Dr. Keerthan Poologanathan is an Associate Professor and Head of Structural Engineering at Northumbria University. His expertise spans steel and aluminum structures, fire safety, modular construction, and advanced numerical modeling. He leads over 30 PhD students and has secured grants from Innovate UK, EU, and industry partners. Education: PhD in Engineering (2010–present). Research focuses on cold-formed steel beams, modular building systems, lightweight concrete, and fire performance of structures. Key areas include web crippling behavior, composite materials, and sustainable construction. Awards include multiple Vice-Chancellor’s Performance Awards and the Holcim Award. Grants: ERDF IIIP projects, KTP collaborations with ESS Modular Construction and Redbrooks. Supervised 12 PhD students on topics like modular bracing, stainless steel beams, and FRP strengthening. Professional activities include membership in Eurocode committees (Aluminium/Steel) and editorial roles in journals like Structures and Fire Safety Journal .
Marco Antonio Pérez Martínez is a Full Professor and Head of the GAM (Group of Applied Mechanics and Advanced Manufacturing) at the Department of Industrial Engineering, IQS School of Engineering, Universitat Ramon Llull. He has been a Full Professor since 2025 and was promoted from Associate Professor (2019–2025). He plays a key leadership role as Coordinator of the Master’s in Industrial Engineering and the SEAT-IQS Applied Mechanics Laboratory. His educational background includes a PhD in Structural Analysis Engineering (2012), MEng and BSc in Industrial Engineering – Mechanical (2005), all from UPC – BarcelonaTech, and a Bachelor of Music in Sonology (2009, ESMUC), showcasing his interdisciplinary profile. Dr. Pérez’s research centers on experimental and computational mechanics, with a strong emphasis on advanced manufacturing technologies such as additive manufacturing (FDM, powder bed fusion), structural health monitoring, damage detection in composites, and sustainable materials development. His work integrates vibration-based testing, finite element modeling, and AI-driven diagnostics. The recent publications highlight a consistent trend in additive manufacturing of high-performance metals and polymers, fatigue analysis, post-processing optimization, and AI-enhanced structural diagnostics. His work bridges industrial applications with academic innovation, particularly in mechanical performance and process optimization. Enhancing the Sustainability of Cement Production (ESCP) Development of Sustainable Cements (COSOFE) GRIM: Metallic Gyroid Microstructures via FDM BIOSTONE & BioTop: Marine Biodiversity Regeneration ISAPREF & SPVloT: Forest Fire Prevention via Satellite and LiDAR He leads multiple research grants and industrial collaborations, particularly with Ciments Molins and Agència Estatal de Investigación. He advises PhD and master’s students through industrial doctorates and research projects. His group, GAM, fosters multidisciplinary research in materials, mechanics, and sustainability. Dr. Pérez is also active in technology transfer and innovation, with projects focused on environmental monitoring, sustainable construction, and advanced manufacturing. His work has significant industrial and ecological impact, particularly in circular economy and biodiversity restoration.
Dimitrios Loverdos is a Lecturer in Digital Construction at the School of Civil Engineering, University of Greenwich, within the Faculty of Engineering and Science. He holds a PhD and MEng from the University of Leeds, Department of Civil and Structural Engineering, and specializes in integrating digital technologies with structural engineering applications. Education: PhD in Civil and Structural Engineering, University of Leeds MEng in Civil and Structural Engineering, University of Leeds His research lies at the intersection of structural engineering and digital innovation, focusing on physical large-scale testing , numerical analysis using FEM and DEM , and the application of computer vision and machine learning for structural assessment. He leverages Python and MATLAB for algorithmic development in automated model generation, defect detection, and damage evaluation of built structures. The recent publications reflect a strong trend toward intelligent, data-driven structural analysis, combining photogrammetry with deep learning for digital twin creation, vision-based inspection systems, and advanced numerical modeling of composite systems under extreme conditions like fire. These works highlight interdisciplinary work across civil engineering, AI, and computational mechanics. Scientific Awards: No awards listed in the provided text. Regarding academic advising and research grants, no specific information is available in the current text. There is no mention of PhD students supervised or funding received. In terms of laboratory involvement, Dimitrios has extensive hands-on experience in laboratory environments, contributing to construction, experimental testing, and demolition activities. He has also provided technical assistance and management in lab operations, demonstrating strong practical and managerial capabilities in experimental structural engineering.
Prof. Wojciech Henryk Gac is a distinguished Professor at the Department of Chemical Technology, Faculty of Chemistry, Maria Curie-Skłodowska University in Lublin, Poland. With over 25 years of academic experience, he has established himself as a leading researcher in catalysis and materials science. His work focuses on developing catalysts for hydrogen production, CO 2 conversion, and environmental applications. Prof. Gac has led numerous international research projects and supervised many doctoral and master's theses throughout his career. Prof. Gac's academic journey began at the Chemical Technical School in Lublin (1982-1987). He then pursued higher education at Maria Curie-Skłodowska University: 1987-1992: Master's degree in Chemistry with thesis "Synthesis and study of properties of unsaturated fire-retardant polyester resins" 1992-1996: Doctoral studies in Chemistry with dissertation "Study of the influence of surface heterogeneity on multilayer adsorption and capillary condensation in network systems by Monte Carlo method" 2009-2010: Postgraduate studies in Project Management at Leon Koźmiński Academy in Warsaw Prof. Gac specializes in heterogeneous catalysis, particularly in developing catalysts for hydrogen production and CO 2 conversion. His research focuses on understanding the relationship between structural, surface, redox, and acid-base properties of supported catalysts and their catalytic performance. He employs temperature-programmed methods (TPR, TPD, TPO) and in-situ FTIR spectroscopy to study catalysts for CO 2 hydrogenation, methanol and ethanol transformations, hydrocarbon conversion to hydrogen, and CO/organic compound oxidation. His work bridges fundamental surface science with practical applications in sustainable energy and environmental protection. Prof. Gac's recent publications (2020-2024) demonstrate a strong focus on CO 2 methanation using nickel-based catalysts with various promoters (Ce, W, Nd) and supports (alumina, ceria, zeolites). His research also explores steam reforming of methanol and ethanol for hydrogen production, CO oxidation, and phenol adsorption. The articles reveal a consistent pattern of investigating structure-activity relationships in heterogeneous catalysis, with emphasis on catalyst design, characterization, and performance optimization for sustainable energy applications and environmental remediation. Throughout his distinguished career, Prof. Gac has received several prestigious awards: Individual Award of the Rector of UMCS, 3rd degree (2010) Individual Award of the Rector of UMCS, 2nd degree for particularly important and creative achievements (2004/2005) Dean's Award of the Faculty of Chemistry UMCS for distinction in master's thesis (1991/1992) Prof. Gac has extensive experience supervising doctoral, master's, and bachelor's theses in the fields of catalysis and materials science. He has successfully led numerous research projects, including: International Projects: ERA-NET Bioenergy ICOCAD (2016-2019), Fuel Cell and Hydrogen Joint Undertaking projects (2013-2014, 2009-2013), POLONIUM program (2012-2014), FP7 projects (2009-2012, 2008-2011) National Projects: Eco-friendly methane utilization technology (2009-2013), Highly selective ethanol conversion catalyst (2008-2011), New catalytic materials for environmentally friendly chemical processes (2005-2008) UMCS Projects: Synthesis and study of physicochemical, catalytic and magnetic properties of high-surface oxide materials (2009), Kinetic analysis of isotopically labeled methane disturbances (2007) Prof. Gac leads research activities at the Department of Chemical Technology, utilizing advanced analytical equipment including: Integrated FT-IR spectroscopy system with Step-Scan, DRIFTS, ATR, PM-VCD, PM-IRRAS, PAS, Raman spectroscopy, and mass spectrometry for in-situ and operando studies Automated catalyst activity testing systems with microreactors connected to gas chromatographs or mass spectrometers Temperature-programmed techniques (TPD, TPR, TPO) using Micromeritics AutoChem II 2920 and AMI-1 Altamira analyzers Catalyst and nanomaterial synthesis facilities including automated reaction systems, high-pressure reactors, and thermal treatment equipment He collaborates extensively with the Analytical Laboratory of the Faculty of Chemistry at UMCS, particularly in electron microscopy and XPS spectroscopy.
Agnieszka Marcewicz-Kuba is an Associate Professor at the Faculty of Chemistry , Maria Curie-Skłodowska University, Lublin, Poland. Her work focuses on catalytic methods for environmental protection, particularly in reducing sulfur dioxide and nitrogen oxide emissions from coal combustion. PhD in Chemical Sciences (2003) Master’s in Chemistry (1994) Postgraduate studies in scientific research management, PR, and entrepreneurship Research interests include catalyst development for simultaneous NOx/SO₂ removal, pollution control in coal-fired systems, and eco-materials like montmorillonite- and zeolite-based catalysts. Recent publications analyze the role of platinum/vanadium in catalytic activity, support material optimization, and practical implementations in industrial settings. Her 15 most recent articles (2006–2012) emphasize chemical engineering , environmental chemistry , and materials science , with subfields spanning desulfurization techniques, catalyst synthesis, adsorption dynamics, and emission reduction strategies. She has contributed to the DESONOX process and its application in coal combustion systems.
Antonio Alfonso Fernandez Manso is a University Professor at the University of León, Spain, affiliated with the School of Agricultural and Forestry Engineering and the Department of Engineering and Agricultural Sciences. His research is conducted within the GEAT (Applied Ecology and Remote Sensing) group, focusing on geospatial technologies for environmental monitoring and forest fire management in Mediterranean ecosystems. His educational background includes dual doctoral achievements: a 2000 PhD from the University of Valladolid on "Monitoring of natural resources in Castilla y León using satellite images and GIS" (supervised by Dr. M. Pilar Illera Gutiérrez and Dr. José Antonio Delgado de la Mata), and a 2024 PhD from the University of Alicante on "Literature and Nature in the United States of America: History, Ideas, Anthology and Creative Proposals around its National Parks" (supervised by Dr. Antonio Cortijo Ocaña). Professor Fernandez Manso's research spans remote sensing applications for fire ecology and environmental humanities. His technical work develops advanced models for evapotranspiration estimation, fire severity mapping, and post-fire recovery assessment using Landsat, Sentinel-2, and hyperspectral data. Concurrently, he explores literary-nature relationships through American national park studies, creating a unique interdisciplinary profile bridging geospatial science and environmental literature. Analysis of his 2022-2025 publications reveals dominant trends in wildfire technology innovation, including FIREMAP software development, hyperspectral fire risk mapping, and socioeconomic impact studies. His work demonstrates consistent methodological evolution from spectral indices toward integrated machine learning and cloud-based solutions, while maintaining dual focus on Mediterranean fire ecology and transatlantic nature literature. As a core member of the GEAT research group, he contributes to applied ecological studies that translate remote sensing data into practical forest management strategies, particularly for fire-prone agricultural and forestry landscapes in northwestern Spain.
Dr. Victor Hrymak serves as Lecturer and Programme Chair for the MSc in Environmental Health and Safety at Technological University Dublin's School of Food Science and Environmental Health within the Faculty of Sciences and Health. With over 30 years of workplace safety experience spanning regulatory enforcement in London/Dublin, fire safety consultancy, and expert witness testimony, he bridges academic research with practical industry applications. His academic credentials include a PhD in visual inspection and safety auditing from Trinity College Dublin, an MSc in Environmental Science from Brunel University, and a BSc in Environmental Health from the University of the West of England. He maintains professional standing as a Chartered Member of the Institution of Occupational Safety and Health (CMIOSH) and member of the Institution of Fire Engineers (IFE). Research focuses on two interconnected domains: visual inspection methodology refinement and systemic accident prevention strategies. His work investigates reliability improvements in hazard identification across construction sites, aircraft maintenance, and fire/rescue operations through systematic visual search techniques and risk assessment innovations. Current projects address construction safety and visual inspection conduct with active PhD supervision. Publication trends reveal consistent application of human factors principles to safety protocols, with increasing emphasis on EU policy frameworks like Vision Zero. His work connects technical inspection methods with regulatory compliance systems across aviation, education, and industrial sectors. Dr. Hrymak has supervised over 400 MSc dissertations and four PhD theses while securing collaborations with the European Agency for Safety and Health and European Commission. His advisory scope spans regulatory compliance tools, safety management system implementation, and statistical evaluation of safety interventions. He actively contributes to European safety initiatives including the EU 2021-27 Strategic Framework for Health and Safety at Work, demonstrating integration of academic research with transnational policy development through the European Commission's Advisory Committee on Safety and Health.
Maria Covadonga Palencia Coto is a Professor at the University of León , affiliated with the Faculty of Biological and Environmental Sciences and the Department of Applied Chemistry and Physics . She leads research in machine learning applications for sustainable engineering as part of the INGEMACHINES research group, with prior involvement in INGEOMAT (Geological and Materials Engineering). Research Focus : Sustainable concrete materials, erosion control, meteorological analysis, and educational technologies. Education : PhD in Applied Physics (2011) from the University of León, thesis on hail measurement using hail meters. Her work bridges engineering and environmental science , utilizing machine learning and computational modeling to optimize material properties (e.g., tensile/compressive strength of recycled concrete) and address ecological challenges like soil erosion and stone heritage conservation . She has also contributed to STEM education methodologies and interdisciplinary forest fire research via projects like #MOOCINCENDIOS.
Maciej Kachniarz, PhD, is an Adjunct Professor at the Faculty of Mechatronics, Warsaw University of Technology, affiliated with the Institute of Metrology and Biomedical Engineering. His research focuses on magnetoelastic effects in materials, magnetic sensor development, and mechatronics applications. He holds a PhD in mechanical engineering awarded in 2024. Education: PhD in Mechanical Engineering (2024) Research Interests: Characterization of magnetoelastic properties in ferrites and amorphous alloys Development of stress and force sensors using magnetostriction principles Graphene-based sensor technologies Modeling hysteresis phenomena in ferromagnetic materials Applications in structural health monitoring and aerospace systems Awards: Best Young Scientist Poster Award (2017) Team awards for scientific achievements (2016-2019) Team award for organizational achievements (2019) Advising & Grants: Currently supervising no listed students. Active in collaborative projects related to sensor development and material characterization. Labs/Teams: Involved in labs focused on mechatronic materials testing and electromagnetic compatibility research within the Faculty of Mechatronics.
Prof. Dr. Sabit OYMAEL is a faculty member at the Faculty of Architecture, specializing in construction materials science, structural engineering, and seismic risk assessment. His research focuses on concrete technology, sustainable urban development, and disaster-resistant construction methods. He has conducted extensive studies on pozzolan additives for cement, freeze-thaw resistance in concrete, and seismic safety of public buildings, particularly in Edirne, Turkey. Key research themes include material durability analysis under environmental factors, polymer-coated lightweight concretes, and fire safety strategies for high-rise structures. His work bridges theoretical material science with practical construction applications, emphasizing sustainable practices and risk mitigation in urban environments. Over 25 years of academic contributions include over 30 peer-reviewed publications, with a focus on advancing material science for resilient construction systems. No scientific awards or grants are explicitly mentioned in the provided texts.
Assoc. Prof. Aydın Demir is a faculty member at Karadeniz Technical University's Faculty of Forestry, specializing in Forest Industry Engineering. He holds an Associate Professorship since 2025 and previously served as an Assistant Professor (2023–2025). His academic roles include Deputy Head of Department and managerial positions at the university's teaching and learning center. Education: PhD in Forest Industry Engineering (Karadeniz Technical University, 2019), MSc in Forest Industry Engineering (2014), and BSc in Forest Industry Engineering (Istanbul University, 2010). Research focuses on wood mechanics, CLT durability, fire-retardant treatments, CNC processing optimization, and structural timber applications. He has published ~86 papers (including 25 in Scopus-indexed journals) and led 6 funded projects. Notable awards include 2010 Faculty Top Student honor. Key contributions include CLT performance optimization, fire-resistant materials, and AI-driven process modeling. Active in international conferences and authored book chapters on structural composites and bamboo utilization.
Professor Wei Gao is a faculty member at the School of Civil and Environmental Engineering, University of New South Wales. His research focuses on integrating AI and machine learning with structural engineering, stochastic mechanics, composite materials, and infrastructure safety against natural hazards. He leads national research grants including ARC-funded projects on generative design of nondeterministic impacts and data-driven structural safety assessment. Research Interests: AI-driven structural analysis/design Computational uncertainty mechanics Composite materials and metamaterials Infrastructure safety under fire/natural hazards Engineered cementitious composites Grants & Projects: ARC Discovery Projects (e.g., DP240102559, DP210101353) ARC Linkage Projects (e.g., IH210100048, IH200100010) Focus areas: wildfire safety, composite material optimization, circular economy in construction Editorial Roles: Editor-in-Chief of Modelling: An International Journal Associate Editor of Engineering Structures Subject Editor of Applied Mathematical Modelling His work spans computational tools for structural assessment, smart material design, and probabilistic safety frameworks. Current projects address AI-assisted design, sustainable materials, and fire-resilient infrastructure systems.
Dr. Wei Wang is a Lecturer and ARC DECRA Fellow at the School of Mechanical and Manufacturing Engineering, UNSW Sydney. His research focuses on sustainable and smart materials, energy storage safety, and infrastructure resilience. He holds dual PhDs from City University of Hong Kong and University of Science & Technology of China (2019). Research interests include fire-resistant materials, lithium battery safety, bio-inspired coatings, and advanced materials modelling using AI and molecular dynamics. Dr. Wang has published over 110 peer-reviewed articles, with a H-index of 39. Awards include Stanford's Top 2% Highly Cited Scientists (2021–2023) and ARC DECRA Fellow (2023). Current grants include UNSW MME School Infrastructure Scheme (2023), ARC DECRA (2023), and collaborative projects on energy storage and fire safety. Supervises PhD and postgraduate students in materials science and engineering, with a focus on antistatic/fire-resistant coatings and battery safety. Teaches the Vertically Integrated Project course “Fighting Fires with Science” and contributes to editorial roles in journals like Energy Materials and Polymers . Active in industry collaborations, including with Fire and Rescue NSW on electric vehicle fire safety.
Dr. Wawan Solihin is an adjunct lecturer in the Civil Engineering Department at the National University of Singapore (NUS), specializing in Building Information Modelling (BIM) and spatial data management. With over 30 years of professional experience, his research focuses on automated code compliance, BIM interoperability, and applying AI to enhance building data interrogation. He earned his PhD from Georgia Institute of Technology in 2016 under Prof. Chuck Eastman, pioneering solutions for BIM-based compliance checks. Education: PhD (Design Computing), Georgia Institute of Technology, USA (2016) Research Interests: AI-driven BIM data quality and automation Automated code compliance for buildings Integration of spatial data and BIM OpenBIM and data interoperability standards Key Projects & Contributions: Core contributor to Singapore’s BIM initiatives (e.g., PUB’s BIM Checker, URA’s GFA Autochecker) Co-developer of Fornaxcloud for cloud-based BIM validation Active in standardization via buildingSMART International and Singapore Technical Committees Advising & Grants: Co-supervises PhD and final-year students on AI-BIM integration Leads industry-funded projects in compliance automation Labs & Teams: Member of buildingSMART’s Regulatory Domain Steering Committee Technical coordinator for Singapore’s BIM standardization efforts
Nadine Baluc is a researcher at the École Polytechnique Fédérale de Lausanne (EPFL), affiliated with unit PH-SB. Her work focuses on advanced materials for fusion energy applications, including oxide dispersion strengthened (ODS) ferritic steels and precious alloys. She investigates microstructural evolution, mechanical properties, and thermal behavior under extreme conditions. Key areas include the influence of thermo-mechanical processing on gold alloys and the development of fusion reactor materials tested in facilities like IFMIF and ITER. Research interests span materials science, nuclear engineering, and metallurgy. Her studies often involve synchrotron X-ray diffraction, high-heat-flux testing, and mechanical alloying techniques. Collaborations with units like SPc and CRPP highlight interdisciplinary efforts in fusion technology and material fabrication. Publications emphasize ODS steel optimization, precipitation kinetics, and radiation-resistant materials. Recent work explores ordered nanodomains in gold alloys and high-frequency magnetic sensors for ITER diagnostics. Nadine’s contributions bridge fundamental materials research with practical fusion energy applications.
