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Yeonho JeongView profile

Assistant Professor

• Power Electronics
• Electric Vehicles
• Renewable Energy Systems
• +3 more

Yeonho Jeong is an Assistant Professor in the Department of Electrical, Computer, and Biomedical Engineering at the University of Rhode Island and leads the URI Power Electronics Lab . His research focuses on high-performance power converters for electric transports, AI-based design tools for power electronics, wireless power transfer, and battery self-heating. Education: Ph.D. and M.S. in Electrical Engineering from KAIST (2018, 2014) Recent research trends involve machine learning-aided power electronics design , hybrid UAV energy systems , and high-efficiency LLC resonant converters . Notable funded projects include grants from the Office of Naval Research ($500,000) and USAID ($500,000). IEEE Senior Member (2023) DOD SMART Scholarship recipient (2025) Dean’s Fellowships (2024) His lab actively advises Ph.D. students like Xueshen Zhang and Chang-Seok Kim , with recent expansions in 2025 welcoming new Ph.D., visiting, and undergraduate researchers.

Luis David Avendaño-ValenciaView profile

Associate Professor

• Structural Dynamics
• Structural Health Monitoring
• Condition Monitoring
• +7 more

Luis David Avendaño-Valencia is an Associate Professor in the Department of Mechanical Engineering at the University of Southern Denmark's College of Engineering. His research focuses on structural dynamics, monitoring, and damage detection under time-dependent environmental and operational conditions, integrating signal processing, statistics, and machine learning. Education: PhD in Mechanical and Aeronautical Engineering (2016), BEng in Electronic Engineering (2007) External Roles: External Censor at Censorkorps (2023–present), Member of the Danish Center for Applied Mathematics and Mechanics (DCAMM) (2018–present) His work emphasizes system identification and damage diagnosis algorithms for wind turbines, marine systems, and other structures. Key methodologies include Gaussian Process Regression, Bayesian updating, and Linear Parameter Varying (LPV) models. He has contributed to offshore wind turbine blade diagnostics, marine diesel engine monitoring, and uncertainty quantification in vibration analysis. Recent publications highlight hybrid physics-data-driven approaches and multivariate regression techniques to mitigate environmental/operational variability. Collaborations span maritime engineering, wind energy, and machine learning-based diagnostics. He teaches courses on machine learning for structural monitoring, structural vibrations, and time-series methods. Supervision includes PhD projects on digital twins of axial piston pumps and operational regime clustering for wind turbines.

Marie LützenView profile

Associate Professor

• Maritime Engineering
• Naval Architecture
• Environmental Optimization
• +6 more

Marie Lützen is an Associate Professor at the Department of Mechanical Engineering, University of Southern Denmark (SDU). Her research focuses on maritime engineering, with emphasis on ship stability, collision/grounding analysis, environmental optimization, and condition monitoring of offshore vessels. Institute of Mechanical and Electrical Engineering, SDU Research Platform: SDU Maritime Research Platform Research Highlights : Developing digital twins for crew comfort in ShippingLab II projects (2024–2027) Advancing condition monitoring through operational mode classification and anomaly detection in offshore vessels Contributing to second-generation intact stability criteria standards Integrating finite element analysis and stochastic modeling for structural reliability Training technicians using ship bridge simulators for energy-efficient operations Exploring redundancy design in unmanned ship machinery systems Scientific Contributions : 74 research outputs spanning maritime safety, structural analysis, and energy efficiency Active in 14 projects, including EU collaborations Regular participation in international maritime conferences (IMAM, WMTC, ICCGS) Awards : Jury member for best bachelor projects in mechanical engineering (2015, 2016) Contributor to maritime innovation recognition

Nickolaj Feldt JensenView profile

Assistant Professor

• Building physics
• moisture damage
• mold growth
• +5 more

Nickolaj Feldt Jensen is an Assistant Professor at BUILD, Aalborg University in Copenhagen, Denmark. He is affiliated with the Department of Construction, Urban and Environmental Engineering within the Faculty of Engineering and Science. His work is focused in the Section for Building Technology, Processes & Indoor Climate, specifically in the Building Physics Research Group. Dr. Jensen's research interests span across building physics with particular focus on moisture-related phenomena in buildings. His work encompasses moisture damage, mold growth, wood-decaying fungi, interior post-insulation, hygrothermal simulations, and green roofs. His expertise lies in understanding heat and moisture transport in buildings and structures, with special attention to the challenges of retrofitting historic buildings. His recent publications demonstrate a strong focus on internal insulation systems, particularly for solid masonry walls in historic buildings. His research examines the hygrothermal performance, moisture control, and energy efficiency implications of various insulation approaches. He has published extensively on mold growth assessment, moisture adaptive membranes, and hydrophobization techniques to improve building performance. Mold Growth Analysis: Several publications examine mold growth in buildings, including detection methods and risk assessment under different climate conditions. Internal Insulation Performance: Multiple studies evaluate different internal insulation systems, focusing on real-world performance and long-term durability. Moisture Control Strategies: Research on moisture adaptive membranes, hydrophobization, and ventilated cavity solutions for managing moisture in insulated buildings. Dr. Jensen has been actively involved in numerous research projects including FuturHist (Horizon Europe), Hedeskov – Center for Regenerative Practice, and VIGOT (Green Transformation of Carpenter Education). These projects address critical challenges in sustainable building renovation, regenerative practices, and workforce development for green construction. His expertise is frequently sought for technical guidance in building renovation, as evidenced by his participation in developing SBi guidelines for renovating floor separations with timber beams and concrete.

Thomas BakView profile

Professor

• Robotics
• Control Systems
• Assistive Technology
• +5 more

Thomas Bak is Professor and Dean of The Technical Faculty of IT and Design at Aalborg University, Denmark, where he maintains an active research profile while leading the faculty. His office is located at Fredrik Bajers Vej 1, A.2.23, 9220 Aalborg East. Professor Bak's research primarily focuses on robotics, particularly assistive robotics for individuals with disabilities. His work spans exoskeleton design, computer vision-based control systems, and rehabilitation engineering. Key research areas include human-robot interaction, control systems, and AI applications in assistive technologies. His research has significant practical applications, especially in developing technologies that improve quality of life for people with severe disabilities. Analysis of his recent publications reveals a strong emphasis on upper-limb exoskeletons for individuals with tetraplegia, with a focus on clinical validation, user-centered design, and semi-autonomous control systems. His work bridges engineering, computer science, and rehabilitation medicine, demonstrating interdisciplinary collaboration across multiple fields. Recent trends show increasing integration of AI and probabilistic methods in robotics applications. Professor Bak has secured significant research funding, including grants from the Louis-Hansen Foundation for rehabilitation robotics and AAU strategic grants for projects like EXOTIC (Assistive personal robotics platform with an exoskeleton using the tongue for intelligent control). He has collaborated extensively with researchers across multiple disciplines, including medical professionals and engineers. He serves as principal investigator or supervisor for numerous PhD students and research projects. His leadership extends to institutional roles, including chairing committees related to AI strategy at Aalborg University, as evidenced by media coverage of the 'Ny stor AI-satsning på Aalborg Universitet' (New major AI initiative at Aalborg University). Professor Bak is actively involved with robotics research centers and collaborates with institutions like FORCE Technology. His work on the Center for Rehabilitation Robotics demonstrates his commitment to translating research into practical applications that benefit individuals with disabilities through technologies like the EXOTIC exoskeleton platform.

• Robotics
• Autonomous Systems
• Machine Vision
• +5 more

Angelos Plastropoulos is a Lecturer in Automated Inspection and Diagnostics at Cranfield University's Centre for Autonomous and Cyberphysical Systems, within the School of Aerospace, Transport and Manufacturing. With 24 years of experience in software engineering, he specializes in robotics applications, particularly the Robot Operating System (ROS), and leads research in autonomous inspections for aerospace and industrial sectors. His roles include Deputy Course Director for the MSc program and Lab Manager for Automated Diagnostics and Robotics facilities. Research Focus: Plastropoulos investigates robotics, autonomous systems, and machine vision for non-destructive testing (NDT) in high-risk environments like offshore wind farms and aircraft hangars. His work emphasizes sensor fusion, defect detection, and structural health management, with applications in sustainable aviation and predictive maintenance. Publication Trends: His recent articles (2023–2025) focus on machine learning-enhanced aircraft inspections, ROS-based navigation, and digital twin technologies. Key themes include obstacle avoidance algorithms, thermographic defect detection, and smart hangar automation, reflecting a multidisciplinary integration of robotics, computer vision, and aerospace engineering. Awards: Associate Fellow of Advance Higher Education (2023) Leadership & Projects: He has managed 27 R&D projects, secured $20M in funding for Epic Health, and collaborates with industry partners like Boeing, BAE Systems, and Safran. His labs focus on autonomous diagnostics, and he mentors engineers in robotics and software architecture.

Bruce MahinView profile

Professor

• Music Composition
• Music Theory
• Electronic Music
• +3 more

Bruce Mahin serves as Professor of Music at Radford University specializing in Composition and Music Theory, with a distinguished career spanning composition, performance, scholarship, and recording production. His work integrates traditional and innovative media including performer improvisation, real-time interactive technologies, and functional non-diatonic harmonic systems. His educational foundation includes a D.M.A. from the Peabody Conservatory of Music at The Johns Hopkins University, an M.M. from Northwestern University, and a B.M. from West Virginia University. These credentials underpin his interdisciplinary approach to musical creation and analysis. Mahin's research centers on the psychological impact of non-linear time across artistic media, manifested through his bi-quartal harmonic system and algorithmic compositional models. His creative output spans experimental, classical, and popular genres with particular emphasis on electronic wind instrument performance, interactive computer systems, and text-music relationships using poetry by Whitman and Warren. This synthesis of cognitive psychology, technology, and traditional composition defines his scholarly contribution to contemporary music. His compositional trajectory reveals evolving integration of technology and tradition, from early electronic works like Time Chants (1995) to recent vocal compositions such as Sonnetas (2016). The Préludes de Paris series demonstrates his mature synthesis of Impressionist influences, jazz harmonies, and algorithmic structures within contemporary piano literature, while vocal works showcase intricate counterpoint blended with bel canto technique. Scientific recognition includes: Radford University Distinguished Creative Scholar award (2007) Glasgow University Department of Music Research Fellowships (1996, 2007) Le Cité Internationale des Arts Fellowships in Paris (2007-2021) Southeastern Composers League award Mahin secured a $150,000 Jessie Ball DuPont Foundation grant establishing Radford's Center for Music Technology, which he directed from 1990. As producer, he engineered nine commercial recordings including the PnOVA American Piano Music Series and Beethoven Violin Sonatas. His active performance schedule includes the "String Theory Trio" folk ensemble alongside international concert collaborations. He founded Radford University's Center for Music Technology as a hub for innovation in electronic music education. Long-term creative partnerships with Scottish Voices and pianist Martin Jones have generated extensive performance tours across the United States, United Kingdom, and France, with recording projects spanning the Ravello, Capstone, and PnOVA labels.

• Structural Engineering
• Architectural Acoustics
• Agricultural Economics & Policy
• +5 more

Valero Pascual Gallego serves as an Assistant Professor in the Department of Building Structures and Physics at the Technical University of Madrid. He has been an active member of the Architectural Acoustics research group since January 2009, contributing to interdisciplinary work spanning structural engineering and agricultural systems. His research integrates structural engineering education with agricultural economics, focusing on hands-on methodologies for building structures instruction and microeconometric modeling for agricultural policy evaluation. Key areas include architectural acoustics for urban noise assessment, highway safety analysis using UAV technology, and sustainability frameworks for agrarian systems. His educational innovations feature open-source hardware/software tools and active learning techniques to enhance structural dynamics comprehension. Gallego's publication trends reveal dual expertise: recent work (2018-2022) emphasizes engineering education technologies and structural safety applications, while earlier research (2007-2014) centers on agricultural policy modeling, traffic noise analysis, and renewable energy impacts. This interdisciplinary approach bridges civil engineering with environmental economics through spatial data analysis and nonlinear mixed modeling. No scientific awards are documented in available sources. His advising activities remain unspecified, though his research group involvement suggests collaborative projects in architectural acoustics and agricultural information systems. Current work likely extends into practical applications of structural failure analysis and sustainable agrarian policy design. The Architectural Acoustics research group, where Gallego has contributed since 2009, specializes in urban noise mapping using nonlinear mixed models and area sampling techniques, directly informing city planning and environmental regulations through empirical acoustic classification of urban spaces.

Yassir AbdelRazigView profile

Professor

• Construction Engineering & Management
• Resilient Infrastructure
• Sustainable & Green Buildings
• +2 more

Yassir AbdelRazig serves as a Professor in the Department of Civil & Environmental Engineering at Florida State University's College of Engineering. His work bridges construction management, infrastructure resilience, and sustainable systems design, with significant contributions to transportation engineering and smart infrastructure technologies. His academic foundation includes: Ph.D. in Civil Engineering from Purdue University (1999) M.S. in Civil Engineering from Bradley University (1995) B.S. in Architectural Engineering from the University of Khartoum (1992) Professor AbdelRazig's research centers on Construction Engineering & Management, Resilient Infrastructure systems, Sustainable & Green Buildings, and Smart Engineering Systems. He pioneers quantitative frameworks for infrastructure resilience—particularly in transportation networks—using advanced simulation, building information modeling (BIM), and data analytics. His work addresses critical gaps in vulnerable population mobility, hurricane-resistant design, and sustainable construction practices, emphasizing real-world implementation through computer vision and AI-driven optimization. Analysis of his 2022-2024 publications reveals dominant trends in transportation resilience metrics, with 60% focusing on vulnerable communities and infrastructure robustness. Key methodologies include metaheuristic optimization, GIS-based spatial analysis, and multi-objective decision frameworks applied to sustainable site selection and disaster mitigation. His work consistently integrates civil engineering fundamentals with computational innovation across transportation, structural, and environmental domains. While no specific awards are documented in the source material, his prolific publication record in high-impact journals demonstrates recognition within the civil engineering community. Details regarding student advising, grant funding, and laboratory facilities are not provided in the available text. Similarly, information about research teams or collaborative initiatives remains unspecified, though his interdisciplinary publication themes suggest cross-departmental engagement.

Chinmoy KolayView profile

Assistant Professor

• Structural Engineering
• Earthquake Engineering
• Structural Dynamics
• +6 more

Dr. Chinmoy Kolay is an Assistant Professor in the Department of Civil Engineering at the Indian Institute of Technology Kanpur (IITK). He specializes in Structural Engineering with a focus on the behaviour of structures under extreme load events such as earthquakes, windstorms, and blasts. Education: PhD in Structural Engineering, Lehigh University, USA (2016) M.Tech., IIT Kanpur, India (2009) B.C.E. (First Class with Honours), Jadavpur University, Kolkata (2006) Research Interests: Dr. Kolay’s research spans several critical areas in structural and earthquake engineering. He investigates the behaviour of civil structures subjected to extreme dynamic loads, develops real-time hybrid (pseudo-dynamic) simulation techniques, and advances nonlinear structural analysis methods. His work also encompasses structural dynamics and control, numerical techniques for complex systems, soil-structure interaction, and the development of renewable building materials to enhance sustainability. Publications Overview: His recent publications demonstrate a strong emphasis on computational and experimental approaches to structural engineering challenges. These include the development of novel explicit integration algorithms for dynamic analysis, collapse simulation of reinforced concrete structures, and seismic analysis of geotechnical systems. The research outputs are consistently targeted at improving structural safety and performance under extreme loading conditions. Awards & Fellowships: Gibson Fellowship, Lehigh University (Spring 2015) Rossin College of Engineering and Applied Science (RCEAS) Fellowship, Lehigh University Yen Fellowship, Lehigh University (Fall 2014) P.C. Rossin Doctoral Fellow, Lehigh University (2013–2016) Academic Excellence Award, IIT Kanpur (2009) Professional Experience & Contact: Prior to joining IIT Kanpur, he served as a Research Scientist I & NHERI Lehigh Research Engineer at the ATLSS Engineering Research Center, Lehigh University (2016–2017), and as an Assistant Professor at KIIT University, Bhubaneswar (2009–2011). His office is located in the Structural Engineering Laboratory at IIT Kanpur, and he can be reached via email at ckolay@iitk.ac.in or by phone at +91-512-259-6282.

Sudib Kumar MishraView profile

Professor

• Structural Engineering
• Structural Dynamics and Vibration
• Structural Health Monitoring
• +3 more

Professor Sudib Kumar Mishra is a faculty member in the Department of Civil Engineering at the Indian Institute of Technology Kanpur (IITK). He specializes in Structural Engineering with research interests spanning structural dynamics, vibration control, structural health monitoring, probabilistic safety assessment, instability phenomena, and multi-scale modelling. Education Ph.D. in Civil Engineering, University of Arizona, Tucson, USA, 2009 M.Tech., Indian Institute of Technology Bombay, India, 2005 B.E., Bengal Engineering and Science University, India, 2003 Research Focus Professor Mishra’s work integrates advanced dynamics, smart materials, and probabilistic methods to enhance the safety and resilience of civil infrastructure. His investigations encompass seismic isolation using shape-memory-alloy devices, stochastic seismic response analysis, and novel damage-detection techniques based on phase-space interrogation of vibration signals. Multi-scale modelling and reliability-based design underpin much of his recent work, aiming to translate laboratory insights into practice-ready engineering solutions. Scientific Recognition Young Engineer Award 2016, Indian National Academy of Engineering (INAE) Young Engineer Award 2013, Institute of Engineers (IEI) Multiple Certificates for Excellence in Teaching, IIT Kanpur Senate (2014-2017) Outstanding Graduate Associate Award, University of Arizona, 2009 Professor Bramha Memorial Scholarship, Bengal Engineering and Science University, 2000 Teaching & Service He teaches core and advanced courses in solid mechanics, reinforced-concrete and steel structures, structural dynamics, stability, reliability, numerical methods, and finite-element analysis. His sustained commitment to high-quality instruction has been repeatedly recognized by the Institute.

Mohamed ElGawadyView profile

Professor

• Seismic behavior of unreinforced masonry structures
• Application of Fiber Reinforced Polymers in strengthening
• Seismic behavior of reinforced concrete bridges
• +4 more

Mohamed ElGawady is a Professor and Benavides Faculty Scholar in the Department of Civil Engineering at Missouri University of Science and Technology (S&T), where he also serves as Director of the Highbay Structural Laboratory. He chairs ASCE-ACI committees on Reinforced Concrete Columns and Seismic Performance of Bridge Columns, and is an Associate Editor for the ASCE Journal of Bridge Engineering. Ph.D. in Civil Engineering (2004), Postdoctoral Training at EPFL and University of Auckland (2006) Joined Missouri S&T in 2012 as Associate Professor His research focuses on seismic resilience, Fiber Reinforced Polymers (FRP) for structural strengthening, sustainable materials in seismic zones, and innovative construction systems. He has co-authored over 200 publications on topics like earthquake/impact load assessment, accelerated bridge construction, and long-term concrete behavior. The 2025 articles highlight expertise in ultra-high performance concrete (UHPC), geopolymer optimization, CFRP retrofitting, and 3D printing in construction. 2024 works emphasize pavement macrotexture measurement and rubberized infrastructure materials for impact absorption. 2019 ASCE Innovation Award 2018 Missouri S&T Faculty Research Award 2017 Missouri S&T Faculty Excellence Award 2016 Joseph H. Senne, Jr. Academy Faculty Achievement Award Dr. ElGawady's work bridges advanced materials, seismic engineering, and sustainable practices, with a strong emphasis on real-world applications through laboratory testing and field implementation.

Kadir SarıözView profile

Professor

• Naval Architecture
• Ocean Engineering
• Seakeeping Performance
• +3 more

Professor Kadir Sarıöz is a full-time faculty member at Istanbul Technical University in the Department of Shipbuilding and Ocean Engineering . His career spans over three decades of research and teaching in naval architecture and ocean engineering, focusing on seakeeping, ship maneuvering, hull-form optimization, and hydrodynamic simulation. Research Interests Professor Sarıöz’s work revolves around the hydrodynamic performance of marine vehicles. His investigations include: Seakeeping behavior of high-speed and conventional displacement hulls Experimental and computational ship maneuvering in calm water and waves Optimization algorithms for hull-form and propeller design under mission-specific constraints Dynamic positioning capability analysis under realistic environmental loads Simulation-based routing of large tankers through restricted waterways such as the Istanbul Strait Recent Projects 2021 – 2023: “Refakat Römorkörü Performansının Çok Serbestlik Dereceli Deneysel ve Hesaplamalı Analizi” (Revolving Fund, Principal Investigator) 2020: “Shell Antalya Terminali B şamandıra sistemindeki boru hattının tadilatı incelemesi” (Revolving Fund, Principal Investigator) Publication Trends Between 1990 and 2025, Professor Sarıöz has authored or co-authored more than 30 peer-reviewed journal and conference papers. Early works concentrated on practical seakeeping criteria and automated hull fairing, while recent contributions emphasize system-based maneuvering prediction, multi-objective optimization of naval combatant hulls, and environmentally driven dynamic positioning analyses. A clear progression from empirical and semi-empirical methods to high-fidelity CFD and experimental validation is evident. Laboratory & Facilities His research is supported by the university’s towing tank and planar motion mechanism facilities, equipped with modern motion controllers and servo-motor systems enabling precise captive maneuvering tests.

Sapountzakis EvangelosView profile

Professor

• Structural Engineering
• Seismic Protection
• Vibration Control
• +5 more

Sapountzakis Evangelos serves as a Professor in the Department of Structural Engineering within the School of Civil Engineering at the National Technical University of Athens (NTUA). His academic work is centered at the Statics and Aseismic Research Laboratory, where he conducts research on advanced structural dynamics and earthquake engineering solutions. His institutional affiliation places him within Greece's premier technical university, known for its strong engineering programs and research contributions to civil infrastructure. Professor Sapountzakis' research interests focus on innovative approaches to structural protection against seismic events and vibrations. His work particularly emphasizes the development and application of negative stiffness mechanisms, vibration absorbers, and the KDamper technology for various structural systems. His research spans multiple structural types including multi-story buildings, bridges, and wind turbine towers, addressing both theoretical modeling and practical implementation challenges in earthquake engineering. Analysis of Professor Sapountzakis' recent publications reveals a consistent research trajectory focused on seismic protection systems, with particular emphasis on the Extended KDamper technology. His work combines numerical modeling, optimization techniques, and experimental validation to develop practical solutions for structural vibration control. The publications demonstrate increasing sophistication in handling complex structural dynamics problems, including soil-structure interaction, nonlinear responses, and multi-objective optimization approaches for enhanced structural performance during seismic events. Professor Sapountzakis maintains active research collaborations focused on structural dynamics and earthquake engineering. His work appears to involve both theoretical development and practical implementation of vibration control systems, with evidence of experimental testing alongside numerical simulations. While specific grant information isn't detailed in the available text, his extensive publication record suggests sustained research funding and active participation in the structural engineering research community. Professor Sapountzakis is affiliated with the Statics and Aseismic Research Laboratory at NTUA, which serves as the primary facility for his experimental work on vibration control systems and seismic protection devices. This laboratory appears to support both theoretical research through computational modeling and practical validation through physical testing of structural components and systems, particularly focusing on the development and refinement of the KDamper technology for various structural applications.

• Environmental Engineering
• Chemical Engineering
• Wastewater Treatment
• +3 more

Md Johir is a Lecturer at the School of Civil and Environmental Engineering , University of Technology Sydney. He holds a PhD in Civil and Environmental Engineering (2015) and a Master of Engineering (2009) from the same institution, along with a BSc in Civil Engineering from Rajshahi University of Engineering and Technology, Bangladesh (2005). His work focuses on environmental engineering and chemical engineering , particularly in wastewater treatment, microalgae applications, membrane technology, and sustainable resource recovery. Key research themes include Optimizing anaerobic membrane bioreactors for organic wastewater treatment and GHG reduction Investigating microalgae-derived biolubricants for renewable energy applications Advancing microplastics analysis in industrial laundries Developing hydrogel-based atmospheric water harvesting systems for arid regions Exploring metal recovery from e-waste via hybrid extraction processes His recent publications emphasize trends in sustainable water treatment , carbon capture , and nanomaterials for environmental applications . Collaborations span institutions like Sydney Water Corporation and JHC Infrastructure Pty Ltd. While no specific scientific awards are listed, his funded research includes grants from the NSW Small Business Innovation & Research program and industry partnerships. His academic contributions are integrated with practical projects such as stormwater management innovations and micropollutant removal systems. He has been involved in technology transfer for sludge conditioning and solar-powered water treatment pilots.