Design Proposal for Urartu Stadium

The “URARTU” complex is located at 2 Bagratunyats Street, Yerevan, on the site of the former “Nairi” stadium. Situated at the edge of Shengavit district, near the Yerevan Reservoir and the historic Shengavit Fortress, the area holds urban, cultural, and landscape significance.

Urban & Transport Accessibility:
The project benefits from close proximity to major city roads (Bagratunyats and Artashesyan Streets), and proposes barrier-free access, a new pedestrian underpass, and public transport stops. Underground parking for 400 cars will serve VIPs, business guests, media, and athletes.

Masterplan & Landscape Design:
The 4.05 ha site integrates a 10,000-seat stadium and a 40,000 m² shopping & entertainment center. The stadium sits on a stylobate structure with a landscaped square and observation areas overlooking the Razdan Gorge and Mount Ararat.

Architectural Concept:
Inspired by the ancient Urartian “Van Fortress,” the complex features monumental forms and dynamic spatial composition. It comprises two volumes:

• The stadium, meeting FIFA/UEFA standards.
• The semi-circular commercial center, oriented eastward to buffer against degraded urban fabric.

A central atrium between the buildings enhances visual and physical connections and includes panoramic elevators.

Stadium Details:

• Total capacity: 12,870 seats
• Includes VIP, press, accessible, and business seating
• Athlete preparation zones with full amenities
• Separate VIP and press areas with dedicated access
• UEFA Category 4 football pitch (110×75 m) with under-field heating and drainage
• Technical rooms for utilities, security, and broadcasting on all levels

Shopping & Entertainment Center (SEC):
Spread over 7 above-ground and 2 underground levels, the SEC includes:

• Public atriums, viewing platforms, and green terraces
• Food courts, family spaces, and event areas
• Panoramic galleries and accessible design
• 40,000 m² of commercial space designed for stable income and extended visitor stay

Construction & Materials:
The structure uses monolithic reinforced concrete frames, aluminum composite panels, and sandwich panels. Stadium roofing uses tensile fabric on a metal frame; stylobate and roof surfaces are accessible and service-ready.

Lighting & Environmental Measures:
Accent façade lighting, low light pollution design, and energy-efficient systems are integrated. The project includes water reuse for irrigation, solar panels, ventilation heat recovery, and local waste treatment solutions.