Foundation and Curtain Wall Manufacturing
The foundation, retaining wall, and column systems, which adapted to the terrain elevations, were completed with a controlled site organization.
Completed Project
Reconstruction of Fıstıklı Mosque
The mosque, minaret, and ancillary buildings described in historical sources were rebuilt in accordance with approved project decisions, completing a comprehensive worship and service complex in Burhaniye, Üsküdar.
EmployerÜsküdar Municipality
LocationBurhaniye, Üsküdar, Istanbul
Type of JobReconstruction Works
Period2022
SituationCompleted
Project Approach
The historic mosque was rebuilt in its new location, based on its original plan and architectural character.
The Fıstıklı Mosque was a place of worship located in the historical settlement between Beylerbeyi and Burhaniye, and it was expropriated and demolished during the construction of the Bosphorus Bridge.
The reconstruction project carried out in 2022 on Enveriye Street in Burhaniye Neighborhood was conceived as a three-part complex consisting of a mosque, an imam's house, and service units.
The project is a comprehensive reconstruction that addresses the historical building's identity alongside contemporary engineering, structural safety, and current functional requirements.
History and Architectural Identity
The main architectural features of the mosque, which are dated to the first half of the 19th century in the sources, have been reinterpreted.
Historical records indicate that the Fıstıklı Mosque, whose founder is mentioned as Emin Efendi, was built before 1845, and that there is a prayer stone in its courtyard dating back to 1838.
The original plan features of the mosque, which has a nearly square plan, masonry body walls, a wooden roof, and a brick minaret, as well as its window arrangement, mihrab orientation, and entrance relationship, were taken as the basis in the reconstruction decisions.
Mosque and complex in the reconstruction process
The completed mosque, outbuildings, and courtyard layout.
Structural Systems and Infrastructure
The reinforced concrete substructure and the masonry superstructure were designed to work together in a way that ensures the functional and structural integrity of the campus.
The lower floor of the mosque building houses utility rooms and a multipurpose hall, all constructed using a reinforced concrete system. The foundation, retaining walls, columns, beams, and slabs were completed taking into account the site conditions and superstructure loads.
The complex, with an approximate footprint of 955 square meters, features elevation differences, circulation areas, retaining structures, and courtyard layouts, all implemented simultaneously with the load-bearing system applications.
Basement Load-Bearing System
The reinforced concrete load-bearing system for the lower floor, which houses the plumbing and multi-purpose hall units, has been constructed.
Slab and Beam Reinforcements
Reinforcement fabrication in floor slabs, beams, and connection areas was carried out in accordance with the project specifications.
Masonry Walls and Stonework
The mosque's body walls, window openings, and stone jambs were constructed in a manner consistent with traditional architectural style.
The masonry body walls, opening ratios, and facade arrangement were created based on the architectural features of the historical mosque. Cut stone jambs were used around the windows and doors, and harmonious plaster and cladding applications were used on the facade surfaces.
The dimensions, materials, and roof relationships between the mosque, minaret, and ancillary buildings were resolved in a way that preserves the integrity of the complex.
Construction of masonry body walls
Stone door and window details and facade.
Wooden Structure, Roof and Minaret
The wooden outbuildings, traditional roof system, and stone-brick minaret were all completed within the same architectural language.
The three-story annex building, located parallel to the mosque, was constructed with a reinforced concrete basement and wooden upper floors, and was designed to function as the imam's residence.
While the wooden roof frame, waterproofing, and tile coverings were completed, the minaret was also rebuilt using stone and brick materials in keeping with its original character.
Harim and the Completed Campus
The place of worship, courtyard, imam's residence, and service units were completed as a holistic complex working together.
Within the prayer hall, the mihrab, minbar, pulpit, wooden elements, lighting, and window arrangement complete a simple and balanced interior design language.
The wet areas and tea room at the rear of the plot, as well as the courtyard, terrace, stairs, and landscaping, were designed to support the daily use of the premises.
The prayer hall, the mihrab, and the lighting system.
Mihrab, minbar, and pulpit
Conclusion
The Fıstıklı Mosque has been brought back to life in its new location, preserving its historical memory and original architectural character.
The mosque, minaret, imam's house, multipurpose hall, service units, and spacious courtyard layout were completed in accordance with the approved project decisions.
The project reflects Taksim Yapı's multidisciplinary experience in reconstruction, reinforced concrete and masonry construction, timber construction, stone and brickwork, and landscaping.
Research, engineering, and qualified field application in the reconstruction of historical buildings.
Taksim Yapı revitalizes cultural heritage sites in accordance with approved project decisions, original architectural data, and current building safety requirements.
A holistic project discipline in restoration, conservation, and strengthening applications.
Taksim Yapı handles research, documentation, board coordination, field implementation, and technical management processes together in cultural heritage and high-quality construction projects.
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