The Lu’Uma project offers a thoughtful response to the environmental degradation and cultural needs of La Guajira. Its integration with jagüeyes as ecological and social nodes is a powerful strategy for landscape restoration. The inclusion of communal gardens, orchards, and flexible spaces rooted in Wayuu traditions strengthens the cultural relevance and participatory nature of the design. The use of modular steel structures enhances scalability and transport efficiency, which is appropriate for remote and arid contexts.
However, the exclusive use of steel raises questions about thermal performance and its resonance with vernacular materials and aesthetics. Incorporating passive cooling strategies or locally inspired finishes could help mediate this. Additionally, a clearer plan for water harvesting, energy independence, and spatial configuration between modules would improve the project’s environmental and functional coherence. With these refinements, Lu’Uma could serve as a replicable and resilient model for community-led ecological regeneration.
LU´UMA |Espacio y penumbra para la educación|
Project idea
Lu’Uma is an architectural project designed for La Guajira that responds to the region’s environmental and social crisis. Through modular spaces connected to jagüeyes, gardens, and orchards, it aims to restore the tropical dry forest ecosystem and mitigate desertification. Conceived for Wayuu communities, it integrates collective activities that honor their traditions while promoting culture, education, and sustainability. The project uses steel for its durability and ease of transport, creating a replicable model for environmental and social regeneration.
Project description
The Lu’Uma project proposes the creation of dispersed, open spaces connected to jagüeyes (wetlands), harnessing their potential as nodes of life and ecological regeneration. Through a flexible and modular architectural program, it introduces gardens, orchards, and communal spaces that support community activities such as the exchange of knowledge and cultural practices.
Technical information
The modular system’s flexibility allows for expansion as communities grow around the future oasis, making Lu’Uma a scalable model for environmental and social recovery. Additionally, steel is proposed as the primary construction material, selected for its durability in extreme conditions, ease of prefabrication, and efficient transport—optimizing the use of available resources in the region.
Daniel Coral Villota , Juan Diego Idrobo Bolivar
Universidad del Valle
Colombia
Architecture
Project submitted
16. 06. 2025Tag
Architecture
Cultural
- Cultural Center
- Gallery
- Hall/Theatre
- Memorial
- Observation Tower
- Pavillion
- Religious
- Scuplture
- Schools
- Nursery
- University
- Library
- Other
- Playground
- Parks
- Public spaces
- Gardens
- Waterway
- Cemetery
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