ESKIHISAR/KOCAELI/TURKIYE
MEET GEN
18 / 08 / 2022
Potential of The Area
The primary potential of the project site lies in the natural topography of the land, which allows for the creation of spaces distributed across varying elevation levels. This natural slope not only contributes to visual diversity but also enables functional zoning by facilitating the separation of different uses. As such, it introduces flexibility into spatial organization and offers users a richer spatial experience.
Furthermore, the preservation and integration of existing permanent natural and built elements such as rock formations, mature trees, and existing structures align with sustainable design principles and support the continuity of the site's landscape character. Thoughtful incorporation of these features enhances ecological conservation and allows the design narrative to develop in direct response to the site's specific context.
Another crucial factor is the presence of individuals from the targeted age group for the project in the surrounding area. This demographic alignment significantly increases the social potential of the intervention by ensuring an immediate and compatible user base, which in turn strengthens the functionality and acceptance of the space.
Lastly, the forested area located at the upper elevations of the site serves as a natural backdrop that reinforces the project’s aim of integrating with nature. This vegetation not only enhances the visual quality of the environment but also contributes positively to microclimatic stability and the ecological sustainability of the overall design.
Project Report
During the project development process, the atrium space elevated through the use of a steel structural system was considered a key focal point to ensure the architectural and structural integrity of the building. In this context, a space frame system, known for its advantages in lightness and long-span capability, was selected for the atrium roof. The system’s feasibility, load-bearing capacity, and aesthetic contribution were thoroughly analyzed. Particular attention was given to structural connection details to achieve both durability and visual coherence. The design of nodes and connection elements was meticulously resolved to ensure rigidity across large spans.
In the facade design, large openings were introduced to maximize the use of natural light, bringing daylighting to the forefront of the architectural approach. The proportion of glass surfaces on the facade was increased to allow daylight to effectively penetrate the interior, in line with concepts of transparency and permeability. The orientation of façade elements and the incorporation of sun-shading systems also supported energy efficiency, while enhancing climatic comfort.
To strengthen the building’s relationship with the urban street layout, special emphasis was placed on interaction zones at the street scale. The design aimed to improve pedestrian flow, integrate with public spaces, and increase opportunities for social interaction. Accordingly, the ground floor layout was shaped with the principle of permeability, reinforcing the connection between the building and its surroundings. Transitional openings and access points were created to ensure continuity between public outdoor spaces and the structure itself.
In addition, a parking solution tailored to user needs was also developed within the scope of the project. Taking into account the site's topography and the building’s functional organization, parking areas were strategically positioned. Key factors such as entry and exit points, vehicle circulation, pedestrian access, and security measures were carefully addressed to ensure optimal efficiency. The integration of natural ventilation and lighting within the parking areas contributed to user comfort and aligned with sustainability principles.
In light of all these considerations, the building was designed with a holistic approach both functionally and aesthetically to make a high-quality contribution to the urban fabric.