meuli.systems is a construction research company based in Saint-Laurent-du-Maroni, French Guiana — on the edge of the Amazon.
The work centers on a modular building system inspired by biological structure: hardwood and high-performance cord, joined and tensioned the way tendons connect bone. No glue, no welding, no concrete. Load distributes across the whole system rather than concentrating at single points — the way living things handle stress.
The material of choice is Angélique, a tropical hardwood native to the region — dense, durable, and largely ignored by the construction industry. The cord is Dyneema, the strongest fiber per weight currently available. Together they produce structures that are light, adaptable, and buildable without heavy machinery.
The project is rooted in over a decade of firsthand experience with the Amazon and its communities. That history shapes the approach: systems that can be learned, replicated, and adapted by people with access to local materials and basic tools — not solutions imported from elsewhere.
The first prototype is under development on a site outside SLM, built with local collaborators and designed using CNC fabrication and computational modeling. It's the beginning of something that scales.
If you're an engineer, fabricator, architect, investor, or just someone who builds things and finds this interesting — get in touch.