Innovation, efficiency, and modular engineering

The project stands out for combining precision, flexibility, and efficiency through a hybrid construction system that optimizes execution time, quality control, and structural efficiency:

• Main Structure (Precast Concrete Modules):The structural base is made up of precast reinforced-concrete modules manufactured off-site under strict quality controls. This industrialized process dramatically speeds up on-site assembly time, ensuring uniform strength and precision in every element.
• Perimeter and Interior Walls (Light Framing): A light-frame wood system was implemented (light framing), providing a structure with an excellent strength-to-weight ratio, cost efficiency, and great flexibility for space layout.
• Floor System (Wood I-Joists): Instead of traditional solid lumber, wood I-joists were used. This engineering allows for wider clear spans with less material density, minimizing deflection and significantly reducing the number of support columns required.
• Roof (Wood Rafters): The roof is framed with conventional wood rafters, combining a traditional framing system with modern structural design criteria, resulting in a lightweight, reliable, and highly efficient architectural solution.