جست‌وجوی استاد و پژوهشگر

• Building energy design
• Environmental and occupational health
• Environmental comfort
• +۴ مورد دیگر

Stefano Paolo Corgnati is Full Professor at the Department of Energy (DENERG) of Politecnico di Torino , where he has held multiple leadership roles including Rector, Chairman of the Board of Governors, President of the Academic Senate, and Member of the University delegation for trade union relations. His academic career spans over two decades with affiliations at both Politecnico di Torino and Università degli Studi di Perugia. Current roles: Full Professor (L.240), Rector, President Board of Governors Key institutions: Politecnico di Torino, Università degli Studi di Perugia Research Focus: Specializing in Building Physics and Energy Processes Engineering , his work addresses Building energy design Indoor environmental quality Low-energy building strategies Urban energy modeling Occupant health and comfort Recent Publications demonstrate expertise in aerial thermography applications, energy certificate databases, and post-carbon building design. His research spans from 2010 to 2025 covering topics like quantum computing applications in energy systems and microbial pollution analysis in auto-mechanic workshops. Scientific Recognition: REHVA Fellow (2011-) Best Poster Award (IBPSA, 2013) Young Scientist REHVA Award (2009) AICARR Thesis Award (2000) Leadership & Collaborations: Currently coordinates the Indoor Environment and Energy Management Competence Centre at Politecnico di Torino. Holds leadership roles in 15+ non-commercial agreements including collaborations with University of Cambridge , European University Institute , and Accademia delle Scienze di Torino . Supervises Ph.D. students in urban development, energetics, and regional planning.

Saber Ahmedمشاهده پروفایل

استادیار

• Lie Superalgebras
• Quantum Superalgebras
• Representation Theory
• +۳ مورد دیگر

Saber Ahmed is an Assistant Professor of Mathematics and Statistics at Hamilton College, where he contributes to teaching and research. He holds a Ph.D. in Mathematics from the University of Texas at Arlington (2022) and a B.S. in Mathematics and Chemistry from the University of Texas at Austin. His work focuses on algebraic structures in supermathematics, particularly Lie superalgebras and quantized enveloping superalgebras, with applications to representation theory. He also explores algebraic geometry, especially elliptic fibrations. Education: Ph.D., University of Texas at Arlington B.S., University of Texas at Austin His research integrates combinatorial, geometric, and algebraic approaches to analyze representations of Lie superalgebras of types P and Q. Ahmed has published his dissertation work in Letters in Mathematical Physics and emphasizes mentoring underrepresented students in mathematics. Awarded participation in the 2023 ADJOINT program, Ahmed advocates for equitable mentorship and community-building in academia. He has been involved in initiatives like the MSRI-UP program (2022) and the AMS UTA chapter, aiming to diversify the mathematics community.

• Architectural Engineering
• Robotics in Construction
• Digital Fabrication
• +۷ مورد دیگر

Daniel Prohasky is a Lecturer in Architectural Engineering at Swinburne University of Technology, School of Design and Architecture, where he integrates robotics, digital fabrication, and sustainable design to advance low-carbon construction. He is actively involved in research, teaching, and supervision of PhD candidates, with a focus on innovative building systems and resourceful architecture. His research interests include: Architectural Engineering Robotics in Construction Digital Fabrication Low-Carbon Architecture Adaptive Moulding Mycelium-Based Materials Biomimicry His recent publications demonstrate a strong trajectory in sustainable building technologies, robotic fabrication, and environmental performance, often combining computational tools with physical prototyping. Trends show increasing focus on mycelium habitats, adaptive concrete casting, and mixed reality for environmental visualization. Scientific awards include: Engineer of the Year, Victoria (2023) veski Innovator of the Year (2019) Best Presentation Award, CAADRIA (2016) Daniel leads significant research grants such as the ARC Training Centre for Next-Gen Architectural Manufacturing and internal projects like 'The Living Hollow' mycelium habitat initiative. He supervises PhD students in biomimicry and adaptive moulding. He is the founder of Curvecrete, an advanced manufacturing practice, and has collaborated with leading firms like Arup and Aurecon. His teaching emphasizes innovation, sustainability, and hands-on experience with cutting-edge construction technologies.

Jakub Gołębiewskiمشاهده پروفایل

استادیار

• Interior Architecture
• Historic Preservation
• Sustainable Urban Design
• +۳ مورد دیگر

Jakub Gołębiewski serves as an Assistant Professor at the Department of Interior Architecture within the Faculty of Architecture at West Pomeranian University of Technology, Szczecin. Holding a Doctor of Engineering in Architecture (Dr. Eng. Arch.), he actively contributes to both academic research and practical design projects. His recent high-impact work includes the comprehensive interior redevelopment of the University's historic Rector's Office complex at Piastów Avenue 17, where he led spatial, visual, and functional integration across multiple buildings including a protected 1903 monument. His research spans interior architecture, urban design, and climate change adaptation with particular emphasis on historic preservation and sustainable innovation. Gołębiewski specializes in integrating conservation principles with contemporary design solutions, as demonstrated in his restoration of polychrome woodcarvings and ceiling moldings in Szczecin's historic structures. His work increasingly addresses emerging challenges through concepts like floating cities, water-sensitive urban design, and eco-reactive architecture, bridging theoretical exploration with practical implementation in waterfront regeneration projects. Analysis of his 15 most recent publications (2016-2024) reveals an evolving research trajectory from medieval urban studies toward cutting-edge climate adaptation strategies. Key thematic clusters include: Historic preservation techniques applied to Pomeranian cultural heritage Innovative waterfront regeneration models for climate-vulnerable zones Eco-sensitive architectural systems integrating renewable energy Parametric design approaches for sustainable urban infrastructure His work consistently demonstrates the synthesis of historical context with forward-looking environmental solutions, particularly in riverine urban settings like Szczecin's Międzyodrze Island.

Camille Vandervaerenمشاهده پروفایل

پژوهشگر

• Circular Economy
• Life Cycle Assessment
• Sustainable Building Design
• +۳ مورد دیگر

Camille Vandervaeren is a researcher at the Faculty of Engineering Sciences, Vrije Universiteit Brussel. Her work focuses on circular economy principles in the built environment, specializing in life cycle assessment (LCA) and material flow analysis for transformable and demountable buildings. Key Collaborations: Coordinated projects with Niels De Temmerman, Waldo Galle, and François Denis Technologies: Developed BIM tools for environmental and material flow evaluation Her research explores efficient material use, interdependencies in building systems, and enabling technologies for reversible design. This includes parametric LCA, structural optimization of reticular systems, and quantifying the adaptability of architectural layouts. Recent publications highlight her contributions to circular building practices, addressing challenges in stakeholder engagement, organizational change, and sustainable material flows. She received the 2018 ISCOWA Award for her work. Active in consultancy, public exhibitions, and academic conferences, Vandervaeren connects technical innovation with practical implementation in sustainable construction.

• Building Physics
• Renewable Energy Integration
• Sustainable Building Design
• +۵ مورد دیگر

Roberto Bruno is an Associate Professor at the Department of Mechanical, Energy and Management Engineering (DIMEG), University of Calabria. His research focuses on sustainable building technologies, renewable energy integration, and energy efficiency in Mediterranean climates. He leads major projects like the PRIN 2022 PNRR ‘GrAce’ initiative for nature-based urban resilience and has contributed to 15+ EU/national consortia including RES NOVAE and COGITO. Education: PhD in Mechanical Engineering (University of Calabria), Master’s in Mechanical Engineering - Energy specialization (University of Calabria), and High-school Diploma in Chief Mechanical Expert (ITIS ‘A. Monaco’). Research Interests: Bruno’s work spans passive building systems (Trombe walls, green roofs), nZEB design, dynamic energy modeling, solar cooling, heat pump optimization, and thermal storage. He experimentally validates innovations like bio-PCM walls and LNG regasification energy recovery. Publication Trends: His 15 most recent articles (2022–2025) emphasize Mediterranean-centric solutions: 40% focus on passive/envelope technologies (Trombe walls, living walls), 30% on renewable integration (solar-assisted heat pumps, ORC systems), and 30% on energy recovery/optimization (LNG regasification, IAQ control). Awards: World Ranking of Top 2% Scientists 2023 (Stanford University) Outstanding Reviewer for Applied Thermal Engineering and Building and Environment Grants and Leadership: As Principal Investigator for the €2.5M PRIN 2022 ‘GrAce’ project, he develops living-wall systems. He also led EU-China clean energy guidelines and participates in Horizon Europe projects. Funded initiatives include: PON Smart Case (€1.8M, energy-efficient buildings) Tech4You (water-energy nexus optimization) GLAMOUR (IoT for home automation) Laboratory Affiliations: He co-leads the Environmental Technical Physics research group at DIMEG, specializing in building energy simulation, solar applications, and thermal measurement.

• Energy Efficiency
• Building Energetics
• Solar Energy Systems
• +۴ مورد دیگر

Piero Bevilacqua is a Researcher at the Department of Mechanical, Energy and Management Engineering , University of Calabria. His work focuses on energy efficiency in buildings, solar energy systems, and thermal properties of materials. Research areas: Rational energy use, building energetics Applications: Bioclimatic architecture, energy certification, passive solar systems His recent publications highlight innovations in parabolic trough collectors , phase change materials (PCM) for building envelopes, and LNG regasification energy recovery . Projects include solar-assisted heat pumps and thermal storage optimization in Mediterranean climates. He is part of the Environmental Technical Physics research group, working on national and international scales. Collaborators include Prof. Roberto Bruno and Natale Arcuri.

• Building Engineering
• Energy Efficiency
• Sustainable Design
• +۴ مورد دیگر

Serena Summa is a Researcher at the Department of Materials, Environmental Sciences and Urban Planning (SIMAU) within the Faculty of Engineering at Polytechnic University of Marche in Ancona, Italy. Her academic profile includes active research in building engineering with a focus on energy efficiency and sustainable design solutions. Her research spans multiple interdisciplinary areas including: Thermal performance analysis of innovative building materials and facade systems HVAC optimization through AI-driven automation and data analytics Indoor air quality management in educational and heritage buildings Sustainable cooling technologies including water mist systems Building simulation methodologies and energy standardization Her recent publications demonstrate consistent focus on experimental validation of building technologies, with particular emphasis on Mediterranean climate adaptations. Research frequently combines field measurements with computational modeling approaches across educational, residential and heritage contexts. She maintains active university affiliation with contact information including email (s.summa@univpm.it) and phone (0712204310), located at Via Brecce Bianche 12 in Ancona.

• Sustainable Architecture
• Energy Efficiency in Buildings
• Ceramic Materials in Architecture
• +۴ مورد دیگر

Victor Echarrí Iribarren is a Professor in the Department of Architectural Constructions at the University of Alicante's Polytechnic School. He has been a faculty member since 2000 and was accredited as a University Professor in February 2021. With over 30 years of experience in academia, he combines teaching, research, and professional architectural practice, having worked on more than 20 architectural projects throughout his career. His educational background includes a PhD in Architecture from the University of Navarra in 1995 and an Architecture degree from the same institution in 1989. He has earned three six-year research periods recognized by CNEAI (covering 2000-2018) and has directed nine doctoral theses with two more in progress. Echarrí Iribarren's research focuses on sustainable architecture, energy efficiency in buildings, and the application of ceramic materials in architectural design. His work particularly examines thermal conditioning systems for Mediterranean climates and historical fortifications. He has published more than 50 articles in peer-reviewed journals, two books with quality indicators, and eleven book chapters, while also holding four patents related to ceramic applications in architecture. His most recent publications reveal a strong trend toward energy efficiency in building design, with significant emphasis on ceramic materials as sustainable solutions for thermal regulation. His research spans both contemporary applications and historical analysis of architectural structures, particularly fortifications along the Mediterranean coast. 3 six-year research periods recognized by CNEAI (2000-2018) Member of Editorial Board of 'inCyTA' journal Member of Editorial Board of 'International Journal of Heritage Architecture' Reviewer for 'Energy & Buildings' journal (2013-2015) Chairman of four international conferences on Eco-Architecture and Sustainable Cities As an academic advisor, Professor Echarrí Iribarren has directed nine doctoral theses and currently has two more in progress. He has secured significant research funding, serving as Principal Investigator for five competitive R&D&I projects (totaling €312,338) and 17 non-competitive projects (totaling €223,464). His leadership extends to founding and directing the 'Technology and Sustainability in Architecture' Research Group since 2008. In addition to his research activities, he has held numerous administrative positions including Director of the Department of Architectural Constructions (2014-2020) and Director of the Doctoral Program 'Architecture, City, Civil Works and their Construction' during two separate periods. He leads the 'Technology and Sustainability in Architecture' Research Group at the University of Alicante, which focuses on innovative applications of materials, particularly ceramics, in sustainable building design. The group also maintains connections with the international Network of Ceramic Chairs across Harvard, Liverpool, Darmstadt, Madrid, Barcelona, Valencia and Alicante, where Echarrí Iribarren served as curator for the 'EXPOCÁTEDRA' Catalogue Exhibition from 2012 to 2019.

• Energy Efficiency
• Thermal Comfort
• Sustainable Architecture
• +۵ مورد دیگر

Carlos Pérez Carramiñana is a permanent faculty member at the University of Alicante in the Department of Architectural Constructions, affiliated with the Higher Polytechnic School IV. He holds a Ph.D. in Architecture, Civil Works, and Construction from the University of Alicante (2010) and a Bachelor's in Architecture from the same institution (2003). His research focuses on energy efficiency, thermal comfort in buildings, and instrumental techniques for analyzing construction systems. Doctorate in Architecture, Civil Works, and Construction (2010) Diploma of Advanced Studies (2005) Bachelor's in Architecture (2003) His recent publications address energy efficiency in Mediterranean climate architecture, structural analysis of ventilated stone façades, and sustainable design strategies for modern and historical buildings. He has participated in 6 public research projects (2020-2023) related to architectural technology and sustainable construction, including roles in the VIGROB and AIRASM research groups. His teaching covers execution projects, building systems, energy evaluation, and sustainable construction across multiple universities.

• Construction Materials
• Sustainable Building Technologies
• Structural Engineering
• +۳ مورد دیگر

DUDÁS Annamária is an Associate Professor at the Department of Construction Materials and Technologies within the Faculty of Civil Engineering at Budapest University of Technology and Economics. She teaches courses such as Building Construction II , Design of Structures Projectwork , and Constructions of Buildings and Structures , while also having previously instructed foundational courses in building methodology and technical drawing. Her research focuses on: Sustainable construction materials Building physics and energetics Hygrothermal analysis of structures Waterproofing system efficiency Ceramic industry environmental practices Historical building acoustics Recent publications highlight her work in solar energy integration through façades, slip resistance classification for ceramic floors, and hygrothermal modeling of earth-sheltered buildings. Key collaborations include projects with the Hungarian Chamber of Engineers and the Hungarian Society for Structural Engineering. Consultation hours: Mondays 15:00–17:00 and Tuesdays 12:00–14:00 during even weeks. Room: K. ép / I. em. 85. Contact: +36 1 463 2373.

RAUL BRIONES LLORENTEمشاهده پروفایل

استادیار

• Building Energy Simulation
• Sustainable Construction
• Energy Efficiency
• +۶ مورد دیگر

Raul Briones Llorente is an Assistant Professor at the University of Burgos, affiliated with the Faculty of Sciences and Department of Mathematics and Computer Science. He is a member of the iENERGIA Energy Engineering Research Group, focusing on building energy simulation, sustainable construction, and renewable energy integration. Academic Rank: Assistant Professor Research Group: iENERGIA University: University of Burgos Department: Mathematics and Computer Science His research spans energy efficiency in building rehabilitation, thermophysical material characterization, and educational innovations in energy simulation. Recent work explores AI applications in renovation diagnostics and cross-border district-level sustainability strategies. Key trends in his publications include: Building energy simulation tools validation Phase change material thermal behavior analysis Bioclimatic vernacular architecture studies International collaboration impacts on doctoral training Renewable energy integration at urban scale Supervised by Dr. Eduardo Montero García and Dr. Ángel Rodríguez Sáiz, his 2020 PhD thesis focused on energy simulation of buildings for improved efficiency and environmental sustainability.

Eva Frühwald Hanssonمشاهده پروفایل

مدرس ارشد

• Timber Structures
• Biobased Materials
• Wood-Moisture Relations
• +۵ مورد دیگر

Eva Frühwald Hansson serves as Senior Lecturer and Head of Office in the Division of Structural Engineering at Lund University's Department of Building and Environmental Technology. She holds additional leadership roles as Deputy Head of Department and contributes to two LTH Profile Areas: Circular Building Sector and The Energy Transition. Lund University, Faculty of Engineering (LTH) Department of Building and Environmental Technology Division of Structural Engineering Her research centers on timber structures and biobased materials, with specialization in wood-moisture dynamics, durability prediction, and sustainable building envelopes. Key focus areas include probabilistic hygrothermal modeling, mold risk assessment, and circular construction methodologies. Her work directly supports UN Sustainable Development Goals through sustainable building technologies. Recent publications demonstrate strong trends in machine learning applications for mold prediction (with Random Forest algorithms), probabilistic service life modeling, and innovative use of hygroscopic materials for energy efficiency. Research spans building physics, structural engineering, and environmental sustainability with emphasis on practical implementation. Scientific recognition includes: Best Research into Practice Paper Prize (2019) She actively supervises doctoral students and leads significant research initiatives, including five major projects funded by Vinnova and industry partners. Her grant portfolio emphasizes biobased construction, industrialized building systems, and service life performance frameworks. Hansson co-manages two critical university infrastructures: the Civil Engineering Laboratory and the Structural Engineering Laboratory, supporting experimental research in timber structures and building materials.

Mikael Björlingمشاهده پروفایل

دانشیار

• Air Quality
• Ventilation Systems
• Environmental Technology
• +۲ مورد دیگر

Mikael Björling serves as Associate Professor in Physical Chemistry and Senior Lecturer in Chemistry at the University of Gävle, where he actively contributes to the Environmental Technology research group. His work bridges environmental engineering applications and science education, with current international collaborations including ventilation studies for the Oslo Viking Museum remodeling (with University of Oslo) and New Zealand school ventilation projects (with University of Auckland). Björling's research spans two interconnected domains: environmental air quality systems and science pedagogy. In environmental science, he pioneers tracer gas methodologies for measuring air exchange rates in diverse structures—from historical wooden buildings to schools—with direct applications in public health (asthma/allergy mitigation) and heritage conservation. His parallel work in science education addresses didactic challenges in natural sciences, developing innovative approaches for teaching chemistry concepts to younger learners and improving STEM pedagogy through subject-specific didactics. Analysis of his recent publications reveals a strategic focus on sustainable ventilation solutions, where engineering precision meets policy relevance. Key trends include adapting low-cost monitoring technologies for real-world settings, establishing causal links between building ventilation and child health outcomes, and developing conservation protocols for sensitive historical structures. His work consistently emphasizes practical implementation over theoretical exploration, with growing attention to global applicability across Scandinavian, Chinese, and New Zealand contexts. No major scientific awards were documented in available sources. Björling currently supervises PhD candidate Dan Wahlborg's research on birch pollen allergen release mechanisms. His active grant portfolio features two significant international projects: the Viking Museum ventilation study addressing conservation challenges in historical structures, and the New Zealand school ventilation initiative examining airflow patterns in educational environments. These projects demonstrate his capacity to secure cross-border research funding while addressing tangible societal needs. As a core member of the University of Gävle's Environmental Technology research group, Björling participates in interdisciplinary teams developing sustainable solutions for indoor air quality challenges. His collaborations with institutions like the University of Oslo and University of Auckland extend this network globally, focusing on practical applications of ventilation science in culturally diverse settings.

• Building Physics
• Moisture and Heat Transport
• Concrete Technology
• +۷ مورد دیگر

Björn Johannesson is a Professor of Building Physics in the Department of Building Technology at Linnaeus University's Faculty of Technology. His research focuses on coupled mass and heat transport processes in porous building materials including concrete, wood, and bricks. He leads research groups in Building Physics and Wood Building Technology, and is associated with the Linnaeus University Centre for Competitive Timber Structures. His work has significant implications for understanding moisture damage in building envelopes and material degradation due to corrosion, frost damage, and wood deformation. PhD in Transport and Sorption Phenomena in Concrete and Other Porous Media (2000), Lund University Licentiate in Modelling of Transport Processes Involved in Service Life Prediction of Concrete (1998), Lund University Professor Johannesson's research primarily centers on coupled mass transport and heat transport processes in porous building materials such as wood, concrete, and bricks. These phenomena are critical for understanding moisture damage in building envelopes and material degradation mechanisms. His work combines theoretical concepts from continuum mechanics and mixture theory with thermodynamic principles to derive constitutive equations. He develops time-dependent and coupled finite element methods to numerically solve governing equations, with applications ranging from simulating degradation processes in concrete to optimizing environmentally friendly concrete binders over a 100-year perspective. His research also addresses mold growth on single-layer sealed facades and moisture-safe construction of wooden houses. Analysis of Professor Johannesson's recent publications reveals a strong focus on multiphase moisture and heat transport in porous materials, particularly in wood and concrete. His work consistently applies advanced numerical methods, especially finite element techniques, to solve complex coupled transport phenomena. A significant portion of his research addresses concrete durability issues including chloride ingress, frost damage, and chemical reactions. The development and application of the hybrid mixture theory appears as a unifying framework across his publications. His more recent work shows an increasing emphasis on wood building technology and sustainable construction methods, reflecting a strategic shift toward environmentally conscious building practices while maintaining his strong foundation in transport phenomena modeling. Professor Johannesson actively supervises doctoral students in specialized areas of continuum mechanics, mixture theory, and numerical methods for solving coupled time-dependent differential equations. His teaching spans undergraduate courses in building materials science, building physics, and concrete technology, as well as doctoral-level instruction in advanced mechanics topics. His research is supported through ongoing projects focused on sustainable timber construction and mechanical long-term effects in dowel connections for extended building lifespan and material reuse. Professor Johannesson leads the Building Physics research group and is affiliated with the Linnaeus University Centre for Competitive Timber Structures. His research environment maintains strong collaborations with VKAB (Växjö Kommunföretag AB) and regional industries, focusing on producing new and renovating old wooden houses in moisture-proof and energy-efficient ways. His work bridges theoretical continuum mechanics with practical building technology applications, creating a robust research ecosystem that addresses both fundamental scientific questions and real-world construction challenges.