Rooted Riselience

SAUD- Sustainable Architecture and Urban Design program- Helwan university

Project idea

The idea of this project is to design a sustainable and resilient educational center in Stryi, Ukraine, that responds to both cultural identity and environmental responsibility. The concept is rooted in the need for secure, inclusive learning spaces in post-conflict communities. Inspired by traditional urban forms and natural systems, the project integrates Building-Integrated Photovoltaics (BIPV), rainwater harvesting, and bioswales to create a culturally grounded and ecologically intelligent space for learning and healing.

Project description

The design features a U-shaped massing, aligning with the urban fabric of nearby schools and buildings. A circular courtyard is carved into the center to offer gathering space, natural light, and visual calm. Floor plates are shifted to create terraces, improving daylight and encouraging interaction. At the heart, the Tree of Life (symbolic in Ukrainian culture) anchors the space as a symbol of hope and continuity.
Sustainable strategies are deeply embedded:
-Bioswales on sloped terraces to manage stormwater, filter runoff, and support landscape integration
-BIPV panels serve dual roles: shading and renewable energy generation (covering gathering areas and façades)
-Rooftop rainwater harvesting system to collect, store, and reuse rainwater for non-potable functions
-Openings and orientation optimize natural ventilation and daylight
-Local Ukrainian materials (red brick, ash wood, patterned tiles, concrete tiles) express authenticity and reduce environmental footprint
The project supports educational, cultural, and environmental regeneration, aligning with global sustainability goals while remaining contextually Ukrainian.

Technical information

Construction Materials: Red brick for facades, ash wood for warmth and finishes, patterned tiles for cultural texture, and concrete tiles for durability. PV panels are integrated as a material and energy element.

Water Systems:
-Bioswales: 83m² of bioswale area filters runoff and prevents erosion across 500m² of open space
-Rainwater Harvesting: Annual collection of ~11,000 liters from the roof (based on rainfall and catchment calculations)

Energy System:
-BIPV System: 130 PV panels producing 297.1 kWh/day
-Cost Efficiency: Total panel cost ~312,000 UAH, payback within 1 year and 1 month

Functional Layout:
-Ground floor: reception, gathering space, courtyard access
-Upper floors: classrooms, labs, terraces with views and interaction spaces
-Green roof: rainwater harvesting system and technical zone

The building follows passive design strategies, modular layout, and low-impact construction, all harmonized with the local context and optimized for sustainability.