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Location
Antalya
Type
Industrial
Built Area
1.500 M²
Date
06/2021

Bihl Wiedemann

The structure designed by O&B Architecture for Bihl & Wiedemann Otomasyon San. ve Tic. Şti. is located in the Antalya Free Zone. Although the project initially began with the need for a logistics storage area, mutual discussions led to the design of a structure that could also meet potential future manufacturing needs. According to the program requirements, the ground floor was planned as a storage area, the mezzanine floor as a 20-person training room, and the first floor as manufacturing spaces. Since an existing structure had to be demolished and rebuilt, completing the construction quickly to avoid interruptions in production became a critical criterion. Consequently, a basement floor was not included in the design. The ground floor was designed in reinforced concrete up to an elevation of 6.40 meters, following a structural grid system suitable for storage standards. The first floor, on the other hand, was designed with a steel structure to span large openings, ensuring ease of circulation and accommodating the layout of manufacturing machinery. To enable rapid construction, prefabricated materials were preferred over on-site manufacturing. This approach translated into a design with simple, clean, low-maintenance, and solid surfaces. As a result, a minimalistic, inward-oriented, easily perceivable yet strong and compact structure was designed and delivered to the client within a short time frame of six months. I became involved during the implementation phase of the project, preparing technical drawings. Based on the feedback received, I developed necessary spatial solutions, contributing to the project’s success

Bihl Wiedemann

The structure designed by O&B Architecture for Bihl & Wiedemann Otomasyon San. ve Tic. Şti. is located in the Antalya Free Zone. Although the project initially began with the need for a logistics storage area, mutual discussions led to the design of a structure that could also meet potential future manufacturing needs. According to the program requirements, the ground floor was planned as a storage area, the mezzanine floor as a 20-person training room, and the first floor as manufacturing spaces. Since an existing structure had to be demolished and rebuilt, completing the construction quickly to avoid interruptions in production became a critical criterion. Consequently, a basement floor was not included in the design. The ground floor was designed in reinforced concrete up to an elevation of 6.40 meters, following a structural grid system suitable for storage standards. The first floor, on the other hand, was designed with a steel structure to span large openings, ensuring ease of circulation and accommodating the layout of manufacturing machinery. To enable rapid construction, prefabricated materials were preferred over on-site manufacturing. This approach translated into a design with simple, clean, low-maintenance, and solid surfaces. As a result, a minimalistic, inward-oriented, easily perceivable yet strong and compact structure was designed and delivered to the client within a short time frame of six months. I became involved during the implementation phase of the project, preparing technical drawings. Based on the feedback received, I developed necessary spatial solutions, contributing to the project’s success

Software used:

Autocad+ Photoshop

Paragraf metniniz_edited.png
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