Syllabus


Credits: Stratton Coffman (MIT)

In the face of planetary crisis, architecture must confront a hard truth: it has been shaped by, and continues  to serve, the logic of extractive growth. Today, we are called not only to imagine sustainable futures—but to radically reinvent the systems that produce ecological collapse. 

This seminar proposes Counter-Growth as a spatial, ethical, and design framework. Counter-Growth does  not mean austerity, nor passive restraint. It means active resistance to extractivist systems and the invention of new infrastructures that prioritize repair, reciprocity, and interspecies collaboration. 

Rejecting the aestheticization of “nature,” the course demands a deeper commitment: to grow (in the traditional – extractivist sense) only when necessary, and always in alignment with the needs and agency of non-human life. 

In the first phase of the seminar, we will begin by investigating extractivist systems in Barcelona – from water depletion and air pollution to light saturation, data hunger, and material overproduction. These systems will be examined through spatial, technical, ecological, and geopolitical lenses. 

The second phase of the seminar will explore post-natural alternatives: speculative architectures where human and non-human agents (mosses, fungi, birds, bacteria, light etc) co-design new relationships. These proposals must not only minimize harm – they must generate benefit for both species and systems.

 


Credits: Chris Ware

Learning Objectives

At course completion the student will:

  • Identify and spatialise extractivist systems within the urban and territorial fabric of Barcelona, analysing their ecological, infrastructural, and social consequences.  
  • Understand and apply the principles of Counter-Growth, distinguishing them from degrowth, mainstream sustainability, greenwashing etc.
  • Map complex multispecies systems, including non-human agencies (e.g. air, soil, algae, fungi, birds, microbes), and explore how design can redistribute value, responsibility, and benefit across  these agents.  
  • Use architecture as a speculative and systemic tool, not only to mitigate harm, but to interrupt, reprogram, or dismantle harmful systems and/or reinvent new ones.  
  • Develop post-natural infrastructures of mutual benefit, where human and non-human life co-exist  through new protocols of cohabitation, care, and shared resource management.
  • Translate complex ecological and political ideas into architectural drawings and prototypes, including:  
    • Large-format systemic diagrams;  
    • Visual mappings of energy and pollution;
    • Spatial devices, models, or machines;
    • Interspecies rituals, contracts, or protocols.
  • Practice ethical design decision-making that critically evaluates when and how to build, foregrounding non-growth and non-human benefits as primary design criteria.

Faculty


Projects from this course

The Echoes We Buried

Construction fractured an ecosystem, and listening began to heal it The Echoes We Buried is a speculative eco-fiction set in a fractured Barcelona, where construction noise disrupts not just human life but the deep, vibrating language of ecosystems. As species falter and signals blur, one person begins to listen—to the pressure, the silence, the unraveling. … Read more

Garden Of Redox

The Soil Remembers, The Garden Responds This project reimagines Barcelona’s Zona Franca as a post-natural landscape shaped by industrial soil pollution, especially hexavalent chromium. Through speculative storytelling, bioremediation science, and visual narratives, it explores how ecosystems, humans, and synthetic organisms might coexist with contamination, not to restore purity—but to adapt, survive, and form new ecological … Read more

Where Salt Won’t Settle

A story of water, resistance, and the quiet uprising of chlorides and carex Water Pollution in Barcelona The water waits. It holds its breath Its beauty hides a slow-built threat.  The rain forgets to fall for months, Then crashes down in angry stunts. No roots to catch it, drains too tight It pulls the metals … Read more