K Building, School Of Architecture And Construction Autonomous University Of Chile
K BUILDING, SCHOOL OF ARCHITECTURE AND CONSTRUCTION AUTONOMOUS UNIVERSITY OF CHILE
Schmidt Restrepo Arquitectos
ARCHITECTS
Schmidt Restrepo Arquitectos
LOCATION
Av. Alemania 1090, Temuco, Región de la Araucanía, Chile
ARCHITECTS IN CHARGE
Daniel Schmidt, Esteban Restrepo, Paz Serra, Manuel Bravo, Marco González
CATEGORY
University
CONSTRUCTION
La Nave – Rodrigo Cordero / Cristian Pischetz
AREA
3631.0 m2
ELECTRIC ENGINEERING
Más Ingeniería / Rodrigo Scheuermann
STRUCTURAL ENGINEERING
Rodrigo Perales / Rodrigo Mora
TECHNICAL INSPECTION
Juan Eduardo Mujica / Octavio Ayancán
CLIMATE DESIGN
Climaoptimo / Leonardo Manríquez
MANUFACTURERS
Eglo, Hunter Douglas Architectural (Europe), Timber, Vidrios Lirquen, CHC
Text description provided by architect.
The University Campus, previously inorganically organized, starts to acquire a Cloister organoization, with perimetral buildings and a large central green space that shelters University life.
The stairs of the building, normally only a normative requirement for evacuation, were conceived as protagonic elements, with the idea of encouraging informal meeting and university life.
In this way the the building participates in the activity that occurs in the campus green.
The entrance hall to the building is a vertical space that runs through the four floors and whose corridors and surrounding stairs serve as a complement to the auditorium on the first floor, allowing the entire height to be used as balconies for exhibitions that occur in the first level.
The building is conceived as an inhabitable raw structure, its main structural elements, the piping and wiring are mostly exposed in order to serve students as a learning example, in addition to having the flexibility to adapt the internal distribution to the constant changes of academic programmatic requirements.
The building also has a high standard of Energy Efficiency incorporating climate control systems with heat recovery and lighting to minimize energy consumption.
As part of the technological innovations the building incorporates a wooden curtain wall, which was manufactured using robotic technology provided by the local company Timber.
The main structure of the building is made of steel and was completely prefabricated in order to optimize construction times.
