Decodes centuries-old passive cooling strategies embedded in Canarian vernacular architecture. Research methodology involves thermal performance analysis of courtyard configurations, lime wash reflectivity measurements, and cross-ventilation patterns that maintain comfortable interior temperatures without air conditioning. Goal: demonstrating how traditional building wisdom offers climate-adaptable solutions transferable to contemporary contexts globally.
Work focuses on the architectural intelligence encoded in heritage structures, where every design element—courtyard orientation, wall thickness, shutter placement, lime surface treatment—serves specific thermal regulation or moisture management functions refined across generations. The research process demands understanding both the physics of passive strategies (thermal mass behaviour, evaporative cooling, convective airflow) and the cultural practices that activated them (seasonal whitewashing cycles, daily shutter routines, courtyard usage patterns). Passionate about rescuing vernacular architecture from mere aesthetic appreciation, instead positioning it as a repository of climate-responsive design knowledge critically relevant as mechanical cooling becomes environmentally unsustainable. Documentation extends to investigating traditional materials like hydraulic lime that permit wall breathability preventing structural decay, locally-quarried basalt that reduces embodied carbon by eliminating transport emissions, and Canarian pine's natural resistance to humidity and insect damage. The methodology involves visiting heritage homes, consulting conservation architects, and photographing construction details that reveal original building logic versus later modifications that compromised passive performance. Committed to distinguishing authentic preservation from superficial restoration, understanding which interventions respect original material properties and which merely replicate visual appearance. Fact-checking involves correcting common misunderstandings about whether traditional practices represent cultural ritual or functional necessity. Ultimately aims to inspire climate-appropriate architecture by proving that comfort, sustainability, and cultural identity can converge through design intelligence rather than energy-intensive technology.