Francesca Stazi is a Full Professor at the Department of Materials, Environmental and Urban Science and Engineering, College of Engineering, Marche Polytechnic University. Her research focuses on sustainable building technologies, thermal performance optimization, indoor air quality, and occupant behavior in educational and heritage buildings. Research Areas: Sustainable Building Design, Energy Efficiency, Thermal Comfort, Building Envelope Systems, Occupant Behavior Modeling Contact: f.stazi@univpm.it | Via Brecce Bianche 60131 Ancona Recent Publications (2024-2025) Indoor Air Quality improvement using multifunctional finishes Sustainable façade design with self-shading modules Mechanical ventilation impact in heritage school buildings Data-driven HVAC automation in university spaces Thermal performance of ventilated walls with novel materials Her work bridges experimental testing with numerical modeling for energy-efficient solutions in Mediterranean climates.
Dr. Szalay Zsuzsa is an Associate Professor at the Budapest University of Technology and Economics (BME), serving as Co-Head of the Department of Construction Materials and Technologies within the Faculty of Civil Engineering. She is an elected member of the Faculty Council and coordinates students' scientific associations. Research Focus: Life cycle assessment (LCA), energy efficiency, decarbonization, sustainable building technologies, and thermal comfort optimization. Teaching: Courses include Design of Structures Projectwork, Building Construction Methodology, and Building Energy Modelling. Scientific Contributions: Her recent work explores digital decarbonization through virtual space transitions, embodied carbon in residential HVAC systems, and zero-carbon building strategies. She actively participates in IEA EBC Annex 72, developing LCA guidelines for global and regional contexts. Scientific Awards: Recipient of the építő250 scholarship Labs & Teams: Affiliated with the Department of Construction Materials and Technologies and engaged with the Students' Scientific Associations at BME.
Dr. NAGY Balázs is an Associate Professor at Budapest University of Technology and Economics (BME) in the Department of Construction Materials and Technologies. His research focuses on building physics, thermal insulation, and BIM applications in construction. He contributes to courses like Building Construction, Construction IT Projects, and Building Information Modelling. Research Interests : Building physics, hygrothermal analysis, bio-based insulation, BIM integration, climate-resilient design. Scientific Awards : Magyar Felvételi információ #építő250 ösztöndíj Key Publications : Thermal performance of foam glass aggregates Fire-resistant straw-based insulation boards Climate change impacts on indoor thermal comfort Hygrothermal modeling of masonry blocks
Alireza Bahrami is an Associate Professor (Docent) and Head of the Building Engineering Subject at the University of Gävle. He specializes in Civil and Structural Engineering, with expertise spanning academic research and industrial applications in construction. His responsibilities include teaching specialized courses, supervising student theses, and leading research on sustainable building materials and structural performance. His research focuses on: Innovations in concrete technology (geopolymers, 3D-printed concrete) Structural strengthening techniques (FRP, post-tensioning) Sustainable material utilization (timber, waste ceramics, bagasse ash) Seismic and fire performance of structures Recent publications emphasize sustainable construction, with dominant themes including geopolymer concrete development, timber connection systems, and waste-material integration. His work frequently employs experimental validation and machine learning for material optimization. Dr. Bahrami leads research on structural retrofitting methods using eco-friendly materials like bamboo laminates and aluminum composites. He collaborates internationally on projects related to low-carbon concrete, cross-laminated timber, and infrastructure durability.
Ali M. Memari is the Bernard and Henrietta Hankin Chair Professor at The Pennsylvania State University, with joint appointments in the Departments of Architectural Engineering and Civil and Environmental Engineering. He serves as Director of the Pennsylvania Housing Research Center (PHRC) and Editor-in-Chief of the ASCE Journal of Architectural Engineering. His research integrates structural engineering, building science, and sustainable construction technologies. Research Focus: Dr. Memari leads investigations in residential building systems, including seismic resilience of structures, energy-efficient envelope design, and sustainable materials development. His pioneering work in multi-story modular construction and 3D concrete printing addresses housing affordability and environmental impact. Current projects explore hurricane/flood-resistant designs, hempcrete applications, and performance optimization of 3D-printed structural elements. Teaching & Advising: He teaches graduate courses in Building Enclosure Science and Earthquake Resistant Design. Since 2000, he has mentored over 45 graduate students, with dissertations/theses spanning seismic testing of wall systems, additive manufacturing, building energy modeling, and tornado shelter design. Honors & Innovations: Recognized as an ASCE Fellow and endowed chair holder, Memari holds patents for earthquake-resistant glass panels and transparent sustainable wall systems. His research receives support through PHRC industry partnerships and federal grants. Laboratory Leadership: He directs experimental research at PHRC's Air Bladder Load Test Facility and 3D printing laboratories, advancing testing protocols for building components under environmental and seismic loads.
Hanna Jędrzejuk , DSc PhD Eng., serves as an Assistant Professor and head of the Division of Refrigeration and Energy in Buildings at Warsaw University of Technology's Faculty of Power and Aeronautical Engineering. Her work focuses on building energy performance, HVAC systems, and renewable energy integration. Specialties include building physics, heat/mass transfer analysis, and multi-criteria optimization of buildings Active in research projects related to nearly zero energy buildings (nZEB) and smart energy systems Member of international associations like IBPSA and IABP Her publications emphasize numerical modeling of energy processes, thermomodernization strategies, and innovative solutions for building energy efficiency. She contributes to editorial boards and scientific committees, including Energies journal and international conferences. Teaching responsibilities include Engineering Physics and Building Energy Performance courses. Her team's work spans building simulation, renewable energy systems, and thermal insulation analysis, with practical applications in Warsaw's urban development and retrofit projects.
Angel Burov is an Associate Professor at the University of Architecture, Civil Engineering and Geodesy (appointed 2025) with research ties to the Research Institute at Medical University of Plovdiv, focusing on sustainable urban systems and environmental health. Education: BSc (2006) MSc in Urbanism (2008) PhD in Territorial, Landscape and Urban Planning (2015) Specialization in Ecological Economics (2012) Specialization in Near Zero Energy Buildings Retrofitting (2018) Specialization in Permaculture Design (2021) Research Focus: His work integrates Sustainable Development, Socio-Ecological Resilience, and Urban Ecology to address Anthropocene-era challenges. Key applications include climate adaptation strategies, low-emission urban zoning, and nature-based therapies for community resilience, as seen in active Horizon Europe projects like RESONATE (2023-2027). Professional Impact: He has driven Sofia's urban policy through the Sustainable Energy and Climate Action Plan and Spatial Scenarios for Low-Emission Zones. Previously, he served as deputy president (2012-2021) and president (2021-2023) of the Union of Bulgarian Spatial Planners, while contributing to H2020 projects (URBiNAT, ECHOES) and Erasmus+ initiatives (HURBE, iACT) on urban regeneration and environmental monitoring.
Dr. Sebahattin Küçük serves as a Lecturer at Mimar Sinan Fine Arts University within the School of Cultural Heritage Preservation and Repair, specializing in the Department of Cultural Heritage Preservation and Repair with a focus on the Repair major field. His academic position centers on practical and theoretical approaches to conserving Turkey's cultural legacy. His research encompasses: Preventive conservation methodologies for historical structures Traditional repair techniques for Ottoman-era architecture Material compatibility in restoration projects Seismic retrofitting of heritage buildings Documentation of intangible conservation knowledge Environmental impact on cultural artifacts His work bridges academic theory with hands-on conservation practices in Turkey's rich historical context. No scientific awards, student advising records, or research grant details were specified in available institutional data. The department maintains active field laboratories for material analysis and restoration workshops, though specific facility details weren't documented in the source materials.
Clinton Wood is an Associate Professor in the Department of Civil Engineering within the College of Engineering at the University of Arkansas. He holds a Ph.D. and is a Professional Engineer (P.E.) specializing in geotechnical earthquake engineering. His research focuses on soil dynamics and nondestructive material characterization using stress waves and electrical resistivity. Dr. Wood earned his educational credentials from the University of Arkansas and the University of Texas: Ph.D., Civil Engineering, University of Texas (August 2013) M.S., Civil Engineering, University of Arkansas (May 2009) B.S., Civil Engineering, University of Arkansas (May 2007) His primary research interests include dynamic site characterization using surface wave methods, topographic effects for earthquake ground motion, pavement characterization, AC water distribution pipe evaluation, levee assessment, and site response for highway structures. Dr. Wood established the Geotechnical Earthquake Engineering Laboratory at the University of Arkansas in 2013 after completing his Ph.D. at the University of Texas at Austin. Analysis of his publication record from 2018-2023 reveals consistent focus on seismic site characterization techniques across multiple international locations including New Zealand, Mexico, and the Mississippi Embayment region. His work demonstrates expertise in surface wave methods, electrical resistivity applications, and site-specific ground motion analysis, with practical applications for dam safety, levee assessment, and infrastructure resilience. Dr. Wood actively recruits both graduate and undergraduate students for research positions in his laboratory. Graduate students in his lab are typically fully funded with tuition coverage and monthly stipends. Highly-qualified domestic PhD students may qualify for additional funding through Distinguished Doctoral Fellowships (providing $22K/year) or Doctoral Academy Fellowships (providing $12K/year). The Geotechnical Earthquake Engineering Laboratory, established by Dr. Wood in 2013, serves as the primary research facility for his work. The lab focuses on geotechnical engineering issues related to earthquake loading and soil dynamics, with specific emphasis on non-destructive evaluation methods for various infrastructure components including dams, levees, and water distribution systems.
Johannes Knörr is a Researcher at the Department of Computer Science, Technical University of Munich, Germany, affiliated with the Chair of Decision Sciences & Systems. His work bridges computational methods with energy economics, focusing on market design and optimization. Key Affiliations: Technical University of Munich, Chair of Decision Sciences & Systems Research Interests: Dr. Knörr specializes in electricity market design under non-convex conditions, algorithmic pricing mechanisms, and demand response integration. He applies game theory and machine learning to optimize energy systems and policy frameworks. Recent Publications: His research addresses market coupling, convex hull pricing, and grid stability in decarbonized electricity markets, with notable contributions to European energy policy whitepapers. Teaching & Advising: He has mentored numerous thesis projects on electricity market algorithms, bid conversion engines, and machine learning applications in energy systems. Students benefit from his expertise in auction theory and computational social choice. Labs & Teams: Dr. Knörr collaborates with the Decision Sciences & Systems Chair at TUM, contributing to interdisciplinary projects on energy economics and algorithmic design.
Yi Liang serves as Associate Professor in the Department of Biological and Agricultural Engineering at the University of Arkansas College of Engineering, holding dual appointments as Director of the Experiment Station (DREX) and Cooperative Extension Service (CES) specialist. Since joining the University of Arkansas Division of Agriculture in 2007, she has developed practical environmental management technologies for poultry producers across industry sectors. Her educational foundation includes a Bachelor of Science and Master of Science from China Agricultural University, followed by a PhD from the University of Alberta. She completed postdoctoral research at Iowa State University and served as a USDA/ARS research scientist before joining academia. Dr. Liang's research centers on sustainable poultry production systems, with emphasis on mitigating aerial emissions from housing facilities, optimizing indoor air quality, and understanding livestock-environment interactions. Her work bridges engineering solutions with animal physiology to address ammonia emissions, heat stress, and energy efficiency challenges in modern poultry operations. Current projects focus on renewable energy integration, precision livestock monitoring, and water conservation technologies. Analysis of her 15 most recent publications reveals consistent innovation in sustainable poultry farming, particularly in renewable energy applications for broiler houses, advanced cooling systems, and precision emission monitoring. Her work demonstrates strong interdisciplinary collaboration across agricultural engineering, animal science, and environmental disciplines. Her scientific recognition includes: UA College of Engineering Outstanding Service to Students Award (2014, 2016) ASABE Blue Ribbon Educational Aids Competition Award (2018) ASABE Honorable Mention Paper Award (2009) As an active extension specialist, Dr. Liang provides technical guidance to poultry producers, integrators, and government agencies while serving on departmental curriculum committees. Her research program integrates field studies with computational modeling to develop economically feasible environmental solutions. She collaborates with multidisciplinary teams across USDA-ARS, industry partners, and academic institutions through the Arkansas Agricultural Experiment Station, focusing on instrumentation development for real-time environmental monitoring in animal feeding operations.
Dr. Raid Hanna is a Senior Lecturer in Architecture at The Glasgow School of Art (GSA). His research investigates the intersection of digital tools, cognition, and creativity in architectural design, with emphasis on parametric systems, environmental sustainability, and design pedagogy. He has authored numerous studies on computational interventions in architecture since the early 2000s. His research interests include: Computational Design : Impact of parametric tools on creative processes. Design Cognition : How digital media influences cognitive design actions. Environmental Appraisal : Sustainability assessments of historic structures like GSA. Digital Pedagogy : Training novice architects in machine-aided design. Hanna's publications (2002-2018) demonstrate a consistent focus on: Evolution of design tools from physical to digital workflows. Empirical analyses of creativity in computational environments. Systematic reviews of technology's role in architectural outcomes. No awards, research grants, supervised students, or lab affiliations are documented.
Begoña Blandon Gonzalez is an Associate Professor at the Higher Technical School of Architecture, University of Seville. She works in the Department of Architectural Constructions I and focuses on sustainable architecture, construction materials, and technical education. Areas: Sustainable Architecture, Construction Waste Management, Building Rehabilitation Teaching: Construction subjects, Master's Final Project, Risk Management Research: SATH group (Sustainable Architecture, Technology, and Heritage) Research Interests include eco-efficient construction materials, urban regeneration of abandoned towns, and integrating sustainability into architectural education. She has developed projects like MRCD-PV for construction waste minimization and (Re)Programa for sustainable Andalusian housing rehabilitation. Publications prioritize sustainable construction cycles, recycled material characterization, and accessibility in social housing. Her work bridges environmental impact analysis with practical building techniques. Contact : bblandon@us.es
Dr. Robert Harmsen is an Assistant Professor in the Energy & Resources group at the Copernicus Institute of Sustainable Development , Utrecht University. His research focuses on energy transition dynamics, policy interaction, and the role of the built environment in decarbonization efforts. Current academic role: Assistant Professor in Energy & Resources Key research themes: Heat Transition, Energy Policy, Renewable Energy Integration Teaching: Coordinated courses in Utrecht University’s Master Sustainable Development track, including Tools for Energy & Material Analysis and Policies for Energy & Material Transitions , with guest lectures in Energy Science and Global Sustainability Science Email: r.harmsen@uu.nl Research Interests Harmsen investigates the factors driving successful energy transitions, with a particular emphasis on heat decarbonization in the residential sector . His work explores how policies can be designed to account for complex interactions and systemic barriers, drawing on methods like decomposition analysis and technology assessment. Energy Policy Design Heat Transition in Urban Areas Policy Interaction Effects Decomposition Analysis Variable Renewable Energy Integration Building Sector Energy Efficiency Publications and Media Engagement He has published extensively on topics such as district heating systems , combined heat and power (CHP) , and policy evaluation frameworks . His research is frequently cited in Dutch media (e.g., AD , RTV Utrecht ) on issues like wind turbine noise pollution and natural gas phaseout strategies.
Dr. Mitali Joshi is a postdoctoral researcher at the Faculty of Geosciences , Copernicus Institute of Sustainable Development , Utrecht University , working in the Energy & Resources section on the JUST PEPP project. With a PhD in Architecture and Urban Planning from the University of Liège (2020), she specializes in GIS and remote sensing for urban-environmental applications. Education : PhD in Architecture/Urban Planning (University of Liège, 2020) Research Focus : Combines geospatial technologies with urban climate resilience to address challenges like: Green roof implementation for microclimate regulation Urban heat island mitigation through data-driven planning Flood vulnerability assessment for cultural heritage Disaster risk reduction in informal settlements High-performance computing for urban sustainability Publication Trends : Recent work demonstrates expertise in: Advanced statistical and machine learning applications Belgium-based urban climate studies Green infrastructure quantification methods Disaster resilience frameworks Climate zone specific modeling Skills : Proficient in Python, ArcGIS, R, High Performance Computing, and cartographic visualization techniques.
