Lullier, Switzerland
Education
International competition
The Lullier campus embodies a delicate equilibrium between garden and architecture. Respecting the orthogonal geometry of the existing architectural system, the new pavilion is positionned as a compact landmark in the landscape. Following the principles of circular construction, the vast majority of structural and architectural elements are intended to be modular and assembled in a way that allows them to be disassembled and reused. The reciprocal frame structure is composed of numerous identical CLT beams and decking components, favoring the modularity of all connected architectural elements.This construction strategy perfectly meets current programmatic divisions while allowing for internal reconfiguration if needed to accommodate the school’s future needs. On the façade, exterior cladding and brise-soleil are covered with photovoltaic panels to maximize on-site energy production. The project’s expression is inseparable from its sustainable development strategies, grounded in the belief that a strict adherence to bioclimatic principles and carbon analysis can generate a strong, distinctive, and unique architecture.
Education
International competition
The Lullier campus embodies a delicate equilibrium between garden and architecture. Respecting the orthogonal geometry of the existing architectural system, the new pavilion is positionned as a compact landmark in the landscape. Following the principles of circular construction, the vast majority of structural and architectural elements are intended to be modular and assembled in a way that allows them to be disassembled and reused. The reciprocal frame structure is composed of numerous identical CLT beams and decking components, favoring the modularity of all connected architectural elements.This construction strategy perfectly meets current programmatic divisions while allowing for internal reconfiguration if needed to accommodate the school’s future needs. On the façade, exterior cladding and brise-soleil are covered with photovoltaic panels to maximize on-site energy production. The project’s expression is inseparable from its sustainable development strategies, grounded in the belief that a strict adherence to bioclimatic principles and carbon analysis can generate a strong, distinctive, and unique architecture.