The aim of the course is to raise awareness of the possible impact of good water management strategies, implemented during the initial phase of any architectonic project, on the ecological footprint and the resilience of the corresponding infrastructure.
Students will learn about the water-saving potential of innovative water management concepts and technologies compared to conventional project design.
During the course, special attention will be given to rainwater harvesting and management, treatment and reclaiming of wastewater for different purposes, and the nexus of water and energy.
Following the introduction session, each group will work to select the optimum water management strategy for their project, taking into consideration the specific climatic conditions and plot characteristics.
BIOBASE(D) is a forest management and research center in the Pyrenees, dedicated to preventing forest fires through sustainable forestry and education. The building’s design responds to the local climate, highlights the potential of timber as a construction material, and offers visitors and staff a unique experience in this remarkable forest basecamp. Committed to sustainability and self-sufficiency, … Read more
Introduction: A Water-Smart Timber Research Center The NEST Timber Research Center in Sant Adrià del Besòs, Barcelona, is redefining sustainable water management in urban developments. Designed as an innovative hub for timber research and ecological design, N.E.S.T is focused on material exploration and creating a circular water system that maximizes efficiency, reduces waste, and integrates natural treatment solutions. Water is … Read more
Site Context This project, titled Tree Line, is a factory located in Solsona, Spain that produces 20,000 m3 of lumber each year. Halfway between the Pyrenees and Barcelona, it’s one of the middle steps in the process of obtaining wood in Barcelona, the next step being giving planks to the next door CLT production factory. … Read more
Objective – To understand the impact of good water management strategies, implemented during the initial phase of any architectonic project, on the ecological footprint and the resilience of the corresponding infrastructure. – To select the optimal water management strategy for the project, taking into consideration the specific climatic conditions and plot characteristics. Location Program & User Breakdown Water … Read more
The boutique CLT Factory in Solsona consists of a large 40.000sqm factory volume and a tarraced roof that accommodates offices, amenities, green spaces and the covered living area. Within the context of Catalonia that has been grappling with severe drought conditions over the past few years, leading to significant water scarcity issues, a special focus … Read more
