There is a shortage of housing and people with a lower income suffer most from this. Vacant buildings are transformed to provide quick housing for them, but it is not sure whether this provides a comfortable home, both from an indoor climate and a meaning making perspective. Existing material about completed transformation projects and six case studies was used to explore possible opportunities to improve the match of user and building. It appeared that buildings are only transformed when they are left vacant for a while and a new function shifts the investment balance. Also, higher quality housing was only provided when it was not meant to be temporary or meant to be sold instead of rented. Current regulations and standards are not met and appear not adequate to function for temporary transformation projects, and matching users and buildings including the meaning of home is an opportunity worth exploring to provide a comfortable home for everyone.
There is a shortage of housing and people with a lower income suffer most from this. Vacant buildings are transformed to provide quick housing for them, but it is not sure whether this provides a comfortable home, both from an indoor climate and a meaning making perspective. Existing material about completed transformation projects and six case studies was used to explore possible opportunities to improve the match of user and building. It appeared that buildings are only transformed when they are left vacant for a while and a new function shifts the investment balance. Also, higher quality housing was only provided when it was not meant to be temporary or meant to be sold instead of rented. Current regulations and standards are not met and appear not adequate to function for temporary transformation projects, and matching users and buildings including the meaning of home is an opportunity worth exploring to provide a comfortable home for everyone.
In this book of examples we present possible implementations of straightforward and manageable climate-resilient ideas and options for residential streets. Examples from ordinary Dutch street views show how climate resilience can be implemented with simple solutions and how this does not need to be more costly than traditional measures, particularly in flat areas (such as we often find in the Netherlands). This observation is based on comparative studies across various Dutch cities. We hope that the examples will inspire you to find ways to implementclimate-resilient measures in your city, because the climate is right up your street.
The objective of CW4N is to identify opportunities for wood reuse through the use of advanced digital production technologies1, and develop related implementation strategies for public organisations, in particular housing corporations and municipalities. Strategies include concrete proposals on how to: a) collect and process wood waste from residential buildings; b) add value to reclaimed wood by means of digital production; c) increase tenant involvement and acceptance for waste wood collection and circular reuse; d) create impactful applications for a circular economy. The research is carried out in four work packages. The first identifies the nature of residential wood waste (volume, type, application) from past case projects of housing corporations Ymere and Rochdale. Their upcoming renovation plans are evaluated, to identify resources and hotspots for future implementations. The second workpackage explores what applications can be conceived, given the available wood and digital production tools at the AUAS Robot Lab. In the third workpackage case studies are carried out for actual projects of the housing corporations. Physical prototypes are used as conversation pieces to involve tenants and increase their acceptance for circular applications. In the fourth workpackage all findings are combined in a set of implementation strategies. High-quality data-collection is crucial for the project, since it will determine the nature of the materials for designing and manufacturing applications. In this proposal, additional resources are added to the project to take care of data-collection. Due to covid-19, project managers at Ymere and Rochdale must focus on day-to-day work to get ongoing and planned building projects done, reducing their time for data collection from previous projects. In addition, because of teleworking, non-digital data such as drawings and reports are not easily accessible. To enhance data-collection, student-assistants will be added to the project to survey ongoing renovation projects in the field.
