REGENERATIVE HERITAGE Adaptive Restoration & Agri-Lab Intervention This project explores the architectural restoration of the historic Preceptory of Sant’Antonio di Ranverso, located near Turin, Italy. The intervention focuses on understanding the site's historical evolution, identifying structural and material decay, and proposingsensitive restoration strategies that respect its cultural and architectural significance. The approach combines historical research, on-site analysis, and architectural documentation to develop a restoration proposal that preserves authenticity while ensuring functional continuity.he proposal further integrates a self-sustaining agricultural laboratory within the existing complex, introducing productive landscapes and community-oriented functions that establish a dialogue between heritage conservation and contemporary rural innovation.
SCALE 1:500
SCALE 1:100 FIRST FLOOR PLAN SCALE 1:100 NORTH FACADE SCALE 1:100
RESTORATION ANALYSIS B-B A-A MOISTURE INGRESS / WATER STAINING Rainwater penetration through roof, openings or cracks; causes staining, discoloration and material weakening. PLASTER LOSS / RENDER DETACHMENT Loss of plaster or render due to moisture, aging or poor adhesion exposing the underlying masonry. RISING DAMP / SALT EFFLORESCENCE Moisture rising from the ground causing salt deposits, plaster deterioration and material decay. CRACKS Structural or non-structural cracks caused by movement, settlement or material shrinkage. PREVIOUS REPAIRS / PATCHES Areas of earlier repairs or patch works using different materials. AREAS NOT VERIFIED / INACCESSIBLE Areas not accessible or not verifiable during the survey. BIOLOGICAL GROWTH/ ORGANIC DECAY Presence of biological growth or organic decay in timber or masonry elements. SECTION AA’' SCALE 1:75 SECTION BB’' SCALE 1:75
Sant’Antonio di Ranverso Preceptory by transforming the existing agricultural wing into a self-sustaining Agri Lab and greenhouse for regenerative agriculture. The design aimed to preserve the historical and architectural identity of the heritage complex while introducing new functions such as research laboratories, workshops, exhibition spaces, start-up offices, and experimental farming areas. Through careful planning, the project created a connection between heritage conservation, agriculture, education, and innovation within the rural landscape. Throughout the project, we carried out architectural surveys, material and decay analysis, structural assessments, and restoration strategies to understand and preserve the existing structure. Using integrated digital documentation methods such as LiDAR scanning, photogrammetry, point clouds, and HBIM modeling, we developed accurate restoration proposals and adaptive reuse interventions. The final outcome reflects a balance between historic preservation and contemporary sustainable design, creating a living laboratory that supports regenerative farming, knowledge exchange, community engagement, and environmentally responsible architecture.
NURSERY SCHOOL IN SENEGAL Kaira Looro Competition 2025 This project proposes a sustainable nursery school for the Casamance region of Senegal, developed through the study of the country’s educational, transportation, and digital networks to understand the challenges faced by rural communities in accessing early childhood education. The design responds to these issues by creating a safe, inclusive, and community-oriented learning environment that supports not only children and teachers, but also healthcare workers and local residents. Inspired by the principles of the Kaira Looro competition, the project focuses on contextual sustainability through a modular layout organized around open green courtyards that enhance natural ventilation, daylight, thermal comfort, flexibility, and social interaction. Overall, the proposal aims to create a resilient and climate-responsive architectural solution that encourages learning, community engagement, and long-term social development.
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