Mobilité et Urbanisme from edX

What's inside

Learning objectives

Les sessions sont organisées en deux temps : (1) une présentation théorique et conceptuelle des transformations récentes de la mobilité et, (2) la présentation d'une recherche ou d'une étude en rapport avec le thème de la session. ce double positionnement permet ainsi aux étudiants d'accéder à un contenu conceptuel stabilisé et de comprendre les "recherches en cours".

Les sessions abordent les questions de la définition de la mobilité, des outils de mesure et de connaissance de la mobilité et des déplacements, des approches renouvelées du choix modal, des liens entre mobilité et modes de vie urbains, et enfin de l'action publique dans le domaine de la mobilité.

Les sessions sont organisées en deux temps : (1) une présentation théorique et conceptuelle des transformations récentes de la mobilité et, (2) la présentation d'une recherche ou d'une étude en rapport avec le thème de la session. ce double positionnement permet ainsi aux étudiants d'accéder à un contenu conceptuel stabilisé et de comprendre les "recherches en cours".
Les sessions abordent les questions de la définition de la mobilité, des outils de mesure et de connaissance de la mobilité et des déplacements, des approches renouvelées du choix modal, des liens entre mobilité et modes de vie urbains, et enfin de l'action publique dans le domaine de la mobilité.

Syllabus

Le cours est subdivisé en 7 semaines contenant environ une à deux heures d’exposés:

Préambule

Mobilité et urbanisme

Introduction aux exercices

1. La transformation des territoires par la mobilité

L’objectif de ce premier module est de montrer comment les territoires se sont progressivement transformés en lien avec l’évolution de potentiels de vitesses procurés par les systèmes de transports rapides, puis les technologies de l’information et de la communication.

Transformation des territoires par la mobilité

Partie 1 - la jonction Nord-Midi

Partie 2 - l'Expo58 et le tout à la voiture

Partie 3 - le piétonnier de Bruxelles

Transport aérien et métropolisation

Le rail qui transforme la ville

2. La transformation des modes de vie urbains

La mobilité est une composante essentielle des modes de vies et les séquences qui composent ce second module se saisissent de cette question à en montrant la diversité des modèles d’aspirations en matière de mobilité dans les sociétés contemporaines.

La transformation des modes de vie

Le choix résidentiel des ménages

L'effet barbecue

Le développement de la mobilité douce

Mesure de la mobilité

3. De la nécessité de redéfinir la mobilité

L’objectif de cette troisième semaine de cours est d’identifier les qualités conceptuelles que doivent avoir les outils de description des flux et des déplacements pour répondre aux enjeux de l’aménagement du territoire et de l’urbanisme contemporain. Elle consiste en une série de discussions théoriques autour du concept de mobilité.

Comment définir la mobilité ?

La mobilité entre mouvement, signification et pratiques

Qu'est ce que le -tournant de la mobilité-

Les grands mobiles ou les grands sédentaires

L'appropriation du temps de déplacement

4. Le potentiel de mobilité et son appréhension

L’objet de ce quatrième module est de proposer une conception de la mobilité qui réponde aux discussions et critiques formulées lors du cours précédent.

La motilité

Santiago du Chili son système de bus rapides

L'ingénierie par la séduction

Quelle motilité pour la grande mobilité liée au travail ?

5. Le choix modal et son appréhension

Influencer l’utilisation des différents moyens de transport dans la vie quotidienne est un objectif central des politiques de transports urbains en Europe depuis plusieurs décennies. Cette cinquième semaine de cours propose de se saisir de cette question – le choix modal – à partir de la conception de la mobilité proposée au cours.

Comprendre les pratiques modales

Le choix modal à Genève, Lausanne et Berne

Devenir Altermobile

Agrandir les autoroutes permet-il de réduire le trafic

Les transports individuels collectifs

6. Mobilité et urbanisme

Ce sixième module a pour objet de décrire comment le processus d’interaction systémique entre les trois catégories d’opérateurs de la mobilité produit matériellement des tissus et des espaces publics urbains.

Mobilité et fabrique urbaine

L'adhérence

L'in-adhérence du tramway d'Alger

La mobilité entre fragmentation urbaine et l'espace public

7. Territoires, réseaux et formes de l'urbanisation

Dans ce dernier module, la problématique de la fabrication des tissus est transposée à l’échelle des grands territoires.

Territoires, réseaux et formes de l'urbanisation

Pôle multimodal Schuman à Bruxelles

La renaissance du tramway en France

Un tramway nommé délire

La mobilité dans les nouveaux projets métropolitains

Good to know

Know what's good

, what to watch for

, and possible dealbreakers

Le cours est mis à jour régulièrement et les dernières tendances et avancées dans le domaine de la mobilité urbaine sont intégrées

Ce cours est dispensé par des enseignants-chercheurs renommés, dont les travaux de recherche sont largement reconnus dans le domaine de la mobilité urbaine

Il fournit une base solide pour comprendre les concepts fondamentaux de la mobilité urbaine et les enjeux liés à son évolution

Le cours aborde les liens entre la mobilité et les modes de vie urbains, ce qui permet aux apprenants de comprendre l'impact de la mobilité sur la vie quotidienne des individus

Le cours couvre un large éventail de sujets liés à la mobilité urbaine, notamment les politiques publiques, la planification des transports et l'aménagement urbain

Le cours se concentre sur des études de cas réels et des exemples concrets, ce qui permet aux apprenants d'appliquer les concepts théoriques à des situations pratiques

Career center

Learners who complete Mobilité et Urbanisme will develop knowledge and skills that may be useful to these careers:

Transportation Planner

Transportation Planners develop plans and programs that help to improve the transportation system in a given area. They work with engineers, architects, and other professionals to design new roads, highways, and other transportation infrastructure. This course may be useful to Transportation Planners, as it provides an overview of the relationship between mobility and transportation planning. The course also covers topics such as traffic engineering, public transportation planning, and environmental planning, which are all important considerations for Transportation Planners.

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Environmental Engineer

Environmental Engineers design and implement solutions to environmental problems, such as air pollution, water pollution, and climate change. They work with scientists, engineers, and other professionals to develop new technologies and policies to protect the environment. This course may be useful to Environmental Engineers, as it provides an overview of the relationship between mobility and environmental planning. The course also covers topics such as transportation planning, land use planning, and energy planning, which are all important considerations for Environmental Engineers.

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Geographic Information Systems (GIS) Analyst

GIS Analysts use geographic information systems (GIS) to create maps and other visual representations of data. They work with scientists, engineers, and other professionals to analyze data and solve problems. This course may be useful to GIS Analysts, as it provides an overview of the relationship between mobility and GIS. The course also covers topics such as transportation planning, land use planning, and environmental planning, which are all important considerations for GIS Analysts.

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Operations Analyst

Operations Analysts develop and implement plans and programs that help organizations to improve their efficiency and productivity. They work with managers, engineers, and other professionals to identify and solve problems. This course may be useful to Operations Analysts, as it provides an overview of the relationship between mobility and operations management. The course also covers topics such as transportation planning, land use planning, and energy planning, which are all important considerations for Operations Analysts.

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Civil Engineer

Civil Engineers design and build infrastructure projects, such as roads, bridges, and buildings. They work with architects, urban planners, and other professionals to ensure that infrastructure projects are safe, efficient, and environmentally friendly. This course may be useful to Civil Engineers, as it provides an overview of the relationship between mobility and civil engineering. The course also covers topics such as transportation engineering, structural engineering, and environmental engineering, which are all important considerations for Civil Engineers.

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Sustainability Manager

Sustainability Managers develop and implement plans and programs that help organizations to reduce their environmental impact. They work with employees, customers, and suppliers to promote sustainable practices. This course may be useful to Sustainability Managers, as it provides an overview of the relationship between mobility and sustainability. The course also covers topics such as transportation planning, land use planning, and energy planning, which are all important considerations for Sustainability Managers.

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Project Manager

Project Managers plan, execute, and close projects. They work with team members, stakeholders, and other professionals to ensure that projects are completed on time, within budget, and to the required quality standards. This course may be useful to Project Managers, as it provides an overview of the relationship between mobility and project management. The course also covers topics such as transportation planning, land use planning, and energy planning, which are all important considerations for Project Managers.

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Construction Manager

Construction Managers oversee the construction of new buildings and infrastructure projects. They work with architects, engineers, and other professionals to ensure that projects are completed on time, within budget, and to the required quality standards. This course may be useful to Construction Managers, as it provides an overview of the relationship between mobility and construction management. The course also covers topics such as transportation planning, land use planning, and energy planning, which are all important considerations for Construction Managers.

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Real Estate Developer

Real Estate Developers acquire and develop land for residential, commercial, and industrial use. They work with architects, engineers, and other professionals to design and build new properties. This course may be useful to Real Estate Developers, as it provides an overview of the relationship between mobility and real estate development. The course also covers topics such as transportation planning, land use planning, and energy planning, which are all important considerations for Real Estate Developers.

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Data Analyst

Data Analysts collect, clean, and analyze data to help businesses make better decisions. They work with scientists, engineers, and other professionals to develop new products and services. This course may be useful to Data Analysts, as it provides an overview of the relationship between mobility and data analysis. The course also covers topics such as transportation planning, land use planning, and environmental planning, which are all important considerations for Data Analysts.

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Program Manager

Program Managers oversee the implementation of programs that are designed to achieve specific goals. They work with team members, stakeholders, and other professionals to ensure that programs are implemented effectively and efficiently. This course may be useful to Program Managers, as it provides an overview of the relationship between mobility and program management. The course also covers topics such as transportation planning, land use planning, and energy planning, which are all important considerations for Program Managers.

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Financial Analyst

Financial Analysts evaluate the financial performance of companies and make recommendations to investors. They work with accountants, economists, and other professionals to analyze data and make investment decisions. This course may be useful to Financial Analysts, as it provides an overview of the relationship between mobility and financial markets. The course also covers topics such as transportation planning, land use planning, and energy planning, which are all important considerations for Financial Analysts.

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Investment Banker

Investment Bankers help companies to raise money by issuing new stock or bonds. They work with financial analysts, lawyers, and other professionals to prepare and execute financial transactions. This course may be useful to Investment Bankers, as it provides an overview of the relationship between mobility and financial markets. The course also covers topics such as transportation planning, land use planning, and energy planning, which are all important considerations for Investment Bankers.

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Consultant

Consultants provide advice and support to businesses and organizations. They work with clients to identify and solve problems, and to develop and implement new solutions. This course may be useful to Consultants, as it provides an overview of the relationship between mobility and business. The course also covers topics such as transportation planning, land use planning, and energy planning, which are all important considerations for Consultants.

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Urban Planner

Urban Planners develop plans and programs that help shape the development and growth of cities and towns. They work with architects, engineers, and other professionals to design new communities and neighborhoods, and to improve existing ones. This course may be useful to Urban Planners, as it provides an overview of the relationship between mobility and urban planning. The course also covers topics such as land use planning, transportation planning, and environmental planning, which are all important considerations for Urban Planners.

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