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Graduate Degree - Internet of Things : Innovation and Management Program (IoT)

Contexte

From mobile phones to watches, media platforms, utility grids and medical devices, connected objects are permeating all levels of industry and technology. As society becomes increasingly digitized, the data they generate enables new interactions and business models, with wide-reaching impacts on traditional economic systems and, even, social habits.

For 21st century companies, developing the strategies and skills required to make their products connected is imperative in order to avoid their own obsolescence. But how are those skills developed?

Whether a connected object is intended for mainstream consumption or a specific industry, companies face a wide range of questions beyond technical feasibility: what is the market potential for this object? Can it be assessed through Big Data analysis? Which selling price will ensure long-term profitability? What will be the costs of storing and analyzing the data generated by this object? How will this data be processed in compliance with the privacy and property laws of different countries and regions? What are the object’s potential impacts on its sociological and societal context? The success of a connected object depends on companies' ability to answer these questions right from the design stage.

The Internet of Things: Innovation and Management Program (IoT-IM) Graduate Degree is based on the Ecole Polytechnique’s trademark multidisciplinary approach and provides you with the necessary knowledge and expertise of the entire connected objects’ ecosystem - from the electronics to economics of connected objects. It is a complete program for future entrepreneurs, engineers and IT/IoT consultants with a passion for the internet of things, and the curiosity to investigate the many sectors that overlap within the field.

Objectif

As society becomes increasingly digitized, the data they generate enables new interactions and business models, with wide-reaching impacts on traditional economic systems and, even, social habits.

The Internet of Things: Innovation and Management (IoT-IM) Graduate Degree covers the wide-reaching impact of digitization and connected objects, on industry, business, technology and society. IoT-IM answers the growing demand for real expertise in connected objects among industry players, large and small and across large-scale networks.

Students benefit from the mentoring of engineers and scientists straddling the worlds of academia and industry and who are already working on the future of connectivity. Upon graduation, our students’ combination of technical, scientific and industry knowledge make them competitive for jobs in the most cuttingedge IoT startups, leading technology companies and global research centers.

The IoT-IM Graduate Degree provides you with the necessary knowledge and expertise of the entire connected objects’ ecosystem, from the electronics to  economics of connected objects. It is a complete program for future entrepreneurs, engineers and IT/IoT consultants with a passion for the internet of things, and the curiosity to investigate the many sectors that overlap within the field.

contenu

At École Polytechnique, we firmly believe that solid technical and scientific know-how must be complemented by a thorough understanding of the economic, regulatory and societal context, in order to form a complete and competent engineer. The Internet of Things: Innovation and Management Program aims to provide such an understanding through the study of six thematic pillars and how they apply specifically to the world of connected objects:

> Electronics: objects, captors, sensors, and more
> Communications: connectivity, data transmission
> Software Systems: embedded systems, cloud and data exploitation
> Law & Regulation: intellectual property, individual rights & data protection
> Management & Economics: monetization of data, business models, Innovation and entrepreneurship, Strategy, Project management
> Society & Sociology: behavioral interaction, social changes

The coursework of your degree will allow you to study with faculty members and work in the very laboratories where several of the communication protocols used for smart grids and software systems were invented. Co-tutoring opportunities will be available with our valued research and industrial partners, including EDF R&D and Cisco Systems, the latter of which also sponsors the École Polytechnique “Internet of Things” Chair.

domaines d'enseignement

Informatique, Langues, Management, Innovation et Entrepreneuriat.

métiers

IT/IoT consultant is an obvious choice as first career step. You may also join digital divisions of multinational companies. The Company Project as well as the internships that you will undertake will give you many opportunities to build your own professional network.

As you know, real expertise in connected objects is increasingly in demand with industry players large and small and wherever large-scale networks exist. French energy provider EDF, for example, is the world’s largest internet service provider (ISP), which may come as a surprise. However, through its subsidiary ERDF, a smart grid operator, it manages the world’s no.1 IPv6 network which pilots their smart grid.

The infrastructure industry’s use of connected objects has enabled it to stay at the forefront of smart grid management, while also inspiring its fair share of startups. Cisco Systems, a close partner of École Polytechnique and supporter of our research, holds a 30% share in the global router market and is heavily involved in the development of the connected objects sector.

Our location in the Paris-Saclay research and business cluster has developed a number of high-value partnerships with international companies which provide excellent opportunities for graduates. You will also benefit from the mentoring of engineers and scientists straddling the worlds of academia and industry and who are already working on the future of connectivity. Finally, like all of our graduates, you will have access to our rich alumni network and their professional contacts, located across France and around the world.

débouchés

IT/IoT consultant is an obvious choice as first career step. You may also join digital divisions of multinational companies. The Company Project as well as the internships that you will undertake will give you many opportunities to build your own professional network.

As you know, real expertise in connected objects is increasingly in demand with industry players large and small and wherever large-scale networks exist. French energy provider EDF, for example, is the world’s largest internet service provider (ISP), which may come as a surprise. However, through its subsidiary ERDF, a smart grid operator, it manages the world’s no.1 IPv6 network which pilots their smart grid.

The infrastructure industry’s use of connected objects has enabled it to stay at the forefront of smart grid management, while also inspiring its fair share of startups. Cisco Systems, a close partner of École Polytechnique and supporter of our research, holds a 30% share in the global router market and is heavily involved in the development of the connected objects sector.

Our location in the Paris-Saclay research and business cluster has developed a number of high-value partnerships with international companies which provide excellent opportunities for graduates. You will also benefit from the mentoring of engineers and scientists straddling the worlds of academia and industry and who are already working on the future of connectivity. Finally, like all of our graduates, you will have access to our rich alumni network and their professional contacts, located across France and around the world.

Parcours

  • GD-IOT-GD1 - Internet of Things : Innovation and Management Program (IoT) - Graduate Degree 1A
    • GD-IOT-S1 - GD IOT - Semestre 1
      • HFC551,
      • HFC552,
      • HFC553,
      • HFC555,
      • HFC556,
      • HFC557,
      • HFC558,
      • HFC564,
      • INF530,
      • INF533,
      • INF536-SEM,
      • INF557,
      • MIE554,
      • MIE555,
      • PHY559A
    • GD-IOT-S2 - GD IOT - Semestre 2
      • HFC561,
      • HFC563,
      • HFC565,
      • HFC566,
      • HFC567,
      • HFC569,
      • INF535,
      • INF536-SEM,
      • INF545,
      • INF566,
      • MIE567
    • INF590,
    • LGD01/02ESP,
    • LGD01ALL,
    • LGD01ANG,
    • LGD01FLE,
    • LGD02ANG,
    • LGD02FLE,
    • LGD03ANG,
    • LGD03FLE,
    • LGD04ANG,
    • LGD04FLE
  • GD-IOT-GD2 - Internet of Things : Innovation and Management Program (IoT) - Graduate Degree 2A
    • GD-IOT-S3 - GD IOT - Semestre 3
      • HFC555,
      • HFC652,
      • HFC655,
      • HFC657,
      • HFC658,
      • INF536-SEM,
      • INF553,
      • INF554,
      • INF559,
      • INF635,
      • MIE556,
      • PHY559A
    • GD-IOT-S4 - GD IOT - Semestre 4
      • ECO588,
      • HFC661,
      • HFC664,
      • HFC667,
      • HFC669,
      • INF536-SEM,
      • INF569,
      • INF582,
      • INF645,
      • PHY564D
    • INF690,
    • LGD01/02ESP,
    • LGD01ALL,
    • LGD01ANG,
    • LGD01FLE,
    • LGD02ANG,
    • LGD02FLE,
    • LGD03ANG,
    • LGD03FLE,
    • LGD04ANG,
    • LGD04FLE

Unités d'enseignement

UE Type d'enseignement Domaines Catégorie d'UE Volume horaire Responsables Site pédagogique
ECO588 Digital Economics PA - C5B Economie Marie-Laure Allain,
Marc Bourreau
HFC551 The Myth of Paris (1830-Present) PA - C8 Humanité et sciences sociales Isabelle Schaffner
HFC552 Aspects of comparative commercial law PA - C8 Humanité et sciences sociales Sabine Sultan
HFC553 Topics in Science, Technology, and Society PA - C8 Humanité et sciences sociales Luis Felipe Murillo
HFC555 Economic Sociology PA - C8 Humanité et sciences sociales Olivier Pilmis
HFC556 Introduction to French Politics PA - C8 Humanité et sciences sociales Pierre-Marc Renaudeau
HFC557 Introduction to Political Philosophy: Philosophy of Work PA - C8 Humanité et sciences sociales Maël Pégny
HFC558 EU Governance & policies: focus on Research and innovatio... PA - C8 Humanité et sciences sociales Lilian Cadet
HFC561 An Introduction to French Cinema PA - C8 Humanité et sciences sociales Isabelle Schaffner
HFC563 Multicultural France PA - C8 Humanité et sciences sociales Sarah Bouttier
HFC564 Sociology of energy transitions: innovation, socio-techni... PA - C8 Humanité et sciences sociales Claire Le Renard
HFC565 Culture and Technology PA - C8 Cynthia Tolentino
HFC566 Introduction to French Politics PA - C8 Humanité et sciences sociales Pierre-Marc Renaudeau
HFC567 Introduction to Political Philosophy: Philosophy of Work PA - C8 Humanité et sciences sociales
HFC569 Philosophy of Science Fiction PA - C8 Humanité et sciences sociales Jonathan Degenève
HFC652 Building the French Nation under conflicting identities PA - C8 Humanité et sciences sociales Nicolas Roussellier
HFC655 Economic Sociology PA - C8 Humanité et sciences sociales Olivier Pilmis
HFC657 Introduction to Political Philosophy: Philosophy of Work PA - C8 Humanité et sciences sociales Maël Pégny
HFC658 EU Governance & policies: focus on Research and innovatio... PA - C8 Humanité et sciences sociales Lilian Cadet
HFC661 Introduction to French music PA - C8 Humanité et sciences sociales Chantal Schütz
HFC664 Racial diversity PA - C8 Humanité et sciences sociales Marie des Neiges Léonard
HFC667 Introduction to Political Philosophy: Philosophy of Work PA - C8 Humanité et sciences sociales Maël Pégny
HFC669 Philosophy of Science Fiction PA - C8 Jonathan Degenève
INF530 Practical C & Java prog., Algo and Data Structures PA - C2B Informatique Philippe Chassignet
INF533 IoT Workshops PA - C8 Thomas Clausen
INF535 IoT Workshops - Mobile Code Crunch PA - C1 Informatique Thomas Clausen,
Juan-Antonio Cordero-Fuertes
INF536-SEM IoT Seminars PA - C8 Thomas Clausen
INF545 Independent IoT Project PA - C8 Thomas Clausen
INF553 Database Management Systems PA - C6B Informatique UE d'approfondissement, UE de projet. 36 Pierre Bourhis,
Ioana Manolescu,
Benoît Groz
INF554 Machine learning I PA - C2B Informatique Christos Giatsidis,
Jesse Read,
Michalis Vazirgiannis,
Nikolaos Tziortziotis
INF557 From the Internet to the IoT: Fundamentals of Modern Comp... PA - C4B Informatique Thomas Clausen,
Philippe Chassignet
INF559 Architecture des ordinateurs et systèmes d'exploitation PA - C3B Informatique Francesco Zappa Nardelli
INF566 Internet : from Fundamentals to Reality PA - C4B Informatique Thomas Clausen,
Mark Townsley
INF569 Modeling and Analysis of Cyber - Physical Systems PA - C3B Informatique Sylvie Putot
INF582 Introduction to Text Mining and NLP PA - C5B Informatique Michalis Vazirgiannis
INF590 Internship for IoT Stages
INF635 Independent IoT Project PA - C8 Thomas Clausen
INF645 IoT Project & Workshops PA - C8 Thomas Clausen
INF690 Internship for IoT Stages
LGD01/02ESP Actualidad en el mundo hispanico Langues Langues Cristina Marinas,
Jean-Baptiste Thomas
LGD01ALL Deutschland: Alltag und Kultur (B2) Langues Langues Heidi Knörzer
LGD01ANG Critical Thinking Langues Langues Meghann Cassidy
LGD01FLE Langue française et civilisation (A1) Langues Langues Sabrina Petitjean
LGD02ANG Good News, Bad News, Fake News Langues Langues Julie Mc Donald
LGD02FLE Langue française et civilisation (A2) Langues Langues Brigitte Rémer
LGD03ANG Research Methods Langues Langues Marie des Neiges Léonard
LGD03FLE Langue française et civilisation (B1) Langues Langues Brigitte Rémer
LGD04ANG Negociations and Globalisation Langues Langues Aude Attuel-Hallade
LGD04FLE Langue française et civilisation (B2) Langues Langues Brigitte Rémer
MIE554 Business Models in the Digital Era PA - C7 Management, Innovation et Entrepreneuriat Thierry Rayna
MIE555 Fundaments of Strategy & Innovation PA - C5B Management, Innovation et Entrepreneuriat Benjamin Lehiany,
Cécile Chamaret
MIE556 Marketing and Strategie Introduction PA - C6B Management, Innovation et Entrepreneuriat Philippe Ginier-Gillet
MIE567 Corporate Finance for the Entrepreneur (P2) PA - C3B Management, Innovation et Entrepreneuriat Nicolas Mottis
PHY559A Conception de circuits intégrés numériques et analogiques PA - C1 Physique Christophe De La Taille,
Yvan Bonnassieux
PHY564D Sensor and Transducers : from Macro to Nano PA - C8 Physique Bérengère Lebental
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