The future city

Alive City is a multi-functional space that can be located anywhere in the world in 2050! By the use of intelligent dome, zero-energy towers and placing trees as well as a small lake, Alive City will be a leader in the field of sustainable design.

The huge dome is made of lots of triangular panels which play different roles, like solar panels, small turbines, LED panels or simply work as sunshades. The whole dome functions as a shield, preventing polluted air of Tehran (in this case) to enter this micro climate and keeps fresh air inside.

In order to make houses more private, residential towers are divided by vast balconies which can also be used for multiple purpose

Mohammad Hassan Mastery Farahani gained his master of architecture degree in Azad University Science and Research Branch and PHD in clinical psychology. In more than 18 years he has worked in multiple design fields, like architectural design (interior and exterior), landscape, urbanism and planning, parametric design and CG art and recently he became more interested in considering sustainable issues in his projects.

rked as project architect in some international architecture projects and won some international architecture competitions like Mirmiran Conceptual Design Award (Architecture and Cinema-2013, High-rise Architecture for Future-2015, Architecture, Light and Shadow-2017).

At the time he is working as a freelance architect and also collaborating with some architecture firms in different projects as project manager, chef of architecture atelier and designer. He is a multilingual person and can speak in English, Georgian, French and Russian Fluently.

Alive City is a multi-functional space that can be located anywhere in the world in 2050! By the use of intelligent dome, zero-energy towers and placing trees as well as a small lake, Alive City will be a leader in the field of sustainable design.

The huge dome is made of lots of triangular panels which play different roles, like solar panels, small turbines, LED panels or simply work as sunshades. The whole dome functions as a shield, preventing polluted air of Tehran (in this case) to enter this micro climate and keeps fresh air inside.

In order to make houses more private, residential towers are divided by vast balconies which can also be used for multiple purposes.

 

Wind Turbines

Converting the wind’s kinetic energy into electrical energy.

Solar Cell

Photovoltaic cell converts the energy of light directly into the electricity.

TV and monitoring

Most of panels are able to show and worked all together or each one by itself. This is one of the most valuable things that can make the city alive by separate inside of the Dome from outside.

Artificial Forest

Presence of such large number of plants, trees and shrubs.

Contributing to the cleaning of the air.

Contributing to absorbing CO2 and producing Oxygen.

Earthquake Building Resistance

The platform under whole of the Dome proofs from earthquake by acting like a fold slab and reduce the force of earthquake on towers, artificial forest and the lake.

Roof garden and Green walls

Regulate a building’s internal temperature.

Reduce stormwater runoff.

Mitigate the urban heat island effect.

Significant economic benefits, including a longer roof life and heating and cooling energy savings.

 Provide an opportunity for urban food production, and increasing urban biodiversity.

 

Park inside the Towers

 Connecting Slabs between Towers make yard and remaining Iranian Architecture.

  

Moving architecture

 Kinetic Architecture with moving walls and floors make towers to be responsible.