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  • Plan du site
    de thèses et post doc Mission complémentaire Postes Formation Continue Bibliothèque Campus Paris Saclay Les objectifs du projet Le campus en détails Le réseau des Centraliens Formations Programme ingénieur Le cursus en détail Parcours Alternance Parcours Recherche Parcours Data Sciences Parcours Entrepreneuriat Parcours Digital Construire son projet professionnel Internationaliser et compléter son cursus Pédagogie par projets Doubles diplômes 1re année 2e année 3e année Frais de scolarité Admissions Témoignages Centrale Talents Master Domaines scientifiques Le M1 une spécificité Mention Economie de l Environnement de l Energie et des Transports Mention Génie Civil Mention Énergie Master Énergie nucléaire MENTION MATHÉMATIQUES Mention Informatique Mention Génie industriel Mention Sciences et Génie des matériaux Mention Génie des Procédés Mention MECANIQUE Mention Electronique énergie électrique automatique Mention Physique Frais de scolarité Bourses Candidature Infos Inscriptions Mastères Spécialisés Un MS à Centrale Paris Decouvrir les MS MS Temps plein MS Temps partiel Admission Budget type Bourses Témoignages et présentations École Doctorale MSc in Data Science Program overview Courses Admission Faculty Career Executive Education Collège des Hautes Etudes de l Environnement et du Développement Durable Education en ligne Départements d enseignement Mathématiques Physique Mécanique Génie civil Technologies de l Information et Systèmes Avancés Procédés Sciences de l entreprise Énergétique Leadership métiers de l ingénieur Sciences humaines et sociales Langues et Cultures Sports Aides financières Entrepreneurship Centrale La Fabrique le Fab Lab de Centrale Paris L Institut d Open Innovation Recherche Centre de recherche Un réseau d excellence Vocation de la Recherche Fédération de Mathématiques FR CNRS 3487 Collège des Sciences de l Ingénierie et des Systèmes Faits marquants Laboratoires EM2C SPMS MSSMAT LGPM MICS LGI LPQM CVN Ecole Doctorale Admission et frais d inscription Soutenances de thèses Appel à candidatures pour les contrats doctoraux Recrutement Contrat doctoral Publications Chaires d entreprises Portraits de chercheurs Entreprises Partenariats de

    Original URL path: http://www.ecp.fr/op/c49bms/home/plan_du_site (2015-12-30)
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  • About Centrale Paris
    governments and institutions of today and tomorrow These men and women will know how to respond to the issues of their age using the science and technology It continues to prove this by developing its alliances with the most prestigious companies universities and research centres in France and throughout the world And by successfully exporting its model overseas through the creation of the École Centrale in Beijing It is in this same spirit with this same enthusiasm that we will continue to develop in order to train increasingly outstanding leaders Hervé Biausser director of Centrale Paris Key figures Centrale Paris Engineering Program 1789 student engineers with 255 in sandwich year Class of 2014 492 Class of 2015 539 Class of 2016 503 including 515 international students and 353 female students 40 of Centrale s graduates have received dual degrees Advanced Master 18 programs 347 students of which 102 from abroad Master 5 fields of concentration M1 and M2 146 students including 45 student engineers and 89 international students Doctoral Studies 223 doctoral candidates including 135 from abroad 50 graduating per year Teaching and Administrative Staff 232 full time faculty 126 faculty researchers and full time researchers 18 CNRS 900 adjunct faculty 304 administrative staff members 11 Departments 7 Third year Options 6 Career Tracks CAMPUS 18 hectare campus 58 645 m2 Overall Surface Area To download Annual Report Key Figures M ajor academic partnerships The Centrale Paris Supélec alliance The College of Engineering and Systems Sciences The PRES UniverSud Paris ESSEC the partner of reference The Écoles Centrales group See more M ajor global challenges Major global challenges structured around six general themes Energy Environment Health and Biotechnologies Information and Knowledge Territorial Development Transport and Mobility Economic changes See more C ommunity Commitment Significant involvement in assisting the disabled Social

    Original URL path: http://www.ecp.fr/home/page-19050.html (2015-12-30)
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  • A Word from the Director
    Engineers for the Major Challenges of the 21st Century In order to understand and confront the major challenges of the 21st century the world increasingly needs engineers and especially three dimensional ones i e engineers who are scientifically and technically trained to the highest standard who are also experts at initiating and overseeing innovative projects and fully prepared to work in diverse international contexts Indeed companies governments and institutes need personnel capable of creating balanced development strategies that integrate the major environmental and social issues of our time The ultimate aim is to provide access to energy water food healthcare and information to the 9 billion men and women who will people this planet by 2050 two thirds of whom will live in cities This is the challenge that École Centrale Paris took up when it decided to thoroughly overhaul its pedagogical programme each subject is now situated in a global context taking care to present students with its particular applications and challenges Such an orientation requires that lecture classes be replaced by a new form of teaching which combines academic rigor and hands on experience raising student awareness of major challenges while emphasizing individual development and leadership It also demands the cultivation of international partnerships and even the creation of sister schools like Centrale Beijing so that our engineers will be fully prepared to work in multicultural contexts Finally it requires a considerable expansion of our research and teaching activities in those fields that relate most directly to the major challenges confronting our planet Our educational agenda must continue to be governed by the conviction that future generations will be able to meet the key challenges of the 21st century thanks to a new breed of enlightened engineers capable of harnessing the power of science and technology for the

    Original URL path: http://www.ecp.fr/lang/en/home/A_french_Grande_Ecole/a_word_from_the_director (2015-12-30)
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  • The degree in engineering
    About Centrale Paris A French Grande École The French Ingénieur A Word from the Director The French Ingénieur Key figures The French ingénieur In France the ingénieur diplômé the qualification given to a graduate engineer corresponds to a very high level of training and includes the acquisition of a large number of varied skills The main characteristics of an ingénieur diplômé are Wide knowledge of numerous scientific and technical disciplines that guarantees his or her adaptability to rapidly changing technologies Trained scientific mind and a rigorous way of thinking Solid cultural and intellectual background Comfortable grasp of economics and social sciences Personal experience of industry thanks to internships related in industry and school activities Experience of working in a team on a project especially through research activities International open mindedness and a marked interest in current affairs in general High management potential The number of years of study required to obtain the diplôme d ingénieur is five years after the Baccalaureate examinations The degree course is divided into two parts of two and three years respectively each of which has its own rigorous selection procedures Contact Direction Phone 33 1 41 13 10 00 Fax 33 1 41 13 10

    Original URL path: http://www.ecp.fr/the-french-ingenieur (2015-12-30)
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  • Key figures
    Chair PSA Peugeot Citroën BNP Paribas Chair of Operational Efficiency and Management Systems Chair in oxy combustion Air Liquide Sustainable construction and innovation Chair Bouygues Construction BNP Paribas Chair of Quantitative Finance Center of Excellence for Clean Biotechnologies with the Champagne Ardenne Region the Marne department and Reims Métropole Chair in Complex Systems and the Energetic Challenge EDF Robustesse Contrôle et modélisation systèmes embarqués aéronautiques Safran Supélec Risques Achats dans les Projets Complexes Total Manufacturing Logistic Management Faurecia System Modelling Design Chair AIRBUS GROUP Chair of Supply Chain Management Carrefour and Louis Vuitton Malletier Centrale Paris is a member of the following networks France CentraleSupélec École Centrale Paris Supélec Alliance College of Engineering and Systems Sciences with Supélec the ENS Cachan and Paris SudI Paris Saclay University École Centrale Paris ESSEC Alliance Écoles Centrales Group Paris Lyon Lille Nantes Marseille and Centrale Beijing International T I M E Top Industrial Managers for Europe CESAER Erasmus Mundus Mahindra École Centrale Hyderabad opening 2014 École Centrale Casablanca opening 2015 CAMPUS 18 hectare campus 58 645 m2 Overall Surface Area Academic Instruction 11 Departments Mathematics Physics Mechanics Civil Engineering Advanced Information Systems Processes Management Science Energetics Human and Social Sciences Engineering Leadership Languages and Cultures 9 foreign languages offered students are required to take 2 Sports Third year Options and Career Tracks 7 Options Sustainable Civil Engineering and Urbanism Energy Industrial Engineering Computing and Advanced Systems Engineering Applied Mathematics Mechanical and Aerospace Engineering Applied Physics 6 Career Tracks Centrale Entrepreneurs Innovative Systems Development Industrialisation International Projects Management Operations Management Research Strategy and Enterprise Finance RESEARCH Key Research Figures 10 5M budget 1M of investment year 16 000 m2 of operating space 264 publications in international refereed journals CNRS Rank A 126 faculty researchers and full time researchers 18 CNRS 85 engineers technicians and

    Original URL path: http://www.ecp.fr/lang/en/home/A_french_Grande_Ecole/Key_figures (2015-12-30)
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  • Energy challenge
    a Chair of Excellence in Industrial Biotechnologies based at Châtenay Malabry and Reims Industrial Engineering Laboratory LGI http www lgi ecp fr pmwiki php Physical Properties of Materials and Modelling Laboratory SPMS http www spms ecp fr The School also has two Chairs in the field of energetics The EDF Chair Systems sciences and energy challenges in collaboration with Supélec The Centre for Excellence in Industrial Biotechnologies located at Châtenay Malabry and at Reims Third year Options Career Tracks Masters Advanced Masters Engineer programme The School has an option dedicated to energetics in partnership with Supélec Other options also introduce this challenge Physics and Applications Mechanics Aeronautics and Space Environment Materials and Life Science Sustainable Development and Construction Masters Energetics is a theme introduced in two of the Ecole Centrale Paris Masters Master in Engineering Sciences Field of Energy ENE Master in Nuclear Energy in English Advanced Masters The School offers 4 Masters introducing the subject of energy Structure and Aeronautic Systems Sustainable Development and Construction Civil Engineering of Major Energy Installations Dynamics and Automotive Modeling Courses Core courses EN1100 Heat Transfer EN1300 Applied Thermodynamics TC S6 Electives EN1110 Applied Heat Transfer elective S7 EN1120 Heat Transfer elective S8 EN1200 Fluid Mechanics electives S S7 and S8 EN1400JA Combustion modeling and simulation elective S8 EN1500IA Nuclear engineering elective S8 EN1600KA Renewable Energy elective S8 EN 1920 Aerodynamics and Energy Science Laboratory experimental activity S5 S6 EN2910 ME Aircraft Design elective S8 PR4300 Cogeneration and Energy Production elective S8 Conferences The Challenges conference programme for 2010 2011 was as follows Introductory conference Jean Taine Professor at the Ecole Centrale Paris Christian Fontanel Director Synergies Transformation EDF Group as well as 8 teaching conferences about energy in buildings hydrogen energy energy and climate change electrical systems the cycle of nuclear combustion the

    Original URL path: http://www.ecp.fr/lang/en/home/the__challenge__project/energy_challenge (2015-12-30)
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  • Environment challenge
    MICS http www mas ecp fr new Industrial Engineering Laboratory LGI http www lgi ecp fr pmwiki php Options courses Advanced Masters and Masters Engineering course The School has an option dedicated to this subject Environment Materials and Life Science Other options also introduce this challenge Energy joint option with Supélec Industrial Engineering Physics and Applications Sustainable Development and Construction Master Sustainable development is a theme introduced in 4 of the Ecole Centrale Paris Masters Field of Applied Sciences Speciality Processes Environment and Biotechnology Speciality Civil Engineering and Environment Speciality Nanosciences Field of Energy ENE Speciality Energy materials and processes Speciality Electrification and automobile propulsion Field Applied Mathematics and Information Sciences speciality Modeling and simulation Master in Nuclear Energy in English Advanced Masters The School offers a Master in the field of sustainable development Sustainable Development and Construction Courses Common track Electives PR2100 Water Treatment and Underground Water Protection PR2940 Chemical and Environmental Engineering Laboratory PR3100 Design of Industrial Processes for Energy the Environment and Biotechnologies 1 PR3100 Design of Industrial Processes for Energy the Environment and Biotechnologies 2 PR4300 Cogeneration and Energy production PR5110 Life Sciences and Biotechnology Conferences The Challenges conference programme for 2010 2011 was as follows Introductory conference Valérie Masson Delmotte CEA GIEC Climatic warming as well as 8 teaching conferences about The financial sector and sustainable development The environment and waste materials in the nuclear industry Climatic change adaptation and scepticism Water Waste Methanisation Desalination of sea water Sustainable suburbs Companies incubated at Centrale Paris Companies now incubated or which have left the incubator Agora energy recovers energy from moving crowds transforms walking into electricity http www agoraenergy fr Alterrya produces electricity and green forms of heat http www alterrya com Aqua Omnes is developing a technology for low cost desalinisation http www centraleparis incubateur

    Original URL path: http://www.ecp.fr/lang/en/home/the__challenge__project/environment_challenge (2015-12-30)
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  • Health and Biotechnologies challenge
    budget is faster than that of the activity which generates the means to meet it The French health budget represents approximately two thirds of the State budget It is therefore a key sector and engineers need to be able to bring to it the skills in procedures and networks that they have already acquired in industry and services Associated laboratories Chemical Engineering Laboratory LGPM EA 4038 Within this framework the School has created a centre of excellence in industrial Biotechnologies based in Châtenay Malabry and Reims Applied Mathematics and Systems Laboratory MAS EA 4037 Industrial Engineering Laboratory LGI EA 2606 Physical Properties of Materials and Modelling Laboratory SPMS CNRS UMR 8580 Options courses Advanced Masters and Masters Engineering course Two options in the 3rd year specifically include biotechnologies They are Environment Materials and Life Science OEV Applied Mathematics option OMA The Applied Physics and Energy options also introduce these themes Master Biology and biotechnologies are more specifically raised in two of the Ecole Centrale Paris Masters degrees Field of Applied Mathematics and Information Sciences MASI M2 Systematic and Synthetic Biology BSS Field of Applied Sciences M2 Processes Environment and Biotechnology Advanced Masters The School offers 3 Advanced Masters in the field of health Risk and Safety Management in health establishments and networks Information and Knowledge Engineering of health care institutions Management and Technology of health care institutions and networks Courses Common track PR5100 Biology Electives PR2100 Water treatment and underground water protection elective S8 PR310 Design of industrial procedures for energy the environment and biotechnologies 1 electives S6 S8 PR3300 Design of industrial procedures for energy the environment and biotechnologies 2 elective S8 PR3910 Experimental module l Biotechnology elective S8 PR5110 Life sciences and biotechnology electives S6 S8 PR5200 Life sciences biophysics cellular and molecular biology elective S7 PR5300 Physiology

    Original URL path: http://www.ecp.fr/lang/en/home/the__challenge__project/health_and_biotechnologies_challenge (2015-12-30)
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