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.
The primary objective of the water management strategy employed in this project is to reduce the water usage of both the building occupants (including residents and industrial users) to a minimum level. One straightforward method for reducing water consumption involves implementing the following measures. By setting a baseline for the overall water consumption in residential … Read more
Plot 2 – Proximity Food combines food production & residencies. Greenhouses split residential buildings, providing residents with access to growing spaces to be used for food self-sufficiency throughout the year. The industrial level includes a variety of food industries – including hydroponic farming, food R&D labs and urban food forests. Water is a crucial part of … Read more
Climate of Barcelona A long-term climatological analysis was conducted using historical weather data to identify and compare trends in rainfall and temperature over a period of more than two centuries. This type of study is valuable for understanding the local effects of climate change, observing weather pattern consistency or changes, and aiding in the development … Read more
This module emphasized understanding and optimizing water consumption by building and utilizing various strategies to improve it. Firstly, we calculated the water consumption of the building. After accounting for the intensive housing system’s average, we arrived at a daily total of 54,051 L used by the building in its entirety. We calculated the consumption for … Read more
Incorporating the principles of Industry 4.0, our architectural project redefines urban living by seamlessly integrating sustainable design strategies with advanced manufacturing techniques. With a focus on promoting bicycle culture and health, our industry manufactures bikes. In this module, we understood water consumption of the building and implemented strategies to conserve water. We explored different water … Read more
Striving to expand our understanding of sustainable use of energy, we participated in the Metabolic Building Systems: Water workshop. We learned about the core concepts of how to handle water consumption management and how to repurpose waste water. One of the ideas that we applied to our Urban Synthesis project is the reuse of grey … Read more
The “Urban Alliance” is a mixed-use architectural design seamlessly integrating Industry 4.0 principles, featuring advanced photovoltaic production units. This visionary space harmoniously combines sustainable energy practices with residential and commercial areas, embodying a forward-thinking urban landscape that fosters eco-friendly living and innovative business practices. It exemplifies a holistic and tech-driven approach to urban planning. The … Read more
GAIA Plot 1. About. Urban Synthesis | Metabolic Systems: water The goal of this course is to highlight the importance of implementing effective water management strategies early on in architectural projects, with a focus on minimizing ecological impact and enhancing infrastructure resilience. Throughout the course, students will explore innovative water management concepts and technologies that … Read more
