Research in Civil and Architectural Engineering
Research in SDU Civil and Architectural Engineering is organised along a growing number of research areas.
Research Areas
Research at SDU Civil and Architectural Engineering addresses the challenges of creating a more sustainable, resilient, and resource-efficient built environment.
Through research in Sustainable Building and Civil Engineering, Facade Design and Engineering, Structural Engineering, and Urban Resilience, we develop knowledge and solutions that support the transformation of buildings, infrastructure, and cities in response to climate, resource, and societal challenges.
Sustainable Building
We research how buildings and construction projects can be delivered with lower environmental impact and greater resource efficiency. Our work addresses circular construction, sustainable project delivery, digitalisation, construction management, and innovative collaboration models that support the transition towards a more regenerative built environment.
Structural Engineering
We develop knowledge and solutions that improve the safety, reliability, and durability of structures and infrastructure. Our research covers structural assessment, monitoring, life extension, repair, and transformation, with a strong focus on ensuring that existing assets can continue to create value for society.
Urban Resilience
We help cities, regions, and infrastructure systems respond to climate change and other societal challenges. Through research, planning, and collaboration with stakeholders, we develop knowledge that strengthens climate adaptation, disaster risk reduction, sustainable development, and resilient communities.
Facade Engineering
We develop knowledge and solutions that improve the performance, durability, and sustainability of building envelopes. Our work addresses façade design, materials, structural behaviour, energy performance, durability, retrofitting, and life extension. By integrating engineering, architecture, and sustainability, we support the development and transformation of façades that meet future requirements for functionality, resource efficiency, and climate resilience.
