Lignum System is an industrialized architecture project that integrates computational design, technical automation, and digital fabrication to connect architectural development with production and execution.
As CTO, I contribute to the technical and conceptual direction of the system, developing algorithmic processes capable of translating geometry, construction criteria, and project data into documentation, measurements, budgets, parts lists, and files prepared for fabrication.
The tool supports IFC: importing BIM models in this open format, operating on their geometry and technical information, and maintaining coherence between the construction model and the processes of measurement, documentation, and fabrication.
The project approaches architecture as a continuous process between design, construction, and industry: from spatial and constructive definition through technical coordination, CNC fabrication, logistics, and on-site assembly.
Through parametrized models, intelligent components, and applied artificial intelligence, Lignum System aims to make the development of industrialized projects more precise, traceable, and scalable, reducing the distance between the architectural idea and its materialization.
Video of Lignum Engine working with IFC: importing and operating on an open BIM model within the tool.