مهشيد هروابادي

Nowadays, temporary space cells are built with different uses such as medical centers, bus-stop with shade, desert and coastal mountain residences, public spaces. These spaces are abandoned due to problems such as non-reuse of materials, more damage to the environment, use of skilled labor and expensive robots, spending a lot of money and time. Using modular systems in design is one of the appropriate answers to solve these problems. Most of the modules used in this temporary space cell are designed to meet the needs of one or two limited users. The purpose of this research is to design a module that meets the different needs of several users with the ability to create comfort for users. For this purpose, it was first eva‎luated the modules used in existing space cells for different uses. After comparing the modules using the matrix, those modules were selected that had characteristics in line with responding to the main criteria of this project according to the necessary and important criteria in the project. They reached the stage of composition, change and improvement in order to respond more fully and accurately to the needs and necessary energies during a reciprocating process in creating optimal forms by means of Grasshopper plugins. Finally, the spatial structures were designed in accordance with the specified specifications and details designed for various uses. The results obtained from this project show the reduction of serious damage to the environment and high speed and spending less money in applying and discarding the cells. As a result, a new and practical pattern was obtained to meet the needs of uses such as bus stations, urban canopies and temporary stores, rest areas, public spaces, and also as a part of the facade or the second shell on the facade.

سلول فضايي , چند عملكردي , مدولار , ساختار فضايي موقت

Spatial cell , multifunctional , Modular , temporary structure

Mahshid Heroabadi

Dr. Torkashvand