Baobab Waterfall

Add To Collection

Other Projects by ORSI

Add To Collection

Baobab Waterfall

Firm

ORSI

Type

Government + Health › Community Center
Industrial › Laboratory Power Plant Research Facility Farm
Landscape + Planning › Masterplan

STATUS

Concept

SIZE

1,000,000 +

BUDGET

Unknown

Concept & Inspiration
"Baobab Waterfall" is a conceptual mixed-use infrastructure project proposed for the coast of Madagascar as an entry for the Jacques Rougerie Foundation competition. The architectural form is heavily inspired by the Baobab tree, a native symbol of Madagascar known for its profound resilience and ability to sustain life in harsh environments. Mimicking the tree's thick trunk and sprawling, protective canopy, the facility acts as a central hub for life, energy generation, and societal growth in the middle of the ocean.

The Challenge: A Crisis of Resource and Opportunity
Madagascar is rich in natural resources and unique biodiversity, yet severe energy shortages leave a vast majority of the population without electricity. This energy crisis contributes directly to economic hardship and rising crime rates, leading to severely overcrowded correctional facilities. This project seeks to address these interconnected crises through a radical architectural intervention that turns a societal challenge into a profound economic opportunity.

The Solution: Harnessing the Ocean
The design proposes a massive and continuous system of deep-ocean waterfalls, generating renewable electricity on a scale akin to natural wonders. By engineering a circular infrastructure that allows ocean water to plunge into subterranean turbines, the facility generates a massive, sustainable power grid for the surrounding mainland. These monumental cascades surround the central complex, creating a spectacular architectural landmark that draws global tourism. It is a dual-function structure acting as both a highly efficient power plant and a monument.

Key Design Elements & Social Renewal
Initially envisioned as a rehabilitative correctional facility, the architecture is specifically organized to encourage constructive interaction between residents, tourists, and the natural environment. The core "trunk" of the building houses transparent, multi-level greenhouses and educational spaces. Here, inmates manage their own physical and societal needs by cultivating crops and trading goods along sunlit pedestrian pathways, fostering vital skills for a healthy economic life upon release. Beneath the surface, an underwater dome integrates the facility with the marine ecosystem.

As crime rates decrease and society heals through this program, the modular complex is designed to seamlessly transition into a multipurpose resort and green energy hub, securing a prosperous future for the island.