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ENSEA Ecole Nationale Sup

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Title: ENSEA Ecole Nationale Sup


1
ENSEAEcole Nationale Supérieure de
lElectronique et de ses Applications
Presentation by Prof Philippe MARC www.ensea.fr
2
Why Study in France
  • A country of advanced technology
  • Aeronautics Airbus (EADS), Falcon (Dassault),
    Tiger (Eurocopter)
  • Space industry Ariane (Arianespace), satellites
    (EADS)
  • Military industry Mirage aircraft (Dassault)
  • High speed train - TGV (Alstom)
  • Nuclear plants (Areva)
  • Telecommunications (Alcatel, Sagem)
  • Radars and avionics (Thales)
  • Electrical equipment (Schneider)
  • Aircraft engines (SNECMA)
  • Consumer electronics (Thomson-TCL)
  • Automobile industry Renault-Nissan,
    Peugeot-Citroen
  • Civil engineering (Bouygues) ...

3
Environment
  • Cergy
  • . A rich cultural heritage
  • Impressionist painters (Van Gogh, Monet...)
  • . Home to leading industries
  • Alcatel, Thalès, Thomson, Sagem, Renault,
    Siemens,
  • 3M, Johnson Control
  • . A university town
  • 30mn /20 miles from Paris, CDG Airport and
    Versailles
  • Over 20,000 students

4
French Higher Education
  • High School (12 yrs)
  • Masters ( 5 yrs)
  • PhDs

5
A Leading European Graduate School
  • A highly selective admission process
  • A nationwide competitive entrance exam
  • Small size and autonomy
  • Close ties with industry through
  • Internships
  • Research
  • Continuing education
  • A wide range of courses and practical training
  • A high teacher/student ratio

6
ENSEA at a glance
  • Founded in 1952
  • 800 students
  • 78 tenured professors, 100 visiting professors
  • 20 teaching laboratories
  • 3 research laboratories, 100 researchers
  • 7 final year specializations
  • 30 student associations
  • 40 foreign partner institutions
  • Present in more than 30 countries
  • 15 foreign students

7
A strong commitment to internationalization (1)
  • Partners abroad
  • U.K.
  • University of Swansea
  • Imperial College London
  • University of Bristol
  • USA
  • State University of New York (SUNY), Buffalo
  • Michigan Technological University,Houghton
  • Canada
  • University of Alberta, Edmonton
  • Mexico
  • Universidad Autonoma de Mexico
  • India
  • IIT Madras

8
A strong commitment to internationalization (2)
  • Double Degree Masters
  • TU Darmstadt, Germany
  • Universidad Politecnica de Valencia, Spain
  • Universidad Politecnica de Madrid, Spain
  • Universita La Sapienza, Roma, Italy
  • Illinois Institute of Technology, Chicago, USA
  • Georgia Institute of Technology, Atlanta,USA
  • Imperial College, London, UK
  • University of Bristol, UK
  • University College, Cork, Ireland

9
A strong commitment to internationalization (3)
  • European and International Programs
  • GE3
  • EAIE
  • NAFSA
  • Ni
  • Erasmus/Socrates
  • Leonardo
  • IAESTE

10
Research
  • 3 laboratories
  • Image Signal Processing - Telecommunications
  • Microwaves, Optical Communication and Components
  • Control of systems, Chaos and Cryptography
  • International collaboration
  • 20 countries (Europe, North and South America,
    Australia, Northern Africa, Japan)
  • PhD s

11
Research laboratories (1)
  • Image and Signal Processing (CNRS)
  • Artificial vision
  • Signal processing
  • Telecommunications
  • Detection
  • Physics
  • Medical and Industrial applications
  • Hardware architecture for real-time image
    processing
  • Neural based vision systems and robotics

12
Research laboratories (1)
  • Image and Signal Processing (CNRS)
  • Artificial vision
  • Signal processing
  • Telecommunications
  • Detection
  • Physics
  • Medical and Industrial applications
  • Hardware architecture for real-time image
    processing
  • Neural based vision systems and robotics

13
Research laboratories (2)
  • Microwaves
  • Microwave measurements
  • Microwave components, materials and circuit
    modeling
  • Monolithic circuit design
  • Optical communications

14
Research laboratories (2)
  • Microwaves
  • Microwave measurements
  • Microwave components, materials and circuit
    modeling
  • Monolithic circuit design
  • Optical communications

15
Research Laboratories (3)
  • Control of Systems
  • Automatic measurement process
  • Control and observation of non-linear continuous
    and discrete systems
  • Cryptology
  • Electromechanical actuators, power convertors

16
Corporate partnerships
  • Advanced research collaboration with industry
  • Applied research and development contracts
  • Student projects (2nd year)
  • Visiting professors
  • Internships

17
Corporate partnerships
  • Advanced research in collaboration with industry.
  • Curriculum constantly updated to meet the demands
    of industry.
  • Forums and seminars.
  • Two summer internships( 4- 8 weeks)
  • Final year project (4- 6 months) in industry or
    partner institution abroad.

18
ENSEAEcole Nationale Supérieure de
lElectronique et de ses Applications
Presentation by Prof Philippe MARC www.ensea.fr
19
FAME French American Exchange Program    
20
  • What is it?A spring semester abroad program
    (starting Spring 08) taught in English by
    professors at ENSEA.
  • Where?Cergy, France, 35 minutes from the center
    of Paris. Students will take courses at ENSEA
  • Who is eligible? Students who will be in their
    third year of an undergraduate ABET-accredited
    electrical/computer engineering/mechanical major
    in Spring 2008.

21
  • How many courses are offered?
  • 5 courses total of 18 credit hours
  • Electronic Circuits Laboratory ( 6 c.h.)
  • Signals and Systems (3 c.h.)
  • Introduction to Microprocessors and Assembly
    Language Programming (3 c.h.)
  • Electromagnetism/Electrodynamics (3 c.h.)
  • French Language and Culture (3 c.h.)

22
  • Why should I join this program?
  • Employers want people with international
    experience
  • Satisfy Gen Ed requirements
  • Earn credits toward graduation in your major
  • Financial aid
  • Learn a foreign language
  • Enhance your self-confidence, independence
    skills
  • Make new friends and visit new places
  • Learn about yourself

23
  • When and how should I apply?
  • Inform your study abroad contact at your
    university before October 1st, 2007
  • How many places are available?
  • 10 to 25 places
  • How do I qualify?
  • Strong background in maths. Strong motivation.
    Adaptability
  • Selection by your university

24
  • How do I confirm my intention to enroll?
  • By submitting a 500 fee to my study abroad
    contact
  • Do I need a visa?
  • The temporary long stay visa (from 3 to 6
    months), multiple entries, is valid for the whole
    stay. The student does not need a residency card.
    The student should complete the long term visa
    application form
  • http//www.campusfrance.org

25
  • How do I confirm my intention to enroll?
  • By submitting a 600 fee to my study abroad
    contact
  • Do I need a visa?
  • The temporary long stay visa (from 3 to 6
    months), multiple entries, is valid for the whole
    stay. The student does not need a residency card.
    The student should complete the long term visa
    application form
  • http//www.campusfrance.org

26
ENSEA COURSES TAUGHT IN ENGLISH SPRING
SEMESTER
  • Electronic Circuits
  • Microprocessors and Assembly Language Programming
  • Computer Architecture
  • Signals and Systems
  • Electromagnetism/Electrodynamics
  • French Language and Culture

27
ENSEA COURSES TAUGHT IN ENGLISH SPRING
SEMESTER
  • Electronic Circuits
  • IIT ECE 312 Electronic circuits
  • UB EE 311 353 Electronic Devices
    Circuits 2
  • Lectures/Tutorials 21 hours
  • Laboratory 24 hours
  • Credit Hours 4
  • Analysis of integrated amplifiers with
    bipolar junction transistors and field-effect
    transistors

28
ENSEA COURSES TAUGHT IN ENGLISH SPRING
SEMESTER
  • Microprocessors and Assembly Language Programming
  •   IIT CS350/470/ ECE 485 Computer
    Organization, Assembly language Programming and
    Computer Architecture  UB CSE 379 Introduction
    to Microprocessors and Microcomputers  and CSE
    380 Introduction to Microprocessors Lab  
  • Lectures/Tutorials 17 hours
  • Laboratory 28 hours
  • Credit Hours 3
  • Microprocessor architecture, machine
    language programming, microprocessor assemblers,
    assembly language programming, link between
    assembly language and C language, memory and I/O
    interface, interrupts microprocessor system
    design. 

29
ENSEA COURSES TAUGHT IN ENGLISH SPRING
SEMESTER
  • Signals and Systems
  • IIT ECE 308
  • UB EE 303
  • Lectures/Tutorials 30 hours
  • Laboratory 15 hours
  • Credit Hours 3
  • Fourier and Laplace transforms. Sampling
    theorem. Fourier equivalence of sampled signals
    and sequences.Practical sampling and converters.
    Problem of practical reconstruction.

30
ENSEA COURSES TAUGHT IN ENGLISH SPRING
SEMESTER
  • Electromagnetism/Electrodynamics
  • IIT ECE 307
  • UB EE 324
  • Lectures/Tutorials 45 hours
  • Credit Hours 4
  • Electrostatic and magnetostatic fields and
    potentials, Coulomb's law, Gauss's Law,
    Biot-Savart and Ampere's law, Faraday's induction
    law.
  • Maxwell's equations, electromagnetic
    uniform-plane wave propagation. Diffraction,
    Fourier optics and applications.

31
ENSEA COURSES TAUGHT IN ENGLISH SPRING
SEMESTER
  • French Language and Culture
  • Lecture/Tutorials 45 hours
  • Credit Hours 3
  • Practice in the French language to gain a certain
    level of competency
  • France today in its socio-cultural-economic
    context
  • Comparison between the two cultures French and
    American

32
ENSEA COURSES TAUGHT IN ENGLISH SPRING
SEMESTER
  • ANY QUESTIONS ?
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