José Angel Sanchidrián Blanco is a Professor at the Department of Geological and Mining Engineering, Universidad Politécnica de Madrid. His research focuses on rock mechanics, blasting technology, and fragmentation modeling. Academic Rank: Professor University: Universidad Politécnica de Madrid Department: Geological and Mining Engineering His work addresses fragmentation-energy fan concepts, discrete fracture networks, and vibration analysis from blasting. Key trends include optimizing powder factors and delays in full-scale blasting, energy efficiency in mining-to-processing chains, and machine learning applications in underground mining. Notable contributions span rock mass structural recognition, blasthole delay cooperation functions, and frequency attenuation modeling via full-field solutions. His studies leverage Swebrec and non-parametric methods for accurate fragment size distributions.
Mikloš Lakatoš is a naval architect and hydrodynamic researcher affiliated with Tallinn University of Technology's School of Engineering and Kuressaare College. His career spans roles as an Engineer (2022–2024), Junior Research Fellow (2021–2021), and Early Stage Researcher (2017–2021) at the Estonian Maritime Academy. Previously, he worked in R&D at Deltamarin Ltd (2013–2017) and gained practical experience through internships at Aalto University's Ship Laboratory (2010). Education: MSc in Mechanical Engineering, Aalto University (2009–2013) MSc in Mechanical Engineering, Tallinn University of Technology (2006–2009) Lakatoš specializes in high-speed marine vehicle hydrodynamics, focusing on computational modeling (e.g., RANS simulations), experimental validation, and design optimization using actuator disk models, spray rails, and chine interceptors. His work bridges numerical methods with physical testing for resistance reduction and performance enhancement. Recent publications analyze hydrodynamic performance across calm water conditions, off-design scenarios, and full-scale simulations. Key projects include: Small Craft Competence Centre (2020–2023, €860,000 funding) Marine Engineering Course Harmonization (2020–2023, €43,755 funding) FSI Modeling for Ship Dynamic Loads (2018–2022, €834,750 funding) His 7 publications (2018–2025) demonstrate expertise in fluid-structure interaction, hull configuration effects, and propulsion modeling. Current research likely focuses on practical applications of hydrodynamic optimization in naval architecture.
Professor Przemysław Jodłowski is a full professor and Vice-Dean for Organizational Affairs at the Faculty of Chemical Engineering and Technology of the Tadeusz Kościuszko Cracow University of Technology , Poland. He also leads activities in the Department of Organic Chemistry and Technology , where his group develops advanced catalytic materials and structured reactors for environmental protection and biomedical applications. Education: MSc Eng., Chemical Technology, AGH University of Science and Technology, Faculty of Energy and Fuels, 2009 PhD, Chemistry (Catalysis), Jagiellonian University, Faculty of Chemistry, 2013 DSc (habilitation), Chemical Technology, Tadeusz Kościuszko Cracow University of Technology, 2018 Full professorship (prof. dr hab. inż.), Engineering and Technical Sciences, 2025 Research interests are centered on the design, synthesis and characterization of catalytic and adsorbent materials. Key themes include metal-organic frameworks for detoxification of psychoactive substances, oxide catalysts for VOC and methane combustion, structured reactors (monoliths, foams, 3D-printed lattices), and in-situ/operando spectroscopy to unravel reaction mechanisms under real conditions. His work bridges chemical engineering, materials chemistry and translational medicine. Recent publications (2022-2025) reveal a strategic shift toward biomedical applications of MOFs , with several high-impact studies on drug detoxification (mephedrone, levofloxacin) and cancer therapy, alongside continued efforts in environmental catalysis (VOC abatement, biogas exhaust treatment). The integration of ultrasound-assisted synthesis throughout these works underscores his commitment to green, scalable manufacturing. Scientific awards & distinctions : START Scholarship, Foundation for Polish Science (2013) Scholarship of the Minister of Science and Higher Education for outstanding achievements (2012) Scholarship of the Rector of the Jagiellonian University for outstanding achievements (2012) Pro-quality grant scholarship for outstanding achievements (2012) Research funding & leadership: National Centre for Research and Development (NCBiR) LIDER grant (2016-2018) National Science Centre (NCN) SONATA 9 grant (2016-2018) NCN OPUS grant “MOF-antidote” (2022-2025) He collaborates with leading institutions worldwide, including the University of Bath (UK), Laboratoire Catalyse et Spectrochimie in Caen (France), Charles University (Czech Republic), and PSI Villigen (Switzerland). His group operates modern laboratories for catalyst synthesis, advanced characterization (in-situ IR/Raman, synchrotron XAS), and reactor testing.
Professor Bouchaib Bahli serves as a full Professor and Associate Director in the Department of Information Technology Management at Toronto Metropolitan University. Holding an MSc, MBA, and PhD, he brings over 25 years of international academic and professional experience, including leadership roles as Dean, Associate Dean for Strategic Planning, and Associate Dean for Research and Accreditations. Since 1995, he has consulted extensively on digital transformation for public and private organizations globally. His research centers on strategic management of digital transformation, business services automation, business analytics, and risk management of emerging technologies. Professor Bahli champions research with tangible societal and business impact, bridging academic theory with practical application. His work spans information systems, project management, and supply chain innovation, employing rigorous empirical methods to address contemporary organizational challenges in technology adoption and risk mitigation. Professor Bahli maintains a robust publication record in premier journals including Information and Management and Journal of Information Technology, with recent work (2020-2022) focusing on project success metrics, supply chain resilience during disruptions, and digital transformation frameworks. His international collaborations, particularly with Brazilian and European researchers, demonstrate a global perspective on technology management challenges. As an educator, he teaches undergraduate courses including Strategy, Management and Acquisition of Information Systems (ITM 707) and the Capstone Project (ITM 900), along with graduate courses in Innovation and Technology Management (MB 8014). His experiential teaching approach leverages real-world consulting cases to develop students' practical skills in information systems development and strategic technology management. While specific student counts aren't documented, his Capstone course provides direct supervision opportunities for applied projects.
François Lanzetta is a Full Professor at the University of Franche-Comté, UFR STGI (Unité de Formation et de Recherche Sciences et Techniques de Génie Industriel), Department of Sciences and Energy, Louis Néel campus in Belfort, France. He has held this position since 2010 and currently serves as the head of the THERMIE research team in the Energy Department at the FEMTO-ST Institute, which is part of the University of Burgundy Franche-Comté and CNRS. Previously, he was the Director of the Energy Department from 2014 to 2018. Professor Lanzetta's research focuses on several key areas of thermal engineering and energy systems: Heat transfer and thermodynamics, particularly in oscillating fluid flows with heat transfer inside porous heat exchangers (regenerators) Development of microsensors for temperature, heat flux, and flow measurement, with applications in fluid mechanics and heat transfer Modeling, design, and experimental characterization of energy harvesting machines, including Stirling engines (from micro-MEMS to large-scale cogeneration systems), Stirling refrigerators for household applications, and Ericsson engines for industrial waste heat recovery His recent publications demonstrate a strong focus on Stirling cycle technology, regenerator design, and microscale thermal systems. Professor Lanzetta has published extensively in thermal science journals and conference proceedings, with particular emphasis on practical applications of thermodynamic principles to energy conversion systems. His work spans from theoretical modeling to experimental validation of thermal systems. Professor Lanzetta has been actively involved in organizing academic events, including serving as President of the Organizing Committee for the 28th and 29th French Thermal Congress (SFT 2020 and SFT 2021), demonstrating his leadership within the thermal engineering community. He leads the THERMIE research team, which focuses on thermal engineering and energy systems, with particular expertise in Stirling and Ericsson cycle machines, thermal measurements, and microscale thermal systems. His laboratory conducts both theoretical and experimental research, with specialized equipment for thermal characterization and testing of energy conversion devices.
Dr. Marzena Fryczyńska is a full Professor at Warsaw School of Economics (SGH) affiliated with the Department of Family Business. Holding PhD and DSc (habilitation) degrees, she maintains an active research profile from her office in room 102 of the main building (G) at al. Niepodległości 162, Warsaw. Her research spans Career Management , Sustainable Human Resource Management , and Networking Competence , with emphasis on protean career orientation, sustainable work practices, and social network dynamics. Key investigations include women's employment beyond retirement age, HRM's impact on work engagement, and knowledge transfer in professional networks. Methodologically, she integrates quantitative analysis with social network approaches. Recent publications (2020-2024) reveal three dominant trends: (1) Sustainability integration in career development frameworks, (2) Network competence as employability driver for knowledge workers, and (3) Gender-specific impacts of sustainable HR practices. Her work bridges psychological career theories with organizational sustainability imperatives. No scientific awards documented in available sources While specific advising activities and grants aren't detailed in source materials, her extensive publication record suggests active mentorship in career studies and HRM. The Department of Family Business context implies focus on entrepreneurial career trajectories and intergenerational business dynamics.
Prof. Dr.-Ing. Imke Engelhardt serves as a Professor in the Faculty of Civil Engineering and Building Services Engineering at Munich University of Applied Sciences, where she manages the Steel Construction and Welding Technology Division within the Laboratory for Steel and Light Metal Construction. Her expertise centers on fatigue analysis, corrosion engineering, and life extension techniques for steel structures, with significant contributions to offshore wind energy infrastructure. Dr. Engelhardt's research program demonstrates consistent focus on high-frequency hammer peening (HFMI) and related post-weld treatments to enhance fatigue resistance in welded steel joints. Her 15 most recent publications reveal strong thematic continuity in corrosion-fatigue interactions, offshore structural applications, and standardization of life extension methodologies. The work bridges theoretical mechanics with practical engineering solutions, particularly for wind turbine towers and bridges exposed to marine environments. As an active delegate to the European Standardization Committee (ECCS TC 6 "Fatigue and Fracture") and member of key organizations including the International Institute of Welding (IIW), DVS Research Association, and FOSTA, she directly influences industry standards. Her leadership in the IGF-funded project (2015-2017) on corrosion effects in offshore wind energy plants exemplifies her commitment to translating research into practical engineering solutions while managing large-scale structural testing facilities.
Olivier Dorival is an Associate Professor (Maître de conférence) at Paul Sabatier University in Toulouse, France, working within the Institut Clément Ader. He is a member of the Composite Materials and Structures (MSC) group and serves as coordinator of the SIMU team (Simulation, Impact, Modelling, Machining). His research and teaching activities focus on structural mechanics with particular expertise in composite materials behavior under extreme loading conditions. Professor Dorival's research interests center on damage of composite structures under severe loadings including birdstrike, medium/high velocity impacts, crash scenarios, and underwater blast. His work spans from fundamental material characterization to full-scale structural testing and advanced numerical simulation. He has developed expertise in damage scenario identification, damage modeling, and explicit dynamics simulation. His research has significant applications in aerospace engineering, particularly for aircraft structures subjected to impact loads. Analysis of his recent publications (2019-2024) reveals a strong focus on composite material response to various impact scenarios, with particular attention to numerical modeling techniques, experimental validation methods, and practical applications in aircraft design. His work demonstrates integration of theoretical approaches with experimental validation across multiple scales. Professor Dorival has supervised numerous PhD students through completion, with current supervision of Geoffrey GISCLON working on Double-Double composite structures. His research is supported by several active projects including SUCCESS (DGA RAPID), SUCCESS+ (ASTRID Maturation), and CROR (Airbus), indicating strong industry and government funding. His teaching portfolio covers essential structural mechanics topics at multiple levels, including continuum mechanics, beam theory, structural dynamics, finite element modeling, and specialized courses on composite crashworthiness. He leads the SIMU team at Institut Clément Ader, which provides students with access to the STIMPACT platform for birdstrike testing and other specialized experimental facilities.
Assoc. Prof. Dr. Žiga Unuk is an Associate Professor at the University of Maribor's Faculty of Civil Engineering, Traffic Engineering and Architecture (FGPA), affiliated with the Department of Building Structures and Miroslav Premrov's Lab. His academic roles include membership in the FGPA International Cooperation Commission, facilitating global research partnerships. Education highlights: BSc in Civil Engineering (2011) and MSc in Civil Engineering (2014) from University of Maribor, with exchanges at Graz University of Technology PhD in Civil Engineering focusing on reversible reinforcement techniques for historic timber structures Research expertise spans structural engineering innovations, particularly: Hybrid material systems (timber-glass composites, fiber-reinforced concrete) Non-invasive strengthening methods for building conservation Development of patented structural connections for sustainable construction Current projects include ARIS-funded research on hybrid steel-concrete joints for lattice structures. His 11 publications since 2018 predominantly explore fiber-reinforced concrete behavior, timber-glass composites, and computational modeling of structural elements, with recent work emphasizing experimental validation of hybrid systems. Grants and lab involvement: Leading ARIS-funded postdoctoral project (2022-present) Active researcher in Miroslav Premrov's Lab, focusing on composite material applications
Shin-ichi Tanabe is a Professor at the Department of Architecture, Faculty of Science and Engineering, Waseda University, Japan. He currently serves as Dean of the Advanced Collaborative Research Organization for Smart Society (ACROSS) since December 2022. Dr. Tanabe is also President of the Architectural Institute of Japan (AIJ) and Chair of ISO/TC146/SC6 (Indoor Air). He previously served as President of the Society of Heating and Air-conditioning and Sanitary Engineers (SHASE), Japan. Dr. Tanabe earned his Doctor and Master of Engineering degrees from Waseda University. His research spans several decades with significant contributions to indoor environmental quality. He has held visiting positions at Technical University of Denmark (1984-1986), University of California, Berkeley (1992-1993), and Lawrence National Laboratory (LBNL) (1997). His research focuses on indoor air quality, thermal comfort, energy efficiency, and architectural environment. He has pioneered work in carbon neutrality, net zero energy buildings, and the relationship between building design and occupant health and productivity. His recent work addresses ventilation for infection control, particularly during the COVID-19 pandemic, and the development of standards for healthy indoor environments. Dr. Tanabe's publications reveal a strong focus on practical applications of building science to improve human comfort and health. His work spans indoor air quality measurement and improvement, thermal comfort in various building types, energy efficiency in buildings, and the impact of building design on occupant productivity and well-being. Recent research emphasizes net zero energy buildings, infection control through ventilation, and biophilic design elements. Fellow Member, American Society of Heating and Air-Conditioning Engineers (ASHRAE) Ralph G. Nevins Award from ASHRE (1989) Technical Award from Society of Heating, Air Conditioning, and Sanitary Engineers, Japan Prize of Research from Architectural Institute of Japan (2002) Pettenkofer award from ISIAQ Academy (2016) Minister of Economy, Trade and Industry Award for Energy Conservation (2024) Dr. Tanabe has supervised numerous students and research projects focused on building environmental engineering. His work has influenced building codes and standards internationally, particularly through his leadership in ISO committees. He leads research teams investigating advanced ventilation systems, thermal comfort modeling, and the relationship between building design and human performance. Current projects focus on smart building technologies, pandemic-responsive building design, and zero-energy building solutions that maintain high indoor environmental quality.
Tomoyo Hokibara serves as Associate Professor at Waseda University's School of Creative Science and Engineering, Faculty of Science and Engineering. Her academic journey began with undergraduate studies at Waseda University (2009-2013), followed by master's (2013-2015) and doctoral studies (2017-2020) at the Graduate School of Creative Science and Engineering. Current Position: Associate Professor, Waseda University (2025-Present) Previous Position: Faculty Member, Waseda University (2021-2025) Industry Experience: Design Department, Takenaka Corporation (2015-2021) Dr. Hokibara's research focuses on fire safety engineering for wooden structures, with particular expertise in developing fire-resistant wooden construction methods that maintain structural integrity during and after fires. Her pioneering work on the "sacrifice-layer concept" has revolutionized approaches to wooden fireproofing, enabling the development of self-extinguishing timber structures with 1-3 hour fire resistance ratings without excessive cross-sectional enlargement. She investigates thermal behavior of wood during fires, moisture transport in heated wood, fire safety in historical wooden buildings, and evacuation systems for vulnerable populations. Her publication record shows consistent output in top journals like Journal of Environmental Engineering (Transactions of AIJ) and presentations at major conferences including World Conference on Timber Engineering. Her research demonstrates a clear progression from fundamental studies on wood combustion to practical applications for high-rise wooden construction and historical building preservation. AIJ Young Researcher Award (2023) Multiple Academic Lectures Young Researcher Outstanding Presentation Awards (2015, 2018) Sanae Award from Waseda University (2015) Outstanding Graduation Thesis Award (2013) UIA2011 Tokyo Design Competition JIA Award (2011) Dr. Hokibara leads multiple research projects funded by JSPS and other institutions, focusing on fireproofing techniques for wooden structures, early fire detection in historical buildings, and predicting mechanical performance of fire-exposed wooden members. She serves on committees including the Japan Society of Fire Engineers and Architectural Institute of Japan subcommittees on fire resistance. Her architectural practice includes notable works like "Pale Veil" (2025) and "Ring on the Green" (2022), demonstrating the integration of her research with practical design.
Nor Hafizah Binti Ramli is a Professor in the Department of Civil Engineering at Universiti Teknologi Malaysia (UTM), Faculty of Civil Engineering. With over 15 years of academic experience since completing her Master's research on steel connections under fire conditions in 2005, she has established herself as a leading researcher in structural engineering, particularly in steel connections, concrete structures, and structural fire engineering. Her research program focuses on innovative structural systems including boltless steel connections, concrete-filled steel tubes, FRP strengthening techniques, and sustainable construction materials. Professor Ramli has made significant contributions to understanding structural connection behavior under various loading conditions including monotonic, cyclic, seismic, and fire scenarios. Her work bridges fundamental structural mechanics with practical construction applications, addressing critical industry challenges in structural safety and performance. Professor Ramli's recent publications reveal a strategic evolution in her research approach, increasingly incorporating computational methods and machine learning applications alongside traditional experimental investigations. Her work spans from fundamental material behavior studies to full-scale structural system evaluations, with growing emphasis on sustainable construction practices using recycled and alternative materials like rubberized concrete and seawater sea sand concrete. She has successfully supervised numerous graduate students who have become active researchers in structural engineering, with many continuing to collaborate with her on publications. Her international research network includes collaborations with institutions across Australia, Iran, Iraq, and other countries, reflecting the global relevance of her work in structural engineering. Professor Ramli leads a comprehensive structural engineering research facility at UTM with capabilities for advanced material testing, structural connection evaluation, and fire resistance testing. Her research team conducts both experimental and computational studies to advance structural engineering knowledge while addressing practical industry needs for safer, more efficient, and sustainable construction systems.
Loukas F. Kallivokas is a Professor and holder of the Brunswick-Abernathy Regents Professorship in Soil Dynamics and Geotechnical Engineering at The University of Texas at Austin. He serves as Associate Chair of Civil Engineering and is affiliated with multiple research units including the Oden Institute for Computational Engineering and Sciences, Texas Acoustics, and the Texas Consortium for Computational Seismology (TCCS). His educational background includes a Diploma in Civil Engineering from the National Technical University of Athens, and MS (1990) and PhD (1995) degrees in Civil Engineering/Computational Mechanics from Carnegie Mellon University. Prior to joining UT Austin in 1999 as an assistant professor, he held postdoctoral and visiting positions at Carnegie Mellon University, including an NSF CISE postdoctoral fellowship. Professor Kallivokas's research spans computational mechanics with emphasis on wave mechanics and inverse problems. His work focuses on metamaterials design, subsurface imaging, seismic motion modeling, soil-structure interaction, and non-destructive condition assessment. He has made significant contributions to inverse medium problems, inverse scattering, and inverse source problems for wave-driven applications. His research has practical applications in earthquake engineering, geotechnical site characterization, and enhanced oil recovery through wave-based techniques. His recent publications demonstrate consistent output in top journals, with research trends showing increasing focus on metamaterial design, advanced wave focusing techniques, and sophisticated inverse problem solutions for subsurface characterization. The work often involves collaboration with postdocs and students, particularly Heedong Goh who appears as co-author on many recent papers. Allen Newell Medal (1998) for research excellence in large-scale modeling of seismic motion National Science Foundation CAREER award (2003) for research in subsurface imaging Fellow of the Engineering Mechanics Institute (F. EMI) Professional Engineer (PE) license Professor Kallivokas has advised numerous PhD and MS students who have gone on to successful careers in academia and industry, including positions at Seoul National University, Vanderbilt University, ExxonMobil, and major engineering firms. His research has been supported by significant grants including the NSF CAREER award and other NSF funding. He serves as Associate Editor for ASCE's Journal of Engineering Mechanics and previously chaired the Computational Mechanics Committee of ASCE's Engineering Mechanics Institute (2008-2011). His research group operates within the Mechanics, Uncertainty, and Simulation in Engineering (MUSE) laboratory facilities at UT Austin, specifically in ECJ 4.602. The group focuses on computational modeling of wave phenomena and inverse problems, with current projects spanning metamaterial design, subsurface imaging, and coupled-physics imaging approaches.
Maurizio Patrignani is a Full Professor of Computer Science at the Department of Civil, Computer and Aeronautical Engineering at Roma Tre University, where he has served since May 2017. Since November 2022, he has also held the position of Chair of the Computer Science and Engineering Faculty Board. His academic journey began with a "Laurea" degree in Electronic Engineering from the University of Rome "La Sapienza" in 1996, followed by a Ph.D. in Computer Science from the same institution in 2001. Patrignani's research spans multiple areas within computer science, with a strong focus on graph-related disciplines. His primary research interests include Computer Networks, Graph Drawing, Information Visualization, and Computational Geometry. He has developed expertise in Dynamic Graph Drawing, Orthogonal Drawings, Planarity and Planar Graphs, Upward Planarity, and Data Center Networking. His work often bridges theoretical computer science with practical applications, particularly in network visualization and analysis. The analysis of Patrignani's recent publications reveals a consistent focus on graph theory and its applications. His work demonstrates expertise in planar graph embeddings, orthogonal drawings, and upward planarity. Recent publications show increasing attention to practical applications of graph theory in network visualization, data center networking, and route planning. His research combines theoretical algorithm design with experimental validation and user studies, reflecting a comprehensive approach to solving complex problems in graph drawing and network analysis. Patrignani has been actively involved in numerous research projects throughout his career, including EU-funded initiatives like DELIS (Dynamically Evolving, Large Scale Information Systems) and GraDR (Graph Drawings and Representations), as well as national projects funded by MIUR. His collaborative work spans multiple institutions and researchers across Europe and beyond, demonstrating his significant role in the international computer science community. He has served on numerous program committees for major conferences in graph drawing and visualization, including the International Symposium on Graph Drawing (GD) where he was co-chair for GD 2008 and GD 2012. His organizational contributions extend to the Summer Workshop on Graph Drawing (SWGD) where he has been a member of the organizing committee since 2021. Patrignani's teaching portfolio at Roma Tre University includes courses on Algorithms and Data Structures, Computer Networks, Information Visualization, and Big Data Algorithms.
