Located on an infill site within the urban setting of Isfahan, there is very little natural ecology for the center for sustainability to connect to. This project will add public green terraces to the region for pedestrians to escape the hectic city and pause for a few moments.
Providing and controlling daylight is one of the important concerns in architecture. Daylight management in office buildings with deep plans is very challenging. A sustainable design for daylight management can be effective in both saving energy and visual comfort. The building is exposed to harsh hours of the noon sun on its southern facade and the afternoon sun on its large western façade. This scenario led me to shape fundamental passive design strategies. Strategies include designing 3 daylight management systems:
1) A set of light shelves is embedded on the widows of the southern facade for controlling unwanted solar gain near the windows and redirecting the daylight to the depth of the room offices.
2) A green wall as a second skin for the western glass facade.
3) A central atrium equipped with an innovative daylight system (Superposition Reflective Louver) for improving daylight in central deep spaces.
Student Project / Final Architectural Technology Project (Thesis)
2D Modeling: AutoCAD
3D Modeling: Revit Architecture & Rhinoceros
Post Production: Lumion & Adobe Photoshop