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Henrik Brøner JørgensenView profile

Associate Professor

University of Southern DenmarkDenmark

Henrik Brøner Jørgensen is an Associate Professor in Structural Concrete at the Department of Technology and Innovation, SDU Civil and Architectural Engineering, University of Southern Denmark. He is also affiliated with the SDU Climate Cluster, reflecting his engagement in sustainable and resilient infrastructure. His work bridges experimental research and practical design applications in structural engineering. He earned his MSc and PhD from the University of Southern Denmark in 2011 and 2014, respectively. His research focuses on the load-carrying capacity of concrete structures, particularly through the development of mechanical models based on experimental studies and plasticity theory. Key contributions include models for U-bar loop connections in composite bridges (adopted in the draft Eurocode 2) and shear capacity models for looped wire rope connections used in Danish precast concrete wall elements. His research interests span shear behavior in reinforced and prestressed concrete, design of connections, 3D-printed concrete, strengthening of existing structures, and reuse of structural elements. Recent publications (2022–2024) emphasize experimental investigations into looped wire rope anchorage, shear in non-reinforced elements, and structural parameters in 3D-printed concrete, indicating a strong focus on innovation and sustainability in construction. His publications demonstrate consistent output in high-impact areas such as experimental structural engineering, plasticity-based modeling, and sustainable construction technologies. While no specific scientific awards are listed, the adoption of his models into national and European design standards underscores their significance and real-world impact. Henrik supervises academic work, with at least two supervised projects listed. He has also engaged in public outreach through 17 media contributions discussing sustainable construction and reuse of materials. He is active in research networks and collaborates internationally, particularly in the domains of precast concrete and shear behavior. He is involved in research groups focusing on innovative structural design, serviceability, and resilience of concrete structures, contributing to both academic knowledge and practical engineering solutions.

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Kim JønssonView profile

Part-Time Lecturer

Aalborg UniversityDenmark

Kim Jønsson is a part-time lecturer at the Department of the Built Environment, part of the Faculty of Engineering and Science at Aalborg University. His research focuses on indoor air quality, ventilation systems, and sustainable building design. He is affiliated with the Energy and Buildings Research Group and has contributed to projects like the Bolig 2020 med lavt energiforbrug og høj brugerkomfort (2016–2020), which explored low-energy housing solutions. His work combines experimental investigations with climate analysis, addressing topics such as heatwaves, thermal comfort, and energy efficiency in buildings. Research interests include optimizing ventilation systems for thermal performance, evaluating building energy use through lifecycle cost analysis, and adapting buildings to future climate conditions. His publications often address convective heat transfer in night cooling strategies and diffuse ceiling ventilation systems. Collaborations span international conferences and peer-reviewed journals in building energy and environmental engineering. Kim has no listed scientific awards but has authored over 26 publications, including studies on meteorological year generation for heatwave analysis and experimental methods for ventilation performance. He engages in public discourse on sustainable building practices, as seen in media contributions like Debat: Først bygger vi problemerne og så bruger vi ressourcer på at fixe dem bagefter .

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Anker NielsenView profile

Part-Time Lecturer

Aalborg UniversityDenmark

Anker Nielsen is a part-time lecturer at the Department of the Built Environment within The Faculty of Engineering and Science at Aalborg University. His expertise centers on building physics, energy performance engineering, and moisture control in construction. He has participated in numerous research projects since 2006, including studies on roof snow risks, indoor climate optimization, and hygrothermal building analysis. Education: Not explicitly listed in provided texts His research focuses on energy efficiency, thermal dynamics in buildings, and moisture-related challenges in construction. Notable projects include Fugt i danske boliger (2011-2013) addressing occupant behavior and climate adaptation, and Fugtanvisning (2020-2021) exploring building moisture theory. He has authored influential books on moisture control in buildings and contributed to advanced thermal modeling studies. Recent publications emphasize window recess impacts on solar loads and condensation, demonstrating his commitment to optimizing building envelope performance. Media engagements include discussions on energy exchange practices and new construction education initiatives.

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Ole Mejlhede JensenView profile

Professor

Technical University of DenmarkDenmark

Ole Mejlhede Jensen is a Professor in the Department of Environmental and Resource Engineering at the Technical University of Denmark (DTU), specializing in Materials & Durability. His research focuses on construction materials, particularly the physical and chemical properties of concrete, with an emphasis on hydration kinetics, shrinkage, cracking, curing, and ultra-high-strength concrete. He has held visiting professorships at Tokyo Institute of Technology, Israel Institute of Technology, and Southeast University. Education: PhD (Eng), Technical University of Denmark (1991–1993) MSc (Eng), Technical University of Denmark (1989–1991) BSc (Eng), Engineering Academy of Denmark (1985–1988) His research interests lie at the intersection of sustainable construction and advanced concrete technology. He explores deformation stability, internal curing, self-desiccation, and the development of concrete without Portland cement. His work contributes to UN Sustainable Development Goals related to sustainable cities and responsible consumption. The recent publications reflect a strong trend in enhancing concrete durability, particularly through the use of supplementary cementitious materials, superabsorbent polymers, and innovative testing methods. Research spans microstructural analysis, frost resistance, chloride ingress, and computational modeling, indicating a multidisciplinary approach combining materials science, civil engineering, and environmental sustainability. Scientific Awards: No specific awards listed in the provided text. Advising and Grants: Professor Jensen is actively involved in PhD supervision, serving as main supervisor for multiple doctoral projects at DTU. These include research on non-Portland cement, frost-resistant concrete using superabsorbent polymers, and durability of concrete with supplementary materials. His projects are often funded through national and international collaborations, demonstrating strong grant acquisition and research leadership. Labs and Teams: He is affiliated with research teams focused on concrete durability and sustainable materials at DTU. He collaborates extensively within the Department of Environmental and Resource Engineering and participates in international networks such as RILEM, where he has organized major conferences. His work involves close collaboration with PhD students and external partners across Europe and Asia.

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Jørn ToftumView profile

Professor

Technical University of DenmarkDenmark

Jørn Toftum is a Professor and Head of the Indoor Environment section at the Department of Environmental and Resource Engineering, Technical University of Denmark (DTU). His work is central to advancing knowledge in indoor environmental quality, human comfort, and sustainable building performance. He is actively involved in research, supervision, and international collaboration. Research Interests: His expertise spans thermal comfort, indoor air quality, occupant behavior, energy efficiency in buildings, and human thermoregulation. He investigates how environmental factors affect human well-being and performance, particularly in office and residential buildings. His work integrates engineering, physiology, and behavioral science to optimize building design and operation. Publication Trends: Recent publications (2025) emphasize advanced modeling of thermal responses, validation of thermoregulatory models (e.g., JOS-3), fault detection in building systems, and the impact of energy pricing on occupant behavior. These works reflect a strong trend toward data-driven, occupant-centric, and resilient building solutions aligned with sustainability goals. Scientific Leadership: Head of Indoor Environment section, DTU Active supervisor of multiple PhD projects on occupant comfort, IoT, and energy use Member, EASAC Working Group on Decarbonisation of Buildings (2020–2021) Advising and Grants: He supervises several PhD students and leads or participates in funded research projects, including those focused on personalized comfort, IoT-based data acquisition, and energy price impacts. His projects often involve interdisciplinary teams and practical applications in real buildings. Labs and Teams: He leads the Indoor Environment research group at DTU, which focuses on experimental and computational studies of building environments. The team collaborates widely across Europe and contributes to large-scale initiatives in building physics and sustainability.

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Carsten RodeView profile

Professor

Technical University of DenmarkDenmark

Carsten Rode is a Professor in the Department of Environmental and Resource Engineering at the Technical University of Denmark (DTU), specializing in Materials & Durability. His research lies at the intersection of building physics, environmental engineering, and sustainable construction, with a strong focus on heat and moisture transfer in building materials. Ph.D., Combined Heat and Moisture Transfer in Building Constructions, DTU (1987–1990) M.Sc. in Civil Engineering, DTU (1981–1987) His research interests include hygrothermal behavior of buildings, indoor climate modeling, numerical simulation of building performance, and durability of construction materials. He actively contributes to advancing sustainable building practices and circular economy principles in construction. His work supports UN Sustainable Development Goals related to sustainable cities and climate action. The recent publications highlight a consistent trend in building physics, particularly in heat, air, and moisture (HAM) modeling, service life prediction, indoor air quality, and innovative materials like MOFs for environmental control. His work bridges experimental validation with numerical modeling, aiming to improve building durability and energy efficiency. Scientific awards include: Rockwool Prize (2006) Polyteknisk Forening: Årets underviser (1997) Boligfonden Bikubens rejselegat (1995) Direktør Peter Gorm-Petersens mindelegat (1991) Carsten Rode has supervised Ph.D. students and contributed to major international research projects such as IEA EBC Annex 86 and CO2NSTRUCT. He has received research grants from national and European programs, supporting work in energy-efficient buildings, IAQ, and circular construction. He frequently presents at international conferences and collaborates across institutions. He is a key member of DTU’s Building Physics and Sustainability research group, contributing to projects on building durability, low-energy housing (e.g., Sisimiut House), and smart city energy systems. His team works on both experimental and computational approaches to improve building performance and sustainability.

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Jakub KolarikView profile

Associate Professor

Technical University of DenmarkDenmark

Jakub Kolarik is an Associate Professor in the Section for Building Physics and Services, Department of Civil Engineering, at the Technical University of Denmark (DTU). He is affiliated with the International Centre for Indoor Environment and Energy and has been a continuous academic staff member since 2004, progressing from Research Assistant to his current role since 2013. Ph.D. in Environmental Engineering, Silesian University of Technology, Poland (2005–2008) M.Sc. in Mechanical Engineering, Czech Technical University, Prague (1997–2004) His research focuses on indoor environment, indoor air quality, heating and air-conditioning systems, and human responses to indoor conditions. He investigates how indoor environments affect work productivity, activity, and well-being, with a strong emphasis on energy efficiency and climate resilience in buildings. His work includes laboratory and field studies on thermal comfort, natural ventilation, and air quality sensors. Recent publications highlight trends in natural ventilation for renovated dwellings, optimization of retirement homes, thermal preference modeling, and sensor-based IAQ management. His work integrates dynamic building simulations and occupant-responsive systems, contributing to sustainable building design and UN SDGs. The research grant for doctorate students by the Polish Ministry of Higher Education (2007-2008) Scholarship by the International Visegrad Fund, Bratislava, Slovak Republic (2005-2006) Kolarik has supervised Ph.D. students and served as a project coordinator and principal investigator on major research initiatives, including IEA EBC Annex 86 and projects on ventilation in Greenland and renovated dwellings. He has also contributed to editorial work as an editor for the journal Buildings . His grants include EU FP7, IEA Annexes, and national Danish research programs. He is actively involved in the International Centre for Indoor Environment and Energy at DTU, collaborating on projects related to residential ventilation, energy efficiency, and indoor air quality sensor technologies. His work bridges experimental research, building simulations, and practical implementation in real-world dwellings.

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Naja Kastrup FriisView profile

Assistant Professor

Technical University of DenmarkDenmark

Naja Kastrup Friis serves as Assistant Professor in the Department of Civil and Mechanical Engineering at the Technical University of Denmark (DTU), specializing in building physics for Arctic environments. Her research addresses critical challenges in thermal performance, moisture control, and sustainable construction practices for extreme cold climates. Her educational background includes: PhD in Building Engineering, Technical University of Denmark (2023) Dr. Friis' research program integrates field measurements from Greenlandic test facilities with advanced simulations to optimize building envelopes. She investigates hygrothermal behavior of wall constructions, thermal insulation thickness optimization for GHG reduction, mould growth prevention mechanisms, and life cycle assessment of acoustic materials. Her work directly contributes to UN Sustainable Development Goals through energy-efficient building solutions. Analysis of her 2023-2025 publications reveals consistent focus on Arctic building challenges, combining experimental field studies in Nuuk and Sisimiut with computational modeling. Key trends include quantification of heat losses in cold climates, development of optimal insulation strategies balancing embodied and operational emissions, and innovative approaches to prevent moisture-related failures in ventilated facades. Dr. Friis actively participates in major research initiatives including Hampesans: Hempsense (2024-2025), SEEDS electrified heating systems project (2024-2027), and the long-term Arctic Building and Construction program (2018-2026). While specific advisees aren't listed, her role as Assistant Professor involves mentoring students in building engineering and sustainable construction methodologies. She operates within DTU's Energy and Services research group, maintaining strong collaborations with Greenlandic partners and international researchers. Her field measurement facilities in Arctic settlements serve as critical infrastructure for validating building performance models under extreme conditions.

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Niels-Jørgen Aagaard JensenView profile

Associate Professor

Technical University of DenmarkDenmark

Niels-Jørgen Aagaard Jensen is an Associate Professor in the Department of Civil and Mechanical Engineering at the Technical University of Denmark (DTU), where he contributes to research and education in structural engineering and sustainable construction. His work aligns with UN Sustainable Development Goals, particularly in sustainable cities and communities. Position: Associate Professor Institution: Technical University of Denmark (DTU) Department: Civil and Mechanical Engineering Email: niag@dtu.dk ORCID: https://orcid.org/0000-0002-3230-5533 His research focuses on structural documentation, building regulations, service life prediction, moisture risk, and retrofitting of buildings. He specializes in technical solutions for building components and safety, with an emphasis on sustainable and durable construction practices. His expertise spans defect analysis, building deterioration, and compliance with national building codes. The recent publications and projects reflect a strong trend in construction safety, regulatory compliance, and sustainability. His work includes developing guidelines for building regulations (Bygningsreglement), structural documentation, and material passports for circular construction. The research integrates risk assessment, information exchange among stakeholders, and lifecycle modeling, indicating a holistic approach to building integrity and performance. He has not been awarded any scientific prizes or fellowships mentioned in the text. Niels-Jørgen Aagaard Jensen has supervised or examined PhD projects, such as the DTU stipendium project on information exchange in construction, and has participated in multiple research and consultancy projects. These include studies on building deterioration (FORFALD), sustainable building master programs (MBB), and carbon-neutral construction initiatives. He has served as project manager and participant in interdisciplinary collaborations. He is involved in research networks focusing on structural engineering, sustainable construction, and building information systems. His projects often involve collaboration with industry and public institutions, emphasizing practical implementation of technical solutions.

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Peter Noe PoulsenView profile

Associate Professor

Technical University of DenmarkDenmark

Peter Noe Poulsen is an Associate Professor in the Department of Civil and Mechanical Engineering at the Technical University of Denmark (DTU), specializing in Structures and Safety. His research focuses on structural analysis, reinforced concrete, limit analysis, and finite element modeling, with applications in sustainable and circular building systems. Technical University of Denmark (DTU), Department of Civil and Mechanical Engineering, Structures and Safety His research interests lie at the intersection of computational mechanics and practical structural engineering, particularly in the optimization and safety assessment of reinforced concrete structures. He has made significant contributions to the development of numerical methods for limit analysis, structural optimization, and full-scale testing of precast concrete systems. His work supports the design of durable, modifiable, and sustainable building components. The recent articles reflect a strong trend towards integrating computational modeling with experimental validation, especially in precast concrete shear walls, elastoplastic grillages, and serviceability-driven design. His research emphasizes structural efficiency, safety, and adaptability for future modifications, aligning with circular economy principles in construction. Peter Noe Poulsen has supervised numerous PhD students and research projects, demonstrating a strong commitment to academic mentorship and collaborative research. He has been actively involved in guiding projects related to structural optimization, finite element model updating, and rigid plastic modeling, often in collaboration with industry and international partners. He has contributed to several datasets from full-scale tests on precast concrete shear walls and keyed connections, which support open science and reproducible research. These datasets are publicly available through DTU’s data repository and have been used in both academic and practical engineering contexts.

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Jesper Harrild SørensenView profile

Researcher

Technical University of DenmarkDenmark

Jesper Harrild Sørensen is a Researcher at the Department of Civil and Mechanical Engineering Structures and Safety within the College of Engineering at the Technical University of Denmark (DTU). His work primarily focuses on structural engineering with emphasis on concrete structures, shear walls, and timber-concrete composite systems. He maintains an active research profile with numerous publications and ongoing projects in sustainable construction methods. Dr. Sørensen's research interests span several key areas in structural engineering, with particular expertise in reinforced concrete engineering , shear wall systems , and experimental structural investigation . His work frequently involves full-scale testing of structural elements, especially precast concrete components and timber-concrete composite structures. A significant portion of his research contributes to sustainable construction practices, aligning with UN Sustainable Development Goals related to responsible consumption and climate action. His recent publications demonstrate a clear trend toward circular construction methods and sustainable building materials, particularly focusing on recycled concrete aggregates and demountable structural connections. The research shows increasing integration of experimental validation with computational modeling, with growing emphasis on timber-concrete composite systems that support disassembly and reuse in building lifecycles. Best Lecture Award (2016) fib AAYE - Achievement Award for Young Engineers - Research Category (2019) Dr. Sørensen actively supervises PhD students, currently serving as supervisor for Kristensen, C. working on recycled concrete aggregates and Rasmussen, P. K. researching timber-concrete composite deck structures. His research is supported by multiple projects including 'Reinforced Concrete Structures with Aggregate of Crushed Recycled Concrete' (2023-2026) and 'Prefabricated Timber-Concrete Composite Deck Structures' (2021-2025), demonstrating sustained funding for his research program. His experimental work appears to be conducted in structural engineering laboratories at DTU, with emphasis on full-scale testing facilities capable of evaluating large structural elements like two-storey shear walls. His research group collaborates extensively with industry partners and international researchers, particularly in the development of sustainable construction technologies.

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Oliver BaumannView profile

Professor

University of Southern DenmarkDenmark

Oliver Baumann serves as Professor with special responsibilities at the Department of Business & Management within the Faculty of Business and Social Sciences at the University of Southern Denmark. He concurrently leads the Section Strategic Organization Design (SOD), driving research at the intersection of organizational theory, strategic management, and innovation processes. His research program investigates how organizations develop adaptive capabilities amid technological change and environmental uncertainty. Key contributions examine modular organizational designs, performance feedback systems, and collaborative search mechanisms in complex problem-solving contexts. Recent work increasingly addresses the integration of artificial intelligence and blockchain technologies into organizational structures, with empirical studies spanning platform ecosystems and news industry transformations. His scholarship bridges theoretical organization studies with practical challenges of technological adaptation across multiple sectors. Analysis of his publication trajectory reveals growing emphasis on computational approaches to organizational design, particularly regarding how algorithmic systems interact with human decision-making in dynamic environments. His 2023-2025 work shows heightened focus on AI-mediated collaboration, platform ecosystem dynamics, and adaptation mechanisms in disrupted industries like media and manufacturing. The consistent thread across his scholarship remains understanding how organizations balance exploration and exploitation under varying conditions of complexity. As head of the Strategic Organization Design section, Baumann directs research initiatives that connect with SDU's Digital Democracy Centre through investigations of technology-mediated collaboration and information ecosystem dynamics. His leadership role facilitates cross-disciplinary engagement with societal implications of digital transformation.

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Jon SpangenbergView profile

Professor

Technical University of DenmarkDenmark

Jon Spangenberg is a Professor and Head of the Digital Building Technologies section at the Department of Civil and Mechanical Engineering , Technical University of Denmark (DTU). His work focuses on additive manufacturing, 3D printing technologies, and their applications in construction and materials science. He leads research on composite materials, computational fluid dynamics (CFD), and structural engineering innovations. Key research areas include: Additive manufacturing processes for construction materials (e.g., geopolymers, concrete) 3D-printed sensors and conductive materials Numerical modeling of material extrusion, pultrusion, and resin infusion Optimization of thermoset formworks and structural components Notable achievements include the Best Paper Award at Digital Concrete 2020 and recognition at the Solid Freeform Fabrication Symposium 2021 . He supervises multiple PhD projects on topics like topology optimization for AM, digital twins for sustainable 3D printing, and tomographic volumetric additive manufacturing. His work addresses UN Sustainable Development Goals related to affordable and clean energy and sustainable cities through advanced materials and construction techniques. Collaborations span academia and industry, focusing on process modeling, material characterization, and scalable manufacturing solutions.

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Rongling LiView profile

Associate Professor

Technical University of DenmarkDenmark

Rongling Li is an Associate Professor at the Department of Civil and Mechanical Engineering, Technical University of Denmark (DTU). His research focuses on smart energy systems, smart cities, and building energy flexibility, emphasizing modeling and data-driven approaches. He leads projects like SEEDS and IEA EBC Annex 82, contributing to resilient low-carbon energy systems. He has supervised seven PhD graduates and currently advises two students on energy flexibility topics. Key affiliations include chairing the IEA EBC Annex 82 and serving on the Built4People board under Horizon Europe. His expertise spans energy resilience, building physics, and machine learning applications. Notable awards include the 2019 Best Presentation Award and a 2021 research fellowship at the University of Tokyo. His research portfolio includes 55 publications across journals like Applied Energy and Energy and Buildings. Current projects involve data-driven control for smart energy systems and energy management in sports facilities. He actively reviews PhD theses at institutions such as UC Dublin and Chalmers University.

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Ellen Kathrine HansenView profile

Associate Professor

Aalborg UniversityDenmark

Ellen Kathrine Hansen is an Associate Professor at the Department of Architecture, Design and Media Technology , part of the The Technical Faculty of IT and Design at Aalborg University. Her research focuses on lighting design with an emphasis on urban environments, architectural potentials, and health-related aspects of lighting. She has been actively involved in numerous interdisciplinary projects, including the LM2: Lighting Metropolis Green Economy (2019-2021) and Living with Darkness (2024-2024), exploring how lighting impacts human experience, safety, and sustainability. Her academic contributions span 67 publications since 2001, with recent work addressing dynamic lighting systems in offices, elderly care facilities, and urban spaces. She has received the PLDC Award for Education 2017 for her contributions to lighting design education. Hansen frequently presents at conferences and collaborates internationally, including membership in the Lighting Design Research Group LiDRG . Her research integrates transdisciplinary methods , combining architectural design, environmental psychology, and energy efficiency. Notable projects include the Seasonal Sunlight Chamber concept and studies on dark adaptation in urban settings. Hansen also advises on lighting policy and has been featured in media discussions on urban lighting challenges.

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