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IntCDC for Existing Building Stock Extension Research Network 3

IntCDC for Existing Building Stock Extension

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Research Network 3 – IntCDC for Existing Building Stock Extension

Research Network 3 explores Co-Design-based development of methods, processes and systems for the extension of existing building stock. Construction in the space between or on top of existing buildings poses the challenge of a high level of adapt- ability to the typically complex context of built-up areas. The further densification of existing cities in the developed world constitutes a central task in order to satisfy the huge demand for inner- city living, to minimise the need for additional large-scale transport infrastructure and to reduce the environmental impact and land consumption of greenfield developments.

The IntCDC's Research Projects (RP) are grouped into Research Networks (RN), each of which brings together work on a specific topic. Within these networks, IntCDC researchers are working on a common central challenge, including a building demonstrator.

 

Further Information

On the website of the Cluster of Excellence IntCDC you will find an overview of all research activities. There you will find the Research Projects (RP) as well as a sorting of these into Research Networks (RN). Below you will find direct links to the research projects in the field of timber construction and projects related to timber construction.

In addition to the Research Projects (RP), the IntCDC conducts research in Associated Projects (AP) together with partners from industry and academia. Associated Projects are not funded by the cluster. More about the Associated Projects at digitize-wood.de.

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List of Research Projects (RP)

RP 3-2: Multi-Storey Wood Building System: Building Stock Extension
Co-Design, Adaptation, Integration and Optimisation of Multi-Storey Wood Building Systems for Building Stock Extension

RP 4-2: Cyber-Physical Fabrication Platform: Fluid Fabrication
Cyber‐Physical Fabrication Platform: Fluid Fabrication – Extending the Adaptivity of Island-Based Fabrication and the Design-to-Fabrication Reciprocity Through Multi-Unit Collaboration

RP 10-2: Multi-Perspective Co-Design in Existing Urban Contexts
Co-Design from Architectural, Social and Computational Perspectives: Methods for the Integrative Exploration of Design Spaces for Future Timber Buildings within Existing Urban Contexts

RP 18-2: Holistic Quality Model for Extension of Existing Buildings
Holistic Quality Model for Extension of Existing Buildings: Social, Environmental, Technical and Economic Integration

RP 21-1: Modular Data Architecture for Preparation, Annotation and Exchange for Conceptual Design
Modular Data Architecture for Preparation, Annotation and Exchange for Conceptual Design

RP 23-1: Durability of Timber Softwood/Hardwood Composite Systems

RP 26-1: AI-Supported Collaborative Control of Mobile Manipulators
AI-Supported Collaborative Control and Trajectory Generation of Mobile Manipulators for Indoor Construction Tasks

RP 27-1: Cyber-Physical, Large-Scale Manipulation with Cable Robots
Cyber-Physical, Large-Scale Manipulation with Highly Reconfigurable and Multi-Functional Cable Robots for Construction in Existing Structures

RP 28-1: Visual Support for Architectural Design and Construction

RP 29-1: COLife: More-Than-Human Perspective to Co-Design

digitize wood is based at the Cluster of Excellence IntCDC at the University of Stuttgart and is funded by the Baden-Württemberg Ministry of Food, Rural Areas and Consumer Protection (MLR) as part of the BW Timber Construction Initiative.