METABÒLIC CAMPUS

The new ETSEIB building

Exterior image
Concept scheme
Axonometry
Pati image
Floorplan
Atrium image

The project integrates into the Campus Sud, at the edge of Diagonal Avenue, proposing a porous and flexible building that avoids mimicry and suggests a “metabolist campus” model, where building and campus merge. The ground floor opens to the public space, ensuring continuity with the plaza and access points, while generating high-quality, bioclimatic intermediate spaces that foster interaction and transparency.

The design prioritizes the user, offering versatile, modular, and adaptable spaces with pedestrian-oriented circulation, cross ventilation, natural lighting, and climatic comfort. Enclosed corridors are eliminated in favor of elevated terraces and communal areas that can host diverse temporary uses.

Typologically, the building responds to new pedagogical methodologies with large collaborative workspaces, distributed meeting rooms, and classrooms of varying sizes enabled by lightweight modular partitions. Teaching and administrative uses are clearly separated, while laboratory programs are integrated both in the upper floors and the basement.

On a constructive level, the project reuses existing basements and foundations, employing a mixed industrialized structure with steel columns, timber slabs, and prefabricated dry-assembly elements. The envelope is a curtain wall with solar protections, combined with accessible roofs and green areas. Demountable systems and reusable materials are prioritized, reducing waste and facilitating maintenance.

Sustainability is achieved through passive strategies that minimize energy demand, supported by photovoltaic and aerothermal production, resulting in an nZEB building. A 53% reduction in carbon footprint is achieved compared to a reference building (10,800 tCO2e avoided). With 97% of materials sourced locally, the project positions the building as a material bank, promoting circularity and long-term environmental and economic viability.

Barcelona, 2024

Universitat Politècnica de Catalunya

Competition
With Picharquitects

METABÒLIC CAMPUS

The new ETSEIB building

Exterior image
Concept scheme
Axonometry
Pati image
Floorplan
Atrium image

The project integrates into the Campus Sud, at the edge of Diagonal Avenue, proposing a porous and flexible building that avoids mimicry and suggests a “metabolist campus” model, where building and campus merge. The ground floor opens to the public space, ensuring continuity with the plaza and access points, while generating high-quality, bioclimatic intermediate spaces that foster interaction and transparency.

The design prioritizes the user, offering versatile, modular, and adaptable spaces with pedestrian-oriented circulation, cross ventilation, natural lighting, and climatic comfort. Enclosed corridors are eliminated in favor of elevated terraces and communal areas that can host diverse temporary uses.

Typologically, the building responds to new pedagogical methodologies with large collaborative workspaces, distributed meeting rooms, and classrooms of varying sizes enabled by lightweight modular partitions. Teaching and administrative uses are clearly separated, while laboratory programs are integrated both in the upper floors and the basement.

On a constructive level, the project reuses existing basements and foundations, employing a mixed industrialized structure with steel columns, timber slabs, and prefabricated dry-assembly elements. The envelope is a curtain wall with solar protections, combined with accessible roofs and green areas. Demountable systems and reusable materials are prioritized, reducing waste and facilitating maintenance.

Sustainability is achieved through passive strategies that minimize energy demand, supported by photovoltaic and aerothermal production, resulting in an nZEB building. A 53% reduction in carbon footprint is achieved compared to a reference building (10,800 tCO2e avoided). With 97% of materials sourced locally, the project positions the building as a material bank, promoting circularity and long-term environmental and economic viability.

Barcelona, 2024

Universitat Politècnica de Catalunya

Competition
With Picharquitects

PROJECTS

PLAÇA DE L’ALZINA

PLAÇA DE L’ALZINA

SALA RIO CINCA

SALA RIO CINCA

SOL I OMBRA

SOL I OMBRA

MODULE HOUSE

MODULE HOUSE

FINESTRES AL PARC

FINESTRES AL PARC

TRIÀDIC

TRIÀDIC

VOLART

VOLART

CA GOMIS

CA GOMIS

PALM HOUSE

PALM HOUSE

MURALLA SANT ANTONI

MURALLA SANT ANTONI

O-MAKASE

O-MAKASE

CA GOMIS

CA GOMIS

GALLERY HOUSE

GALLERY HOUSE

VOLART

VOLART

CASA DE LES OBLATES

CASA DE LES OBLATES

METABÒLIC CAMPUS

METABÒLIC CAMPUS