Contexte
In an increasingly global economy, metropolitan areas are basic components of economic competition and growth. Capital, labor pools, knowledge, infrastructures and their distribution within and across geographical space play a major role in the economic development and prosperity of metropolitan areas.As highlighted by the Economist, a report from the American think tank Brookings Institution shows that “the world's largest 300 metropolitan economies account for 19% of the global population and almost half the world's GDP. In the past decade, incomes and jobs tended to grow faster in these urban areas than their national averages”.
Despite international competition and free mobility of inputs like assets, raw materials and knowledge, location still plays a fundamental role as a competitive edge. As rail, port and road infrastructures were amongst the key factors when determining where to locate a new business or a new branch, scarce human resources are now part of the decision-making process.
As Joel Kotkin wrote in his book The New Geography (2012), “these changes profoundly alter the very nature of place and its importance by de-emphasizing physical factors...and placing greater emphasis on the concentration of human skills in dense concentrations of population”.
More resourceful than their non-metropolitan counterparts, metropolitan economies take advantage of bigger markets for good and services, have more specialized workers pools, and benefit from more advanced and reliable transportation and telecommunications services. In this context, metropolitan areas tend to be the main generators of economic prosperity and a breeding ground for innovative tech companies.
The 21st century metropolitan regions are being transformed and are embracing new technological, urban and mobility challenges. In order to successfully fit into the metropolitan booming transformation, a lot of existing cities will have to implement an effective, sustainable and tailor-made economic strategy. Shaping new urban patterns, preserving and enhancing their environment, and striking a balance between fast rates of urbanization and people’s quality of life are among the challenges to overcome.
The Smart Cities and Urban Policy Graduate Degree provides an in-depth understanding of new and transforming metropolitan areas and their competitive environments.
Objectif
In an increasingly global economy, metropolitan areas are basic components of economic competition and growth. Capital, labor pools, knowledge, infrastructures and their distribution within and across geographical space play a major role in the economic development and prosperity of metropolitan areas.They tend to be the main generators of economic prosperity and a breeding ground for innovative tech companies. Through tactical urbanism plans and development strategies, perpetually booming metropolitan areas are seeking to become smart and sustainable places. They are looking for efficient ways to optimize their full potential and successfully transition into «cities of the future». The Smart Cities and Urban Policy Graduate Degree provides an in-depth understanding of new and transforming metropolitan areas and their competitive environments.
Following the Ecole Polytechnique’s tradition of excellence in the applied sciences, Smart Cities and Urban Policy Graduate Degree is designed for students with a strong mathematical background and an interest in economics. The program involves applying advanced quantitative methods to the study of new and transforming metropolitan areas and their challenges.
For those who wish to obtain a rigorous, in-depth knowledge of economics challenges and are looking to use their technical skills in strategy and leadership oriented roles, this degree will provide the know-how to navigate the trends shaping the 21st metropolitan economies.
Teaching is resolutely professional-oriented, relying on a combination of methodological teachings and real-world case studies to uncover the hidden trends guiding the evolution of metropolitan areas. Courses include high-level scientific master classes taught by faculty from Ecole Polytechnique and our partner schools École des Ponts ParisTech and ENSAE.
contenu
Following the École Polytechnique’s tradition of excellence in the applied sciences, the Smart Cities and Urban Policy Graduate Degree is designed for students with a strong mathematical background and an interest in economics (see this page for further information about prerequisites).
For those who wish to obtain a rigorous, in-depth knowledge of metroeconomics challenges and are looking to use their technical skills in strategy and leadership-oriented roles, this degree will provide the know-how to navigate the trends shaping the 21st metropolitan economies. The program involves applying advanced quantitative methods to the study of new and transforming metropolitan areas and their competitive environments.
Teaching is resolutely professional-oriented, relying on a combination of methodological teachings and real-world case studies to uncover the hidden trends guiding the evolution of specific market segments and business models.
Courses include high-level scientific master classes taught by faculty from École Polytechnique and our partner school Ecole des Ponts ParisTech.
The Smart Cities and Urban Policy program emphasizes hands-on, experimental learning by inviting you into with the worlds of research and industry, notably through four to six-month internships.
The professional orientation of the program is strengthened by the strong and mutual links with industrial and institutional partners from various and relevant fields: real estate, finance, energy, international organizations and ministries. Institutions and companies such as The World Bank, SNI, EDF and SNCF are among the program partners – to name just a few.
domaines d'enseignement
Management, Innovation et Entrepreneuriat, Economie, Langues.métiers
The Smart Cities and Urban Policy program is tailored for students who intend to embark upon careers as executives, in the public and private sector. The program provides students with the knowledge, skills, and experience they need to gain to succeed in their career paths.Different career paths are available upon degree completion:
• Managerial positions in various industries such as transportation, energy, environment, commercial real estate, urban and infrastructure management and services.
• Economic advisory positions in local, regional, governmental and international institutions.
• Consultancy positions, in which case the market knowledge gained from the program will be invaluable.
débouchés
The Smart Cities and Urban Policy program is tailored for students who intend to embark upon careers as executives, in the public and private sector. The program provides students with the knowledge, skills, and experience they need to gain to succeed in their career paths.Different career paths are available upon degree completion:
• Managerial positions in various industries such as transportation, energy, environment, commercial real estate, urban and infrastructure management and services.
• Economic advisory positions in local, regional, governmental and international institutions.
• Consultancy positions, in which case the market knowledge gained from the program will be invaluable.
Parcours
- GD-SCUP-GD1 Smart Cities and Urban Policy - Graduate Degree 1A
- GD-SCUP-S1 GD SCUP - Semestre 1
- HFC550 Science and Technology Studies
- HFC553 Multicultural France
- ECO559 Urban Economics and Real Estate
- HFC551 The Myth of Paris (1830-Present)
- HFC552 Aspects of Comparative Commercial Law
- ECO572 Environmental economics
- ECO552 Econometrics I
- ECO554 Corporate Finance
- ECO556 Industrial Organization
- SPO501 Sports - 501
- HFC555 Economic Sociology
- HFC556 Introduction to French Politics
- ECO530 Refresher in Econometrics
- HFC558 Sociology of Gender and Work
- ECO531 Refresher in Microeconomics
- HFC554 Introduction to French literature
- HFC557 Sociology of energy transitions: innovation, socio-technical change and controversies in the energy sector
- GD-SCUP-S2 GD SCUP - Semestre 2
- HFC560B Science and Technology Studies
- HFC566B Introduction to French politics (Advanced)
- HFC568 Sociology of Gender and Work
- HFC567 Corporate Sustainability: How ethics & responsibility are driving investment & performance
- HFC562 Introduction to French Music
- HFC563 X-citing the spark
- ECO660 New Technologies and Sharing Economy
- INF569 Decision theory, with applications to energy systems
- ECO588 Digital Economics
- HFC567B Geopolitics
- HFC564 Introduction to French literature
- HFC569 Philosophy of Science Fiction
- MIE562 Case Studies on Innovation
- ECO564 Economics of Energy Sectors
- MIE569 Sustainable Strategy and Business Models
- ECO562 Econometrics II
- HFC566 Introduction to French Politics
- SPO502 Sports - 502
- HFC561 Introduction to French Cinema
- ECO567B Traffic and Transportation Systems in Urban Contexts
- HFC560 Paris in the Jazz Age
- MIE568 Sustainable development and systemic transition
- MIE564A Technology-based entrepreneurship and new business creation
- ECO512 Capstone Project
- ECO591 Research Project or Internship at a Company
- LGD01ESP Actualidad en el mundo hispanico
- LGD03ANG Human Beans
- LGD01FLE Langue française et civilisation (A1)
- LGD02FLE Langue française et civilisation (A2)
- LGD03FLE Langue française et civilisation (B1)
- LGD04FLE Langue française et civilisation (C1/C2)
- French Français
- English English
- LGD02ANG Scientific Writing
- LGD01ANG Cultural Agility
- INF569T Decision theory, with applications to energy systems - Tutorial
- PROJ590 MScT Academic Project
- GD-SCUP-S3 GD SCUP - Semestre 3
- HFC550 Science and Technology Studies
- HFC558 Sociology of Gender and Work
- ECO653 Urban services and utilities
- HFC555 Economic Sociology
- ECO654 Cities and Transportation
- ECO554 Corporate Finance
- ECO556 Industrial Organization
- ECO557 Market Design
- HFC553 Multicultural France
- HFC556 Introduction to French Politics
- HFC552 Aspects of Comparative Commercial Law
- HFC554 Introduction to French literature
- HFC551 The Myth of Paris (1830-Present)
- HFC557 Sociology of energy transitions: innovation, socio-technical change and controversies in the energy sector
- ECO-IREN Network Economics
- GD-SCUP-S4 GD SCUP - Semestre 4
- HFC560B Science and Technology Studies
- HFC566 Introduction to French Politics
- HFC569 Philosophy of Science Fiction
- HFC566B Introduction to French politics (Advanced)
- ECO665 GIS and public policies
- HFC568 Sociology of Gender and Work
- ECO680 Big Data
- HFC567 Corporate Sustainability: How ethics & responsibility are driving investment & performance
- HFC560 Paris in the Jazz Age
- HFC564 Introduction to French literature
- HFC567B Geopolitics
- HFC561 Introduction to French Cinema
- HFC563 X-citing the spark
- ECO567A Energy Economics with a Geography Focus
- ECO564 Economics of Energy Sectors
- ECO660 New Technologies and Sharing Economy
- INF569 Decision theory, with applications to energy systems
- HFC562 Introduction to French Music
- MIE568 Sustainable development and systemic transition
- ECO612B Python 2
- ECO-IREN-2 Transition énergétique et électromobité
- SPO602 Sports - 602
- ECO563 Financial Markets
- ECO611B Lecture Series in Finance and Economics for SCUP
- MIE503 Startup Deep Tech
- ECO691 Internship for Corporate Strategy for New Markets II (CSNM2)
- ECO612A Capstone Project : Paris climate action plan evaluation II
- ECO612B Python 2
- ECO-IREN-2 Transition énergétique et électromobité
- INF569T Decision theory, with applications to energy systems - Tutorial
- PROJ590 MScT Academic Project
- PROJ690 MScT Academic Project
- ECO691B Internship at a Company