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This project has based on Transit Oriented Development (TOD) which is the exciting fast growing trend in creating vibrant, livable, sustainable communities also known as TOD.

It’s about continuity of circulation from landscape to roof garden that called “Gholam gard” in traditional architecture of Iran.

We tried to redefining the issue in contemporary solution that locating the project in global scope while it is searching for connection with Iranian geography and history.

It’s about continuity of circulation from landscape to roof garden that called “Gholam gard” in traditional architecture of Iran.

We tried to redefining the issue in contemporary solution that locating the project in global scope while it is searching for connection with Iranian geography and history.

Khansaar is one of the most popular tourist destinations in Isfahan, which has natural, commercial and cultural attractions.

Due to the existence of these regional values, we have attempted, instead of vertical planning, to tailor the demands of the client who merely target the tourist, by analyzing the activities required for the set and the topographic state of the earth, diverse functions as small aggregates(Grains) in all Distribute and organize the site in such a way that the project is in a balanced harmony with the earth and the sky , and the ecological properties of the area is less damaged. Also, local people will get acquainted with this happenings and events in the city, and they would be eager and interested to visit the events will be held in the project.

Khansaar is one of the most popular tourist destinations in Isfahan, which has natural, commercial and cultural attractions.

Due to the existence of these regional values, we have attempted, instead of vertical planning, to tailor the demands of the client who merely target the tourist, by analyzing the activities required for the set and the topographic state of the earth, diverse functions as small aggregates(Grains) in all Distribute and organize the site in such a way that the project is in a balanced harmony with the earth and the sky , and the ecological properties of the area is less damaged. Also, local people will get acquainted with this happenings and events in the city, and they would be eager and interested to visit the events will be held in the project.

The project's spatial plan was designed to break the boundaries between the city and the project and to combine them together.

Due to the cultural attractions that exist in the area, this city plaza was open to the public so that it could form a suitable place for people's events during the year and on occasion and form part of their happy moments.

Residential and restaurant gardens are considered as economical parts of the project. Also, the workshops and commercial gardens were considered on the main plot, in addition to boosting the flow of people to the project, it would provide opportunities for the production, introduction and sale of local products such as honey, dried fruits, etc., and people's employment.

The spatial and formal design of the project continues our POV in previous projects, seeking to achieve a contemporary expression of past architecture. A form of architecture that is both global and regional. This time, due to the scale of the project, we tried to study the urban architecture of the past as a "text". Cohesive text that contains sentences, words, and alphabets. These letters are arranged in different shapes for designing different volume beads such as accommodation, commercial, etc., and create a variety of spatial potentials, and eventually formulating all of these alongside is a single text that reads the audience from It involves a familiar feeling in the form of an unfamiliar body.

This is the Monument of Haj Imran Operation that 300 person of soldiers was killed. 300 coloumns is a symbol of 300 martyrs who held the Iranian flag and it's raised around the word of Allah.

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In this project, due to the high occupation area and the diverse requirements of the client, we try to distribute all the functions in a half-floor system, so that while the spaces are in the fluid interaction and are related closely, the determination of each space is also preserved.

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In order to reach the desired qualities, we try to achieve an optimized climate version. For this, the main fasades of the original model were extracted and subdivision. Then we wrote an algorithm definition that determined "how much of the modular spaces would be open and how should be close" to be optimized.

In this method we use Rhinoceros software and Grasshopper plug-in for "Parametric Design" and Ladybug-Honybee plug-in for "Energy and whether data analysis" and Octopus for "Simulation and ptimization".

In this project, we first categorized our users according to the different functions of the project. For each function, we defined a node, according to the neighborhood of context on the project site. Each performance was shaped around a courtyard for adapting to warm and dry climate of region.

Then the most remarkable part of the project, the tower, which had the main function, was designed according to the concept of an "indefinete boundary between the earth and the sky".