Taravat Villa Residentieel door Rezvan Yarhaghi

Het ontwerp Taravat Villa Residentieel door Rezvan Yarhaghi is een hoog aangeschreven winnaar van de zeer prestigieuze 2025 A' Design Award in Brons in de competitiecategorie Generatief, Algoritmisch, Parametrisch en AI-ondersteund Ontwerp.

BronsGeneratief· 2025

Taravat Villa Residentieel

door Rezvan Yarhaghi

Opdrachtgever: Rezvan Yarhaghi

Winnaar van de A' Design Award in Brons in de categorie Generatief

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Kleuren

Het Ontwerp

Over Taravat Villa Residentieel

Het villaontwerp combineert traditionele Perzische architectuur met moderne duurzaamheid. Boogvormige openingen en gedetailleerd tegelwerk weerspiegelen het culturele erfgoed van de regio. Groene ruimtes verbeteren de luchtkwaliteit, reguleren de temperatuur en verhogen de energie-efficiëntie. Grote ramen laten natuurlijk licht binnen en verbinden binnen- en buitenruimtes. Landschapsarchitectuur met inheemse planten creëert uitnodigende ruimtes voor ontspanning. Al met al brengt het ontwerp culturele traditie en milieuvriendelijk wonen in balans, en biedt het een tijdloze en duurzame ervaring.

De Erkenning

Over de A' Design Award in Brons

Taravat Villa Residentieel is winnaar van de A' Design Award in Brons, een hoogst prestigieuze erkenning die wordt toegekend aan uitstekende ontwerpen die zich onderscheiden door creativiteit, vindingrijkheid en scherpzinnigheid. Winnaars in Brons zijn ruimschoots vaardige en opvallend creatieve artefacten die de grote ervaring, verbeelding en het vernuft van hun ontwerpers bevestigen. Taravat Villa Residentieel wordt verwacht een hooggewaardeerd, bewonderd en gekoesterd object te zijn dat opmerkelijk professioneel en innovatief is. Dit ontwerp dat de A' Design Award in Brons heeft gewonnen, verwerkt de beste praktijken in kunst, wetenschap, ontwerp en technologie en is uitstekend door zijn aandacht voor detail. Taravat Villa Residentieel bevredigt schitterend behoeften, raakt verlangens, charmeert gevoelens en spreekt de nieuwsgierigheid aan.

Achter het Ontwerp

Perskit

Credits, teamleden en technische details verstrekt door de ontwerper.

Unieke Eigenschappen: The villa design represents a fusion of traditional Persian architectural features with modern sustainability practices. Its façade, featuring intricate tilework and arched openings, honors Persian craftsmanship, while the integration of green spaces and natural ventilation enhances its environmental performance. The building optimizes natural light and airflow, promoting a comfortable and energy-efficient living environment. AI design tools were employed to visualize and refine the project, ensuring a seamless integration of heritage and innovation.
Afmetingen & Verpakking: Built Area: 500 m²
Site Area: 1000 m²
Height: 12 meters
Width: 20 meters
Passive cooling techniques, natural ventilation, green terraces, and water-saving landscaping.
Tags: Persian-inspired villa, sustainable architecture, passive cooling, traditional brickwork, arched windows, natural ventilation, courtyard design, eco-friendly materials, modern Iranian architecture, green terraces
Productietechnologie: constructed using eco-friendly materials like recycled concrete and low-carbon steel, the villa reflects a commitment to sustainability. Locally sourced ceramics are used for the façade, blending traditional craftsmanship with modern techniques. The building incorporates smart climate control systems and passive solar design for energy efficiency. The landscape is designed with native plants to promote biodiversity and conserve water. The design process leveraged AI technology to optimize material choices and spatial configurations for maximum environmental performance.
Ontwerpuitdaging: The primary challenge was integrating traditional Persian architectural elements with modern energy-efficient systems. Balancing ornamental features with sustainability required extensive research and iterative design processes. AI tools were crucial in testing and refining the design, helping to overcome obstacles related to material choices and climate adaptation. The final design successfully combines Persian architectural beauty with innovative solutions, creating a resilient and climate-responsive villa.
Onderzoek: This research explores the fusion of traditional Persian architecture with modern sustainable design principles to create climate-adaptive residences. Through case studies, climate analysis, and material testing, the research highlights the effectiveness of passive cooling systems and locally sourced materials in hot climates. AI-assisted design tools played a key role in visualizing and refining the project, allowing for a balanced approach to heritage and innovation. The findings provide insights into sustainable residential design that honors both tradition and modernity.
Inspiratie: This project draws inspiration from the enduring beauty of Persian architecture, seamlessly integrating traditional elements with sustainable design principles. The design process was guided by the desire to create a home that respects cultural heritage while embracing modern ecological practices. Incorporating green spaces within the urban environment reflects a commitment to blending contemporary living with environmental responsibility. The project combines traditional Persian aesthetics with cutting-edge technology, utilizing AI-assisted design tools to refine the architectural form and spatial dynamics.
Projectduur: The project design in June 2024 for southern Iran. The villa is designed specifically for the hot climate of southern Iran, integrating sustainable features to ensure comfort and energy efficiency.
Werkproces: The layout is designed to encourage a smooth flow between indoor and outdoor spaces through courtyards, terraces, and arched openings. A central courtyard acts as the heart of the villa, offering shade and comfort in the hot climate. Large windows and double-height spaces maximize natural light and ventilation, minimizing the need for mechanical cooling. The villa design also incorporates passive cooling techniques, ensuring that the building performs optimally in the region's climate
Beeldcredits: Rezvan Yarhaghi