# Nursultan Nazarbayev International Airport

> BIMON delivered the full detailed architectural design of the new 47,000 m² international terminal at Astana Airport, in Kazakhstan. The BIM model was used for multidisciplinary coordination and for the quantity take-off behind the cost estimate.

- Industry: Airports
- Location: Astana, Kazakhstan
- Client: Studio Altieri S.p.A.
- Year: 2016
- Area: 47,000 m²
- Status: Completed
- Technologies: BIM, MEP, Clash detection, Quantity take-off
- Services: BIM Modeling, MEP Design, Data Analysis
- URL: https://bimon.it/en/projects/astana-nursultan-nazarbayev-airport

## Context

Astana International Airport, named after Nursultan Nazarbayev, lies about 12 km south-east of the centre of Kazakhstan's capital, in the Yesil district. With 5,099,391 passengers in 2019, it is the second busiest airport in Kazakhstan and in Central Asia, after Almaty. It is served by 16 airlines, with 15 domestic routes, 19 international routes and 5,000 charter flights.

The airport has one runway and two adjacent terminals. Terminal T1, for international flights, was built for Expo 2017 Astana. Terminal 2, designed by Japanese architect Kishō Kurokawa, handles domestic flights.

The new 47,000 m² international building includes a passenger hall and a VIP area, six new aircraft stands and four bus transfer gates. The expansion improves the airport's services and supports the development of the country's transport and logistics system.

## BIMON's scope

For Studio Altieri S.p.A., BIMON delivered the full detailed architectural design of the international terminal using the BIM methodology. The team first modelled the existing architectural and MEP conditions, then developed the BIM models of the architectural and structural design and of the electrical and mechanical systems.

The multidisciplinary model became the coordination tool for the whole design team. BIMON analysed and resolved the interferences between disciplines and extracted from the model the quantities needed to prepare the cost estimate.

## Results

### Multidisciplinary interferences

The BIM model was used mainly to identify and resolve the interferences between disciplines before construction.

### Multidisciplinary BIM model

BIMON drafted the multidisciplinary BIM model, resolved the clashes and extracted the quantities needed for the cost estimate.

- BIM model of the existing architecture and MEP systems
- Architectural and structural design in BIM
- Electrical and mechanical systems design in BIM
- Full detailed architectural design
- Clash detection and resolution
- Quantity take-off for the cost estimate