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This article was automatically translated from the original Turkish version.

Article

EXPO 2016 Antalya Tower

Quote

Height(s)(Text)

96 Metres

Type(s)

Observation Structure

Design References

Historical Three Gates

Palm Trees

Designers

Zeynep Melike Atay

Serdar Kızıltaş

Location

Türkiye

Aksu / Antalya

Expo 2016 Antalya Fair Grounds

Building Type

Reinforced Concrete

Selection Method

National and International Architectural Design Competition

Context

Expo 2016 International Agriculture Fair

Year of Construction

2016

EXPO 2016 Antalya Tower is a 96 metre high observation structure built as part of the EXPO 2016 International Agriculture Fair held in Antalya city, Türkiye in 2016. The tower is located at one of the central points of the fairground and provides visitors with a bird’s-eye view of the event area. Its design was developed by drawing inspiration from the city’s cultural and natural motifs through modern architectural approaches. The structure was planned as one of the main elements integrating with the agriculture and sustainability themes exhibited at the fair.

Design Competition and Winning Proposal

An architectural design competition for the EXPO 2016 Antalya Tower was held with national and international participation to determine the tower’s design. Numerous proposals reflecting diverse design philosophies were submitted and evaluated by the jury. The winning design, prepared by Serdar Kızıltaş and Zeynep Melike Atay, was inspired by Antalya’s natural and cultural symbols: palm trees and the historical Three Gates motif. The design was developed in accordance with international standards for modern observation towers and positioned at the central point of the fairground. The awards for the winning young architects were presented by the Governor and Acting Chair of the EXPO 2016 Antalya Agency Board of Directors Sebahattin Öztürk.

Fireworks Display at EXPO 2016 Antalya Tower (Anadolu Ajansı)


The winning proposal was planned as a 96 metre high observation tower with multiple platforms offering visitors views from different elevations. Access to the platforms is provided through elevator and staircase systems. The silhouette and form of the structure were implemented to achieve visual harmony with other buildings in the fairground and the surrounding open space arrangements. The tower has assumed a central function within the fairground as one of the iconic structures of EXPO 2016 Antalya and is intended to become a long-term attraction for the city.

Design and Architectural Features

The design of the EXPO 2016 Antalya Tower follows the structural approach of modern observation towers and stands out as an iconic structure of the fairground due to its height and silhouette. The design incorporates formal details inspired by Antalya’s natural and cultural elements; the upper sections of the structure feature lines reminiscent of palm trees and the city’s historical Three Gates motif. This approach not only gives the tower an aesthetic appearance but also ensures its integration with local identity.


The architectural layout of the structure is organized to ensure the safe and comfortable observation of the area by visitors. The tower features multiple-level observation platforms with access provided via elevator and staircase systems. Materials and facade details used in the structure were selected to meet both durability requirements and modern architectural aesthetic criteria. The tower is positioned to achieve visual harmony with the surrounding fairground and is planned as part of a cohesive composition with the adjacent open space arrangements.

Construction and Engineering Techniques

The foundation and main structure of the EXPO 2016 Antalya Tower were constructed using high-strength concrete and steel. The tower stands 96 metres tall with a foundation diameter of 16 metres and a shaft diameter of 4 metres. The foundation used C40/50 concrete class, S4 consistency, and aggregates of 16 mm maximum size (Dmax 22 mm). The tower shaft was poured using C50/60 concrete class with S4 and S5 consistencies and aggregates of 11 mm, 16 mm and 22 mm maximum size (Dmax).【1】 During construction using the incremental casting method and slipform system, each pouring stage was carried out in accordance with the concrete setting time to ensure strength and workability.

EXPO 2016 Antalya Tower (Anadolu Ajansı)


Reinforcement bars were meticulously placed to ensure structural stability of the tower shaft. Cross and vertical reinforcement within the foundation and shaft provided protection against wind and seismic forces. Prefabricated platform elements and specialized support systems were employed during construction, with all technical applications carried out in compliance with engineering standards. Construction of the tower was completed in approximately six months according to the planned schedule.

Sustainability and Organizational Dimension

The EXPO 2016 Antalya Tower was planned as part of the sustainability approach of EXPO 2016 Antalya. The tower and its surrounding landscape arrangements were designed with emphasis on green space integration and minimization of environmental impacts. Infrastructure systems used throughout the fairground were implemented in accordance with energy efficiency and water management principles, thereby reducing environmental impacts during the event. As the iconic structure of the site, the tower fulfils both visual coherence and sustainability objectives.


Organizationally, the tower contributes to the management of visitor flow. Wayfinding systems and access routes within the fairground facilitate access to the tower and optimize overall site usage. Furthermore, the tower and its surroundings are being considered for long-term use as an event and observation space following the fair. This planning enhances the organizational efficiency of the Expo area and ensures the structure acquires a lasting cultural and social function.

Bibliographies

A. Aitar. "Fotoğraf." Pexels. Accessed February 6, 2026. https://www.pexels.com/tr-tr/fotograf/park-kule-turkiye-hindi-8199446/

A. Aitar. “Fotoğraf.” Pexels. Accessed February 6, 2026. https://www.pexels.com/tr-tr/fotograf/park-kule-palmiye-agaclari-turkiye-8199422/

Anadolu Ajansı. “EXPO 2016 Antalya Kulesi’ndeki havai fişek gösterisi.” Accessed February 6, 2026. https://www.aa.com.tr/tr/kultur-sanat/expo-2016-antalya-kulesinde-havai-fisek-gosterisi/653979

Anadolu Ajansı. “Turizme ‘EXPO’ dopingi.” Accessed February 6, 2026. https://www.aa.com.tr/tr/yasam/turizme-expo-dopingi/654104

Antalya Büyükşehir Municipality. "EXPO 2016 Antalya." Antalya Metropolitan Municipality website. Accessed February 6, 2026. https://www.antalya.bel.tr/tr/expo-2016-antalya

Batuhan, Tuna. “Antalya’nın EXPO 2016 Tecrübesi ve Organizasyon Mirasının Değerlendirilmesi.” İstanbul Gelişim Üniversitesi Sosyal Bilimler Dergisi 7, no. 2 (2020): 281–298. Accessed February 6, 2026. https://dergipark.org.tr/en/pub/igusbd/article/656499

Bureau International des Expositions (BIE). "Expo 2016 Antalya." BIE – Bureau International des Expositions. Accessed February 6, 2026. https://www.bie-paris.org/site/en/2016-antalya

Karahan, Faris, Mustafa Özgeriş, Neslihan Demircan, Işık Sezen, and Ayşe Karahan. “Türkiye’nin Dünya Fuarı Deneyimi: Expo 2016 Antalya Üzerine Bir İnceleme.” *Journal of Humanities and Tourism Research* 11, no. 2 (2021): 304-309. Accessed February 6, 2026. https://dergipark.org.tr/tr/pub/johut/article/972440

TMMOB İnşaat Mühendisleri Odası Antalya Şubesi. "'EXPO Kulesi Yapım Tekniği ve Beton Temini' Sunusu, 23 Eylül 2016." TMMOB. Accessed February 6, 2026. https://antalya.imo.org.tr/TR,49286/expo-kulesi-yapim-teknigi-ve-beton-temini-sunusu--23-eylul-2016.html

Tarım Orman Ekranı. "EXPO 2016 kule projesi belirlendi." T.C. Tarım ve Orman Bakanlığı. Accessed February 6, 2026. https://www.tarimtv.gov.tr/tr/video-detay/expo-2016-kule-projesi-belirle-4954

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AuthorFatmanur MavibaşFebruary 24, 2026 at 11:53 AM

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Contents

  • Design Competition and Winning Proposal

  • Design and Architectural Features

  • Construction and Engineering Techniques

  • Sustainability and Organizational Dimension

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