Speakers | SALON MÉDITERRANÉEN DU BÂTIMENT

DISCOVER The speakers of the scientific forum

Part 1: Ecology & Sustainable Development

Mrs. Saloua Ferjani

Urban planner architect doctor of Heritage Sciences, Assistant Master at ENAU

Mrs. Saloua Ferjani

Urban planner architect doctor of Heritage Sciences, Assistant Master at ENAU

"Tunisian cities, state of play and challenges of sustainable and inclusive development"

Saloua Ferjani, urban architect, master assistant in ARCHITECTURE

RESUME

According to World Bank reports, 56% of the world's population, or 4.4 billion inhabitants, live in cities. This trend will continue: by 2050, with the doubling of the current number of urban dwellers, practically seven out of ten people in the world will live in urban areas.

In Tunisia, between 2008 and 2018, the urbanization rate increased from 66% to 69% with three major features as characteristic: first of all the primacy of the capital Tunis, then the weakness of medium-sized cities and finally the plethora of small towns.

Despite the historical, natural and urban potential of Tunisian cities, their current form is beyond any form of control. On the contrary, the state of the place shows a high consumption of agricultural space, an alteration of urban and rural landscapes, a disruption of land patterns, a high additional demand for housing, without prior reflection on the services and infrastructure necessary for the proper functioning of cities. This chaotic state is further aggravated by the problems of traffic, pollution, energy consumption and social inequalities.

All the experts agree on the discrepancy between our urban policies, our planning tools and the reality on the ground. They wondered how Tunisian cities with their diversities, their differences and their realities can rise to the challenge and be inclusive, resilient and bearers of a charter of values. How the participatory approach can be an alternative to reconciliation between the conceived and the lived. How can she put man back at the center of the concerns of the politician, the planner and the city manager for a better quality of life and to preserve his dignity and his safety.

Ferdaws BELCADHI

Maître de conférences ENAU Docteure habilitée en architecture

Mr. Abdelaziz KILANI

IZET RADES

Part 2: Urban Planning & Legislation

Mohamed KSANTINI

Senior lecturer IPEIS; ENIS

Mohamed KSANTINI

Senior lecturer IPEIS; ENIS

The Intelligent Artificial Intelligence (IA) is in the train of revolutionary sector leaders, without any connection. I offer a powerful and convenient way to improve efficiency, productivity and durability of the devices.
It may be applied to all aspects of the life cycle of a child, such as conception and exploration.

At conception, the IA may be used to optimize energy performance, security and comfort of babies. It can also be used to create 3D models due to installations, which allows architects and engineers to test different designs and identify effective problems during construction.
In construction, the IA can be used to automatize certain touch screens, tell you the security plan, stock gesture and security. It can also be used to improve the quality of the clothes and remove the coats.
In exploitation, the IA can be used to cover gas, ventilation and climate systems (CVC), security and equipment. It can also be used to collect and analyze donations on player performances, which allows you to identify the opportunities for use.
We offer a certain number of advances for the battery section, noting:
One more effective way: the IA can automate certain touch screens, which allows you to edit certain times and sources for touch screens.
• A better productivité: The IA peut optimizes the process, which allows you to improve the productivité.
One of the most difficult ones: the IA can be used to improve the energy performance of the batteries, which contributes to reducing the gas emissions to the effect of the service.
A better security: The IA can be used to improve the security of the devices, and to detect powerful risks and prenant corrective measures.
It is an emerging technology, and there is a certain device number at the end for the application in the battery section. This comprennent device:
La disponibilité des données: l'IA nécessite de larges quantités de données pour fonctionner efficacement.
L'évolutivité: The IA does not have the ability to adapt to changes, so that the evolution of revolutions or technologies.
Acceptance by users: IA should be accepted by users, which may include any advances.

Mr. Hamed BEN DHIA

Senior research professor, University of Sfax

Mr. Mohamed MEDHAFFAR

Prof Laboratory Environmental Engineering Ecotechnology - ENIS

Mr. Boubaker ELLEUCH

Environmental Engineering Laboratory Ecotechnology - ENIS

Mr. Slim CHOURA

President of the Engineering Sciences Council - ILO Former Minister of Higher Education

M. Mohamed Aziz DARGOUTH

Member of the Engineering Science Council - ILO

Mr. Ali RHOUMA

Professor Senior Project Manager-prima Foundation, en in charge of the water, energy, food and ecosystems relationship Project

Part 3 : Technology

Mr. Amine MASSAOUD

President of the KNX UC Tunisia Association, Certified KNX Trainer

Mr. Karim BEDDIAR

Regional Director of Research and Innovation at CESI – France

Mohamed KSANTINI

Senior lecturer IPEIS; ENIS

Mohamed KSANTINI

Senior lecturer IPEIS; ENIS

The Intelligent Artificial Intelligence (IA) is in the train of revolutionary sector leaders, without any connection. I offer a powerful and convenient way to improve efficiency, productivity and durability of the devices.
It may be applied to all aspects of the life cycle of a child, such as conception and exploration.

At conception, the IA may be used to optimize energy performance, security and comfort of babies. It can also be used to create 3D models due to installations, which allows architects and engineers to test different designs and identify effective problems during construction.
In construction, the IA can be used to automatize certain touch screens, tell you the security plan, stock gesture and security. It can also be used to improve the quality of the clothes and remove the coats.
In exploitation, the IA can be used to cover gas, ventilation and climate systems (CVC), security and equipment. It can also be used to collect and analyze donations on player performances, which allows you to identify the opportunities for use.
We offer a certain number of advances for the battery section, noting:
One more effective way: the IA can automate certain touch screens, which allows you to edit certain times and sources for touch screens.
• A better productivité: The IA peut optimizes the process, which allows you to improve the productivité.
One of the most difficult ones: the IA can be used to improve the energy performance of the batteries, which contributes to reducing the gas emissions to the effect of the service.
A better security: The IA can be used to improve the security of the devices, and to detect powerful risks and prenant corrective measures.
It is an emerging technology, and there is a certain device number at the end for the application in the battery section. This comprennent device:
La disponibilité des données: l'IA nécessite de larges quantités de données pour fonctionner efficacement.
L'évolutivité: The IA does not have the ability to adapt to changes, so that the evolution of revolutions or technologies.
Acceptance by users: IA should be accepted by users, which may include any advances.

Mr. Michal SZOPA

Product Owner of SIMLAB, Poland