LCI BARCELONA 22@ CAMPUS. International School of Design & Visual Arts
LCI BARCELONA 22@ CAMPUS. International School of Design & Visual Arts
CIRCULAR STUDIO
ARCHITECTS
CIRCULAR STUDIO
CARPENTRY AND FURNITURE FABRICATION
Fusta i Fusta
MANUFACTURERS
Geberit, Sto, Duravit, Adaptacolor, Alu-Stock, Breinco, Com-led, Deplosun, Forster, Huguet, Hunter Douglas, Kone, Ofimatic, Roca, Santa & Cole, Shüco, Simon, The Inox in Color
ARCHITECTSF
Ivan Serrano Vidal, Fernando Ansorena Marenco
STRUCTURAL ENGINEERS
Lluís Escudero
BUILDING COMPANY
Constructora del Cardoner SA
FAÇADE CONSULTANT
Miquel Rodriguez
QUANTITY SURVEYOR + DEO
Ramón Cisa
STRUCTURE ENGINEERS
Other Structures
FAÇADE CONSULTANTS
xmade Barcelona
WORK EXECUTION
Betarq Group
MEP & HVAC CONSULTANTS
Eletresjota Tècnics Associats, Jaume Pastor
FAÇADE ENGINEERING
Construcciones Metálicas Barceló SL
STEEL STRUCTURE
Cullere i Sala SL
DESIGN TEAM
Victor Ruiz, Iñigo Ocamica, Aina Santanach
LOCATION
Barcelona, Spain
CATEGORY
Educational Architecture, University
Text description provided by architect.
The building accommodates the European hub for the international network of design and visual arts universities, LCI Education.
It is located in the former industrial district of Poblenou in Barcelona, now the technological district 22@, which is undergoing an urban transformation.
The above-ground volume of the building includes classrooms, practical labs, administrative offices, a library, and student areas.
Circulation is organized peripherally and parallel to the façade. This space acts as a filter, a social area, a working environment, and an exhibition space.
Much like the interplay of solid and void in a classical portico, the rhythm of the façade blurs the boundaries between the interior and the exterior, transforming the journey through the building into an experience.
Underground, the building also incorporates the plaza footprint, resulting in a vast open space for students.
Here, two large flexible halls for various activities coexist with workrooms, laboratories, and fabrication workshops, all illuminated by natural light filtering through the ground floor double-height spaces and skylights from the plaza above.
The façade of the building responds to various orientations through a unified strategy. It blocks direct sunlight to prevent glare while maximizing the entry of indirect light.
Externally, the facade is clad in aluminum and finished with a transparent powder coating.
This preserves the textural qualities and light reflection of the metal, allowing the aluminum to interact with its surroundings and the changing sunlight throughout the day.
Internally, the walls are paneled in white, enhancing the natural light within. The building is a "vertical campus" designed to accommodate approximately 3,000 students.
The design aims to provide a quality urban environment in which the journey through the space, contributes to the student experience.
To achieve this, the ground floor serves as a permeable space, set back from the building's perimeter to enhance the public area, featuring glass façades that promote transparency and visual continuity.
Access is provided via a bridge that crosses through the building, linking the street to the interior plaza.
This unfolds like a seating space, with steps and an access ramp, thereby blurring the boundaries of the ground floor and integrating it into the urban space.
The plaza becomes a community space for both students and local residents.
Below ground, a social journey for students unfolds, linking the ground floor and the first two levels through a metal staircase that crosses a quadruple-height entrance foyer.
Between the third and fifth floors, circulation continues externally along the recessed façade, encircling the library and linking to the "raised plaza" of the campus, located at the heart of the building (fourth floor).
This space faces the sea, taking advantage of the breeze while sheltering from direct sunlight thanks to a protective overhang.
