ecoproductive timber
Design challenge
160 trees will be removed from PUJ Campus due to space urgently needed for projects of infrastructure and urban mobility.
How can the resulting 100 tons of timber and biomass be used in designs/technologies/innovations that create social and environmental value simultaneously?
Proposed Solutions must maximize:
-Space efficiency (Smart space and material use)
-Ecoproductivity (Environmental services generation)
-Multifunctionality (Social and environmental polivalence)
-Adaptation in time (design follows evolution)
ecoproductive timber
Design challenge
160 trees will be removed from PUJ Campus due to space urgently needed for projects of infrastructure and urban mobility.
How can the resulting 100 tons of timber and biomass be used in designs/technologies/innovations that create social and environmental value simultaneously?
Proposed Solutions must maximize:
-Space efficiency (Smart space and material use)
-Ecoproductivity (Environmental services generation)
-Multifunctionality (Social and environmental polivalence)
-Adaptation in time (Design follows evolution)
-Open source design (Democratic technologies)