Kashitu Secondary School - Cellular Space Arrangement for Better Learning

Idea projektu

This architectural project is conceived as a symbolic and sensory journey inspired by the organic structure of the nerve cell, the foundation of learning, memory, and cognition. Set within the educational context of a secondary school in Zambia, the design translates the invisible progression of knowledge into a tangible spatial experience. A central architectural promenade—curvilinear and fluid, echoing the axon—serves as the connective spine, guiding students through the stages of education. Along this evolving path, volumes increase in scale, symbolizing the intellectual and personal growth of each learner. The journey culminates in the “Neural Head,” a dynamic hub housing the library and communal spaces—a metaphorical brain where knowledge is shared and reflected upon. The project aims to create an environment that not only supports learning but actively stimulates curiosity, fosters autonomy, and celebrates the educational journey through a harmonious integration of form, function, and symbolism.

Popis projektu

The architectural solution is shaped by a cellular spatial organization, where modular building blocks are interconnected through fluid promenades and animated by open communal piazzas that foster social interaction and a sense of belonging. The use of inclined roofs plays a critical environmental role, helping to reduce heat accumulation by facilitating natural ventilation and promoting rainwater drainage, essential in Zambia’s climate. Mucharabiehs are strategically integrated into the façades, providing filtered natural light, visual privacy, and passive cooling through controlled airflow, enhancing indoor comfort while referencing local cultural aesthetics. Together, these elements create a dynamic, climate-responsive, and contextually grounded educational environment.

Technické informace

The project adopts an ecological and contextual approach by prioritizing the use of locally available materials in Zambia. Clay bricks, a traditional thermal material, are used for the load-bearing walls, offering thermal inertia, natural insulation, and a low environmental impact. Straw is incorporated to enhance natural ventilation and regulate indoor temperatures effectively. In addition, solar panel roofs contribute to partial energy autonomy, reducing reliance on the electrical grid while allowing air circulation between the building blocks.

Dokumentace

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