Year:
2016
INCAE EXECUTIVE ACCOMMODATION CENTER
Built Area:
1600 m2
Project Architect:
STAGNO STUDIO
Location:
INCAE Campus, La Garita, Alajuela, Costa Rica
Accommodation building for economics students in INCAE, Alajuela, designed with Stagno Studio.
Two-level building, with a series of independent bedrooms each with its own bathroom. The linear building houses in its center a multipurpose recreation area and meeting and study rooms.
As a response to educational sustainable architecture for corporate spaces, the first measure was to respect the existing trees, and incorporate vegetation as a stabilization of a land movement required for vehicular access.
A ventilated curved roof was designed, greatly reducing the sun’s thermal gain, and thus reducing the energy demand for air conditioners. With the aim of reducing the thermal gain through the windows, solar studies were carried out to specify glass with sunscreen, and design shading screens; these vertical elements and multi-angular eaves were defined with a wooden frame, which enriches the facade with a formal movement.
At the level of mechanical systems, we specified air conditioning equipment, and every system with energy efficiency certifications, as well as low water consumption faucets, LED luminaires, and installed state-of-the-art safety equipment.
The building incorporates low ecological footprint materials such as brick and wood, and seeks a serious and corporate formal definition for a prestigious business institution, with a tropical identity that contextualizes it in the country where it is located.
The internal design uses local wood furniture, and recycled plastic carpet, reinforcing its ecological approach.
A study of optimization of the rooms was carried out to achieve good natural lighting, a contemporary character was designed, sober and functional, also relaxed furniture for work areas were incorporated, and equipped tables for the formal study rooms, achieving that way a pleasant experience that promotes study activities with a view to the gardens with a controlled incidence of exterior heat.
This project exemplifies educational sustainable architecture through its commitment to energy efficiency, local materials, and respect for the natural environment.













