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DESIGNING CYCLES AT 64° Interior urban landscapes / case study Umeå

Reference number
Coordinator Umeå universitet - Umeå Universitet Arkitekthögskolan
Funding from Vinnova SEK 3 195 612
Project duration November 2021 - October 2023
Status Completed
Venture Climate adaptation in the built environment
Call Climate adaptation in the built environment

Important results from the project

The goal for the project was to change buildings and inhabitants from consumers to producers and provide models for passive architectural solutions at 64° latitude. Based on site specific conditions and parameters from the case study inventory, 3 prototypes for greenhouse extensions and envelopes were developed using participatory processes. A test bed for a nature-based water harvesting system was designed and constructed to evaluate water and soil quality and building with circular materials.

Expected long term effects

The two-year project was planned as a preparatory phase to outline the possibilities for a prototype implementation in Umeå which was intended to be realized through the follow-up call (which was cancelled.) The results therefore remain as speculative design proposals that have the potential of being realized as part of other funding alternatives together with public or private stakeholders to integrate passive architectural solutions on the building and neighborhood scale.

Approach and implementation

The initial work packages (case study inventory and site analysis) were planned and delivered more autonomously within the project team whereas the following work packages (participatory design and user and implementation models) required input, coordination and feedback from stakeholders that were not included as project partners. Building productive interfaces between communities, public/private sector and academia has resulted in a network to continue building on through future projects.

External links

The project description has been provided by the project members themselves and the text has not been looked at by our editors.

Last updated 29 December 2023

Reference number 2021-02470