1 / 26

The Ecole des Mines de Paris

MINES PARIS. The Ecole des Mines de Paris. 2,005 PEOPLE : 707 PERMANENT STAFF, 1,298 STUDENTS RESEARCH : 17 research centers in five main scientific fields 486 PhD students EDUCATION IN SCIENCE AND ENGINEERING: Master of Eng in Science and Executive Engineering (159 degrees per year)

nikita
Download Presentation

The Ecole des Mines de Paris

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript


  1. MINES PARIS The Ecole des Mines de Paris • 2,005 PEOPLE : 707 PERMANENT STAFF, 1,298 STUDENTS • RESEARCH : • 17 research centers in five main scientific fields • 486 PhD students • EDUCATION IN SCIENCE AND ENGINEERING: • Master of Eng in Science and Executive Engineering (159 degrees per year) • Masters of Science, PhD, Postgraduate professional trainings, (426 degrees per year) : Paris, Évry, Fontainebleau, Sophia Antipolis (Nice)

  2. 1. EMP AND RESEARCH • Under the supervision of the Ministry in charge of industry • 17 research centresin five main fields • High quality research linked to industry: • 1000 contracts / year • Financial turnover / year : 22 M euros • ¼ with at least one foreign country • Ranked n°1 in France for contractual research since 10 years • Two Nobel Prizewinners: • M. Allais - Economics – 1988 • G. Charpak - Physics - 1992

  3. Applied Mathematics, Computer Science, Systems and Control • Computer Science • Systems and Control • Applied Mathematics • Geostatistics • Mathematical Morphology • CAO and Robotics

  4. THE FUTURE SAFETY CAR A COMMON WORK OF SIX RESEARCH CENTRES : • Computer Science • Systems and Control • Applied Mathematics • Geostatistics • Mathematical Morphology • CAO and Robotics

  5. Process Engineering and Energetics Habitacle instrumenté • Chemical Engineering • Energetics Soleil artificiel

  6. Material Sciences and Engineering • Material Sciences • Solid Mecanics Laboratory (c/o X) • Material Processing

  7. Geosciences: Earth and Environmental Sciences • Engineering Geology • Hydrogeology • Mining and Underground Works Engineering • Geophysics channels’ deposits ~ 2 km

  8. Computational Biology • Main research topics: • statistical and computational approaches for modelling living systems. • Systems biology for cancer and malaria research. • Integration of heterogeneous high-throughput data in genomics. • Virtual screening for drug discovery. • Main collaborations: • France = Institut Curie, Institut Pasteur, CEA. • International : Kyoto University (Japan), University of Washington and Berkeley (USA), Max Planck Institut (Germany).

  9. Social and Economics Sciences • Industrial Economics • Scientific Management • Sociology of Innovation • Management of industrial risks

  10. INTERNATIONAL SYSTEM 4 5 years 1 2 3 6 7 8 Bachelor Master Ph.D • Undergraduate • Graduate courses • Postgraduate FRENCH SYSTEM PreparatoryClasses Engineer ’s curriculum Doctorate CURRICULUM : FRENCH VS INTERNATIONAL SYSTEM • French selection system • 600, 000 students out of High Schools (18 years old) • 12, 000 students entering “scientific preparatory classes” (2 or 3 years) • 18, 000 students candidate to “Grandes Ecoles” national competitive examinations • 1, 000 firsts entering Ecole Polytechnique, Ecole des Mines, Ecole Centrale, Ecole Normale • Comparison

  11. EMP TRAINING PROGRAMMES PREPARATORY CLASSES PhD ENGINEERING COURSE 1 2 1 2 3 1 2 3 Engineering curriculum 2 3 Master of Eng in science and executive engineering M1 M2 Masters of Science and joint masters 1 Post Master Professional Certificates 1 2 3 PhD (possibility of cosupervision)

  12. 2. MASTER OF ENG. IN SCIENCE AND EXECUTIVE ENGINEERING • The aim is to train high skilled engineers able to become managers • For various industrial fields : production, R & D, management, … • With high scientific knowledge, competitive at international level (double degrees) • Accounting for the international dimension of their careers • Attracting top 1% of students in France : severe selection • Numerous teachers, mostly coming from research centres (active tutorial, connection with industry)

  13. ENGINEERING DEGREE PROGRAMMES The French « GRANDES ECOLES » system EMP 2nd year 126 Baccalaureate EMP 1st year Total : 630 000 In science Option : 130 000 95 Preparatory classes 2 years Competitive examination : 11 400 • Admission upon previous qualification • Visiting students and masters 13 000 Admission on application

  14. MINORS • MATHEMATICS AND APPLIED MATHEMATICS • Computer Science and Information Technology • Financial Mathematics • Geostatistics • Robotics • Signal Systems and Control • Vision and Morphology • ENGINEERING SCIENCES • Biotechnology • Earth and Environmental Sciences • Materials Science and Engineering • Mechanical and Energy Engineering • Nuclear Engineering • Process Engineering • Underground Engineering and management • ECONOMICS AND SOCIAL SCIENCES • Design Engineering • Industrial Economics • Law and Business Economics • Production Systems • Scientific Management • Sociology of Innovation

  15. 1st YEAR 24 8 20 8 60 2nd YEAR 17 31 8 4 60 Knowledge Technical Skills Life skills Leardership and Communication skills TOTAL 3rd YEAR 4 36 9 11 60 TOTAL 45 75 37 23 180 2/3 1/3 ECTS : European Credit Transfer System An academic year corresponds to 60 ECTS credits DEVELOPMENT OF VARIOUS SKILLS

  16. A VARIETY OF CAREER POSSIBILITIES • Out of the last classes of graduates • 65% in industry - 33% in the service sector • 15% abroad • Former graduates have become the CEOs of major conglomerates • Nissan, Airbus, PSA, Lafarge, Péchiney, Sagem, Saint-Gobain, Total Elf Fina, Arcélor, Thalès, Thalès International, ... • Two Nobel Prizewinners • M. Allais - Economics – 1988 • G. Charpak - Physics - 1992

  17. Before the degree 0 to 2 months 2 to 4 months More than 4 months TIME TO GET A JOB

  18. 3. MASTERS OF SCIENCE AND PHD MASTERS OF SCIENCE • Professionnally oriented trainings : lectures and internshipin a company • Duration : 1.5 year • Research: 15 masters PHD • Linked to industrial needs/contracts, in research centres • Duration : 3 years • Required admission level : engineering degree, or equivalent Master degree • 2005: • recruitment of 136 PhD students • Total: 486 PhD students (32% foreign students, 47 nationalities), 29% women

  19. POST MASTER PROFESSIONAL CERTIFICATES • High level professionnally oriented trainings : lectures and internship in a company • Duration : 1 year • 10 mastères : • Energy Engineering and Management (OSE) • Material Behaviour and Structural Design • Numerical Mechanical Engineering • Geology for the Engineer • Multimedia Networks Applications Engineering • Management of Information and Technology Systems • Environmental Engineering and Management • Gas Engineering and Management • Plasticity and Shaping • Production Process Engineering

  20. EMP COURSES FOR INTERNATIONAL STUDENTS PREPARATORY CLASSES PhD ENGINEERING COURSE 1 2 1 2 3 1 2 3 Engineering curriculum 1 2 3 Master of Eng. in science and executive engineering Admission upon previous qualification M1 M2 Masters of Science and joint masters 1 Post Master Professional Certificates 1 2 3 PhD (possibility of cosupervision)

  21. March 2006 : double degrees agreements KTH Stockholm NSU Novosibirsk AGH Cracovie Politecnico Milano EP Montréal KAIST ETSEI Barcelone ETSIT, ETSIM Madrid Hong Kong U. EP/U Sao Paulo National Seoul U. U. Liban IT Buenos Aires

  22. 2005/2006: foreseen agreements PTech, Mars 06 NSU Novosibirsk Bauman MSU Lomonosov St-Pétersbourg univ. d’Etat St Pétersbourg univ. Polytechnique EMP, Mars 06 ETSET Barcelone ETSII Madrid PTech, Janvier 06 AGH -UJ - WUT EMP, Mai 06 Tokyo IT PTech, Décembre 05 ITESM PTech, Mai 06 KAIST - SNU - Postech EMP, Décembre 05 PUCP EMP, Novembre 05 KMINB PTech, Octobre 05 PUC et PUCV - UDEC PTech, Avril 06 EP/USP -UNICAMP -UFRJ - PUC(?) GEM, Avril 06 IIT Roorkee - IIT Madras - Anna Université PTech, Avril 06 ITBA -UBA

  23. Admission upon qualifications Master Energy Policies Visiting students Foreign students in the Engineering course Entrance Competitive examination 21% 15% 12% 11% 9% 02/03 324 St. 04/05 385 St. 01/02 314 St. 03/04 348 St. 05/06 405 St.

  24. COOPERATION POSSIBILITIES WITH EMP • Exchange of students: • ATHENS programme: 1 week in March and November • Non degree awarding exchange (ERASMUS): 6 to 12 months • Double degrees (2 to 4 years) • Internships in research centres (3 months) • Theses (possibility of co-supervision) • Post- doctorate students • Other cooperations: • Co teaching workshops • Joint training programmes • Research: common funded projects • Invitation of faculty members

  25. WHAT IS ATHENS ? • Advanced Technology Higher Education Network/SOCRATES • A long history of development : The “Leuven Network” (1989) “la semaine européenne” (ParisTech : 1992) • Recognised by the European Commission since its beginning in 1997; now supported by municipal, regional & industrial partners • 2005-2006 : 21 members • 2 Sessions per year: November/March(30 hours scientific courses; 15 hours socio-cultural activities) • 90+ Intensive Courses per year in the Engineering Sciences, Management & Economics • 2 000 participants annually with over 1 000 participants travelling to another ATHENS country

  26. THE 21 MEMBERS OF ATHENS • BUTE Budapest (Hungary) • CTU Prague (Czech Republic) • TU Delft (The Netherlands) • KU Leuven (Belgium) • UC Louvain la Neuve (Belgium) • IST Lisbon (Portugal) • UP Madrid (Spain) • Politecnico Milan (Italy) • TU Munich (Germany) • KTH (Sweden) • NTNU Trondheim ( Norway) • TU Vienna (Austria) • ParisTech (France : 9 Grandes Ecoles : • ENGREF : Ecole Nationale du Génie Rural des Eaux et des Forêts • ENPC : Ecole Nationale des Ponts et Chaussées • ENSAM : Ecole Nationale Supérieure d’Arts et Métiers • ENSCP : Ecole Nationale Supérieure de Chimie de Paris • ENSMP : Ecole Nationale Supérieure des Mines de Paris • ENST : Ecole Nationale Supérieure des Télécommunications • ENSTA : Ecole Nationale Supérieure des Techniques Avancées • ESPCI : Ecole Supérieure de Physique et de Chimie Industrielles de la Ville de Paris • INAPG : Institut National Agronomique de Paris-Grignon

More Related