singapore Management University (SMU). He holds a PhD in Industrial and Systems Engineering from the National University of Singapore (2009). His research focuses on Operations Research, Logistics, Artificial Intelligence, and Urban Sustainability, with a strong emphasis on solving complex routing and scheduling problems through optimization techniques. Education : PhD, Industrial and Systems Engineering, National University of Singapore (2009) M.Eng/M.Sc, Industrial and Systems Engineering, National University of Singapore (2004/2002) B.Eng, Industrial Engineering, University of Surabaya (1998) Research Interests : Optimization Algorithms (e.g., Orienteering Problems, Vehicle Routing) Urban Logistics and Sustainability Artificial Intelligence & Machine Learning Applications Decision Support Systems for Logistics and Manufacturing His recent work includes contributions to e-waste collection optimization, blood inventory routing, and agile satellite scheduling. He has published over 50 papers in top journals and conferences, with a focus on practical solutions for real-world logistics challenges. Awards & Honors : Multiple research scholarships from NUS (2002–2008) SAS Prize for Academic Excellence (2003) VICOM Prize for Best Performance in Engineering Courses (2002) ASEAN Graduate Scholarship (2001–2002) Professional Activities : Reviewer for journals like European Journal of Operational Research and Annals of Operations Research Committee member at conferences such as IEEE IEEM and ICORES Member of ORSS, INFORMS, and IEEE His work bridges academic research and industry applications, addressing challenges in smart cities, sustainable logistics, and AI-driven decision-making systems.

• Satellite inspection
• Spacecraft dynamics
• Orbital rendezvous
• +4 more

Dr. David K. Geller is a Researcher at Utah State University's College of Engineering, affiliated with the Space Dynamics Laboratory. His research program spans spacecraft dynamics, orbital mechanics, and UAV applications, with particular expertise in trajectory optimization and satellite operations. Dr. Geller's research focuses on solving complex problems in space operations through advanced mathematical techniques. His work bridges theoretical developments in orbital mechanics with practical applications for satellite inspection, debris removal, and autonomous spacecraft operations. He has pioneered the application of convex optimization for real-time trajectory planning and developed innovative approaches to spacecraft attitude determination using ground-based photometry. His research demonstrates consistent evolution from fundamental orbital dynamics to increasingly applied mission concepts. Analysis of Dr. Geller's publication record reveals a strategic progression from theoretical foundations to mission-critical applications. His recent work emphasizes autonomy in spacecraft operations, with multiple 2017-2021 papers addressing real-time trajectory planning and multi-spacecraft coordination. The recurring themes across his publications include optimization under constraints, safety in proximity operations, and efficient computational methods for space applications. Primary research areas: Satellite inspection, Spacecraft dynamics, Orbital rendezvous Methodological expertise: Convex optimization, Relative orbital mechanics, UAV navigation Application domains: Space debris removal, On-orbit servicing, Environmental monitoring Dr. Geller maintains active collaborations with researchers including Nicholas Ortolano, Aaron Avery, and previously mentored Austin M. Jensen on UAV-based fish tracking research. His work through the Space Dynamics Laboratory contributes to both fundamental aerospace engineering knowledge and practical space mission capabilities.

Mehdi RaessiView profile

Professor

• Interfacial flows
• Multi-phase flows with phase change
• Energy systems (renewable/conventional)
• +2 more

Mehdi Raessi is a Professor and Graduate Program Director in the Mechanical Engineering Department at the University of Massachusetts Dartmouth . He holds a PhD in Mechanical Engineering from the University of Toronto (2008) and has postdoctoral experience at NASA-Stanford University's Center for Turbulence Research. His research focuses on numerical simulations of interfacial flows, multiphase systems, and energy applications, with grants from NSF, Office of Naval Research, and others totaling over $1M. Notable projects include wave energy converters and super-hydrophobic surface design for wind turbines. Dr. Raessi teaches Thermal Systems Design and Masters Thesis , emphasizing thermodynamics, fluid dynamics, and heat transfer. His work integrates computational fluid dynamics (CFD) with high-performance computing, addressing challenges in renewable energy, materials processing, and biomedical systems. Awards include the Early Career Teaching Award (University of Toronto) and multiple fellowships. Research Highlights: Development of computational frameworks for wave energy extraction and ice-resistant wind turbine coatings Advances in evaporation modeling and spray-wall interaction submodels Investigation of droplet dynamics and phase-change phenomena His team, the Raessi Research Group , collaborates on projects like the MUST IV wave energy system and computational studies of stratified turbulence. He actively publishes in top journals like International Journal of Heat and Mass Transfer and Computing in Science & Engineering .

Volker GassView profile

Adjunct Professor

• Space Systems
• Technology Innovation
• Space Policy

Volker Gass serves as Director of Strategic Initiatives at EPFL and Adjunct Professor across multiple departments including School of Engineering and College of Management of Technology. His academic background includes a PhD in Applied Micro-Systems Technologies from University of Neuchâtel and executive leadership training. Gass's research focuses on space technology innovation, including satellite systems, space materials, and educational applications of space science. His work bridges engineering development and space policy frameworks. Recent publications demonstrate three research priorities: (1) advanced space propulsion and thermal systems, (2) space qualification of terrestrial technologies, and (3) educational applications of space exploration concepts. These works balance technical innovation with practical implementation challenges. As former Director of the Swiss Space Center (Space Innovation), Gass led initiatives linking academic research with industry applications, including CubeSat development and space debris mitigation. He currently oversees strategic technology initiatives at EPFL while maintaining visiting professor status at MIT AeroAstro.

Robbie NapperView profile

Associate Professor

• Sustainable Transport
• Bicycle Design
• Public Transport Systems
• +3 more

Robbie Napper is an Associate Professor in the Department of Design at Monash University, specializing in sustainable transport systems design. His work integrates industrial design with mobility infrastructure to make eco-friendly transport the default choice through innovations in bicycles, buses, and urban mobility networks. His academic credentials include: PhD in Industrial Design (Monash University, 2011) Bachelor's Degree with First Class Honours in Industrial Design (University of Canberra, 2004) Graduate Certificate in Higher Education (Monash University, 2012) Napper's research pioneers practical solutions for sustainable mobility transitions, including novel bicycle storage systems, bus fleet electrification strategies, and behavioral studies on transport mode adoption. His work directly supports UN Sustainable Development Goals for sustainable cities and climate action through human-centered design approaches. Recent publications reveal a strategic focus on integrating micromobility with public transit, enhancing safety in clean transport systems, and building user trust in autonomous vehicles. His outputs uniquely blend theoretical frameworks with tangible design solutions, from vehicle prototypes to policy guidance documents. Key recognitions include: GOOD DESIGN AWARD WINNER (2021) for aircraft cabin innovation National Transport Research Award shortlisting (2020) Premier's Design Awards finalist (2020) Smarter Hobart Challenge finalist (2021) Napper actively supervises PhD candidates while leading major industry collaborations like Victoria's bus fleet electrification project. He serves on the US National Academy of Sciences' Transportation Research Board and co-organizes the Australasian Road Safety Conference, bridging academic research with real-world transport challenges. His public engagement includes influential media contributions reframing cycling culture and safety debates, alongside international collaborations like his 2024 visiting researcher role at IIT Bombay.

Johannes ReuterView profile

Professor

• Control Engineering
• Autonomous Systems
• Maritime Control
• +3 more

Prof. Johannes Reuter is a Professor in the Department of Control Engineering at Konstanz University of Applied Sciences and a member of the Institute for System Dynamics (ISD). He serves as Vice Dean and Dean of Studies for the Electrical Systems M.Eng. program. His expertise includes control engineering, tracking, and multi-sensor data fusion. Reuter holds a doctorate in Automatic Control and System Dynamics from Berlin Technical University. Before joining Konstanz in 2007, he worked at IAV GmbH, IAV Automotive Engineering (USA), and Eaton Corp.'s Innovation Center (USA). His research focuses on autonomous systems, maritime control, and optimization algorithms, with contributions to conferences like ICRA and journals such as the Journal of Ocean Engineering. He leads projects on energy-efficient autonomous vessels (Solgenia) and advanced control strategies for dynamic systems. Education: Studied Mathematics/Physics at Bielefeld University Electrical Engineering degrees from Bielefeld University of Applied Sciences and Berlin Technical University Doctorate in Automatic Control and System Dynamics, Berlin Technical University Research Interests: Reuter’s work bridges theoretical control engineering with practical applications, emphasizing autonomous systems, maritime robotics, and sensor data fusion. Key areas include model predictive control (MPC), trajectory optimization, and energy-efficient vessel design. His research often integrates advanced algorithms like MPPI (Model Predictive Path Integral) for stochastic systems and develops methods for extended object tracking using LiDAR and radar sensors. Publications: Recent work highlights energy-optimal vessel docking, trajectory planning with signal temporal logic, and extended object tracking. His articles reflect a focus on interdisciplinary solutions combining control theory, robotics, and sensor technology. Awards/Grants: No specific awards listed, but his work is supported through academic and industrial collaborations. Labs/Teams: Active in the Institute for System Dynamics (ISD), Konstanz, which focuses on control systems, signal processing, and dynamic optimization across robotics, marine systems, and energy management.

Curtis ThorneView profile

Associate Professor

• Cell and Cancer Biology
• Wnt Signaling
• Kinase Networks
• +6 more

Curtis Thorne , PhD, is an Associate Professor in the Department of Cellular and Molecular Medicine at the University of Arizona , with additional affiliations at the University of Arizona Cancer Center and the BIO5 Institute . His research focuses on Wnt signaling , kinase networks , and tissue homeostasis , aiming to develop novel drug discovery strategies for cancer. Education : B.S., Biology and Chemistry, Baylor University (2000) Ph.D., Cell and Developmental Biology, Vanderbilt University (2010) Postdoctoral training, American Cancer Society Fellow, UT Southwestern/UCSF Research Interests include Decoding intestinal stem cell behaviors in cancer Quantitative analysis of kinase networks in disease Development of organoid-based drug screening platforms Studying GSK-3 signaling in crypt maintenance Exploring small molecule activators for therapeutic applications Publications highlight his work on Wnt pathway regulation β-catenin signaling in cancer Intestinal organoid models High-throughput drug discovery Notable Awards NIH Pathway to Independence Award Leadership and Training includes Director, Graduate Program in Molecular Medicine Advisor to PhD/MD-PhD students Co-founder of biotech companies ProxyBio and Branch Therapeutics

• Pharmacology
• Inflammation
• Oxidative Stress
• +3 more

Elif Barış is a faculty member in the Department of Basic Medical Sciences at İzmir University of Economics, Turkey. Her research focuses on the interplay between the cholinergic system, inflammation, and oxidative stress, with implications in cancer biology, nephrology, and neuropharmacology. Key research areas: Cholinergic agonists, COX pathway modulation, TLR signaling, and anti-inflammatory drug mechanisms Her recent publications (2023-2025) investigate: choline's effects on cancer cells, fibromyalgia-related inflammation, and potential therapeutic applications for smoking cessation and osteoporosis. Collaborative work includes computational modeling and in vitro/in vivo experimental approaches. Notable collaborations: Mualla Aylin Arıcı (co-author on multiple studies), Metiner Tosun (co-author), and Hamurtekin (co-author). No formal awards or part-time status detected.

Wei WangView profile

Assistant Professor

• Marine Robotics
• Autonomous Systems
• Control Systems
• +4 more

Wei Wang is an Assistant Professor in the Department of Mechanical Engineering at the University of Wisconsin-Madison, leading the Marine Robotics Lab (MRL). His research focuses on designing and controlling autonomous robots in complex aquatic environments, with expertise in marine robotics, bioinspired systems, and underwater perception. He joined the university in January 2024 and teaches courses such as E M A 599, M E 351, and M E 376. Education: PhD in Mechanical Engineering from Peking University (2016), Bachelor of Engineering from University of Electronic Science and Technology of China (2010). Notable academic distinctions include being a finalist for the 2022 MIT Water Innovation Prize and a champion in the 2014 International Underwater Robot Competition. Research Interests: The MRL explores innovative robotics concepts for aquatic monitoring, ocean exploration, and urban transportation. Key areas include autonomous navigation, control algorithms, and bioinspired design. Recent work emphasizes deep reinforcement learning, hybrid actuation systems, and robust model predictive control for surface and underwater vehicles. Publications: Over 25 peer-reviewed articles since 2013, with a focus on marine robotics, control systems, and bioinspired mechanisms. Notable contributions include Roboat III’s urban transportation system and AI-driven underwater glider design. Awards: Extensive recognition for innovation in robotics, including the NOW Awards Silver Winner (2019) and multiple academic excellence awards from Peking University and UESTC. Lab & Teams: The Marine Robotics Lab collaborates on projects like Roboat (autonomous urban vessels) and underwater electrocommunication systems. Current research integrates AI, bioinspired engineering, and environmental adaptation for next-generation autonomous systems.

Antonello GiannitrapaniView profile

Associate Professor

• Smart Grid
• Multi-agent Systems
• Aerospace Applications
• +3 more

Antonello Giannitrapani is an Associate Professor at the Department of Information Engineering and Mathematics at the University of Siena, Italy. He is affiliated with the Systems and Control Group and focuses on research in smart grids, multi-agent systems, aerospace applications, and mobile robots. His work emphasizes distributed control, energy storage optimization, and SLAM (Simultaneous Localization and Mapping) for robotics. Giannitrapani holds a PhD and MSc in Information Engineering from the University of Siena (2004 and 2000, respectively). Research interests include: Smart grid optimization for voltage control and energy storage systems Distributed algorithms for multi-agent systems and consensus problems Aerospace control, including spacecraft guidance and rendezvous Mobile robotics with a focus on SLAM, cooperative systems, and haptic interfaces Selected projects include CIDCABIP (2018-2020), addressing data collection and predictive maintenance, and participation in initiatives like the Energy-Aware Factory of the Future (2020-2023). Teaching roles span courses in Data Analysis, Decision Analysis, and Robotics (in Italian). Key contributions include: Optimal energy storage placement in low-voltage grids A distributed asynchronous method of multipliers for nonconvex optimization Variable-horizon guidance for spacecraft docking Development of remote labs for multi-robot experiments His research integrates control theory, optimization, and robotics to address challenges in energy systems, autonomous systems, and distributed intelligence.