Renovation
Why we want to preserve the collection
We view renovation as the systematic enhancement of existing structures. Existing buildings are not an obstacle, but a resource—structurally, culturally, and environmentally. Preserving them reducesCO2 emissions, minimizes the use of new materials, and sustainably extends the life cycle of buildings.
Our projects demonstrate that structural engineering and architecture are inextricably linked, even in existing buildings: analyzing existing structures, understanding load-bearing mechanisms, and developing them in a targeted manner. Our interventions are precise and respectful of the existing structure—ranging from reinforcements and additions to concepts for repurposing. The earlier we are involved, the better we can identify potential and develop cost-effective solutions.
From the revitalization of individual building components to the transformation of entire buildings, we support projects with a holistic approach. Structural engineering, building physics, building services engineering, and construction work are closely integrated, enabling coordinated solutions throughout all project phases. Especially when working with existing buildings, interdisciplinary thinking and experience are crucial for balancing technical, economic, and design requirements.
Through project development, structural engineering, and construction management, we provide comprehensive support for existing building projects—delivering sustainable, cost-effective, and future-proof solutions using what’s already there.
Range of Services for Renovation of Existing Buildings
_ Analysis and evaluation of existing structural systems
_ Feasibility studies and revitalization concepts
_ Development of conversion and expansion strategies
_ Construction management and project management for existing buildings
_ Coordination of complex renovation processes during ongoing operations
_ Interface management between planning, existing structures, and construction
_ Structural analysis and structural assessment of existing buildings
_ Development of reinforcement and retrofitting concepts
_ Renovation, addition of stories, and expansion of existing buildings
_ Integration of new structural systems into existing systems
_ Demolition and construction phase concepts
_ Detailed and connection design for existing structures
_ Resource- and material-efficient solutions through adaptive reuse
Winder Student Residence
