My vision for the Cultural and Educational Center of Byurakan is to create a vibrant and dynamic environment that celebrates and preserves the region’s rich cultural heritage.
We aspire to foster curiosity, intellectual growth, and artistic expression by offering a diverse range of educational and cultural activities. My aim is to establish a thriving hub where ideas are exchanged, creativity flourishes, and lifelong learning becomes an integral part of the community. Through this, we hope to contribute to the cultural fabric of the region and inspire generations to come.
The Byurakan Cultural and Educational Center is a stunning parametric building that seamlessly integrates modern design with local cultural influences. Its fluid architectural lines and dynamic façade are complemented by expansive windows, allowing natural light to illuminate the interiors while providing breathtaking views of the surrounding landscape. The structure features landscaped green spaces that not only enhance its aesthetic appeal but also create tranquil spots for reflection.
Functional Spaces
Concert Hall (1,000 sq m): A premier venue for performances, designed for optimal acoustics and audience engagement.
Library (500 sq m): A serene space filled with resources, promoting individual and collaborative learning.
Dining Room (350 sq m): A vibrant area for nutritious meals, fostering community interaction.
Educational Area (3,050 sq m): Flexible classrooms and collaborative spaces equipped with modern technology.
Recreation Area (2,070 sq m): Indoor and outdoor facilities for leisure, promoting well-being and social interaction.
Dormitory (1,230 sq m): Comfortable accommodations for scholars, fostering community among residents.
Sports Hall (1,100 sq m): A versatile space for physical education and sports activities.
Technical Specification of the Byurakan Cultural and Educational Center
Location: Byurakan Village, Aragatsotn Province, Armenia
Total Area: 9,000 square meters
Design by: Artash Hakobyan
Professor: Anahit Vardanyan
Architectural Style: Parametric design
Structural Materials:
Reinforced Concrete: Provides structural integrity and durability.
Glass Facades: Maximizes natural light and offers panoramic views.
Steel Framework: Enhances flexibility and strength.
Composite Materials: Lightweight, high-performance materials for innovative shapes.
Glass Fibre Reinforced Concrete (GFRC): Used for complex architectural elements and cladding, offering high strength and reduced weight.
Glass Fibre Reinforced Polyester (GFRP): Utilized for custom, intricate designs, providing corrosion resistance and low maintenance.