COMPUTER SCIENCE DISTRIBUTED

COMPUTER SCIENCE DISTRIBUTED

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Niveau: Supérieur, Master
Master of engineering COMPUTER SCIENCE > DISTRIBUTED & EMBEDDED SYSTEMS - Wireless Networks - Real Time System > COMPUTER IMAGERY - Image analysis - Computer vision - Image synthesis APPLIED MICRO & NANOTECHNOLOGIES > WIRELESS COMMUNICATION - RF, microwave & photonic - Circuits & technologies > MICRO & NANO SYSTEMS - MEMS, Microfl uidics & Biochips - Materials Science & Microscale Physics Member of

  • esiee paris

  • real

  • time systems

  • optimisation ?

  • computer architectures design

  • distributed control

  • image synthesis

  • wireless communication

  • image analysis


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Master of engineering
COMPUTER SCIENCE >DISTRIBUTED & EMBEDDED SYSTEMS  Wireless Networks  Real Time System >COMPUTER IMAGERY  Image analysis  Computer vision  Image synthesis
Member of
APPLIED MICRO & NANOTECHNOLOGIES >WIRELESS COMMUNICATION & photonicRF, microwave Circuits & technologies >MICRO & NANO SYSTEMS  MEMS, Microfluidics & Biochips  Materials Science & Microscale Physics
Founded in 1904, ESIEE Paris comprises 2 schools: ESIEE Engineering and ESIEE Management. ESIEE Paris is a hub of higher education and research focused on all aspects of technological innovation and a founder member of the newlycreated «Université ParisEst». ESIEE Paris is a member of the « Conférence des grandes écoles françaises ».  ESIEE Engineering opens the door to a variety of professional careers in the fields of computer science, electronics, telecommunications and embedded systems.  ESIEE Management works at the interface of Management and Technology.
KEY FIGURES
 1 200 students supervised by  95 academics  200 to 250 Master’s Degrees awarded each year  50 PhD students
OTHER PROGRAMMES
Taught in English
 Master programme in Management : M.Sc Management of Technology – Information Systems (MOTIS)
Taught in French
 Master of Engineering Diplôme d’Ingénieur ESIEE (2year programme)  Computer Science  Embedded Systems  Telecommunications and Signal Processing  Electronics and Microelectronics
 Master in Management & Technology (2year programme)  Biotechnology and bio industry  Information systems  Renewable energies and ecoinnovations  Materials / Engineering
MASTERS PROGRAMMES OF ENGINEERING(2YEAR PROGRAMME)
IN COLLABORATION WITH PARIS ESTMARNE LA VALLÉE UNIVERSITY
ESIEE Paris offers two Masters of Engineering taught in English :  Computer Science  Applied micro & nanotechnologies
Degrees awarded: Master of Engineering/ Diplôme d’ingénieur ESIEE  Accredited by «Ministry of Higher Education and Research» and «Commission des titres d’ingénieur». These degrees enable graduates to pursue doctoral studies at ESIEE Paris, or in another university.
HOW TO APPLY
ESIEE PARIS:RENOWNED SCHOOLS OF ENGINEERING AND MANAGEMENT
Entrance Requirements A Bachelor, French “Licence” degree or equivalent (three or fouryear degree) in a related field
Admission Procedure Academic report
Application Download documents from the web site www.esiee-paris.fr/enInternational Masters > Master of Engineering > Application
Tuition Fees 10.000for 2year programme (4 semesters) Tuition free for exchange students (Erasmus or other reciprocal exchange agreements).
WHY CHOOSE ESIEE PARIS?
ACADEMIC COLLABORATIONS University of Tokyo (Japan) Nanyang Technology University, NTU (Singapore) Tshingua University (China) Ecole polytechnique de Montréal (Canada) Université française d’Egypte (Egypt) UC Irvine (US) Princeton University (US) IMEC (Belgium) Manilla University (Philippines) More than 25 universities in Europe : Karlsruhe University (Germany)  Ulm University (Germany)  Southampton University (UK)  Chalmers University (Sweden)  EPFL (Switzerland)  Brno University (Czech Republic)…
EXAMPLES OF INDUSTRIAL COLLABORATIONS Microelectronics (STMICROELECTRONIC, FREESCALE, NXP, TEXAS INSTRUMENTS) Automotive (RENAULT, PSA, BOSCH, DELPHI) Aeronautics and space (EADSAIRBUS, ESA, THALES, CNES, SAFRANSNECMA) Telecommunications (ORANGE, TELEFUNKEN, SFR, ALCATELLUCENT,CISCO) Medical (GE HEALTHCARE, SIEMENS, SANOFI AVENTIS) Security and Defense (THALES, SAGEM, SAFRAN)
WHY COME TO FRANCE?
Studying in France offers three major advantages: France is situated at the very heart of Europe and Paris itself is ideally located: just 1 to 2 hours away from most major European capitals by plane or train. International students studying in ESIEE Paris may work
Consumer electronic (PHILIPS, NXP, FREESCALE) MEMS (MEMSCAP, SCHLUMBERGER…) Informatics (IBM, SOPRA)
RANKING IN THE PRESS ESIEE Paris ranked in 4th position among French 5year engineering schools by « L’Etudiant » http://www.letudiant.fr/palmaresclassementecole ingenieurapresbac.html ESIEE Paris ranks among the second group of Engineering Schools with 14 other schools like ECLLyon, ENSEEIHTToulouse, ISEPParis, Supaéro ENSAEToulouse, SUPELEC Gif/Metz/Rennes (17th report of « Conseil national des ingénieurs et scientifiques de France » CNISF).
RESEARCH FIELDS Computer Sciences and Imagery Real Time and Embedded Systems Microsystems, Micro and Nano Technologies Telecommunications and Signal Processing Innovation and Change Management
Placement (2008) 93% of graduates find jobs within 2 months of graduation(68 % before graduation).
toward the same national degrees as French students, which are recognized as a Masters degree under international regulations (Bologna agreements). Graduates enjoy the same career prospects as their French counterparts both in France and abroad.
MASTER OF ENGINEERING “COMPUTER SCIENCE”
This twoyear programme aims to make its attendees experts in the fields of digital image and distributed real time systems. While the first year consists of a common core focused on fundamentals of both fields, courses of the second year are oriented towards two specialisations: one in digital imaging, covering topics of image analysis, computer vision, and image synthesis with equal importance, the other on distributed real time systems, with a special emphasis on software issues and networking. During the second year, students are required to conduct a research or development project with either a company or a laboratory in France, or in another foreign country.
Entrepreneurship and innovation issues, as well as French culture and language are also considered. Further to this master, students may undertake a PhD, or start an engineering career.
ST CURRICULUM 1 YEAR
st 1 Semester Graph Algorithms Signal and Systems ObjectOriented Programming Advanced Algorithms Computer Architecture Optimisation Operating Systems Real Time Systems Theory of Information and Applications French language French culture and Intercultural Management
ND CURRICULUM 2 YEAR
nd 2 Semester Optimal Estimation and Control Model Checking Mathematical morphology Computational geometry Pattern recognition, machine learning Networking French language Management Project
st 1 Semester Computer Imagery Option Distributed and Embedded Systems Option French language International Management Entrepreneurship and Innovation Image Analysis Automata and Applications Image Processing Wireless Networks, Routing, Sensors Image Synthesis Distributed Algorithms Hardware for Parallel Image Processing Real Time Distributed Systems Computer Vision Distributed Control Systems Applications I (project) Modeldriven Design and Development Applications II (project) Distributed Applications Development nd 2 Semester Final project and master thesis
JOB OPPORTUNITIES
Industrial vision (industrial control, quality control) Virtual reality for engineering, architecture, urbanism Games and multimedia Medical imaging (magnetic resonance, echography) Geographic information systems, satellite images Automotive and aeronautic industry Automation and control Telecommunications Banks, services, etc
Thanks to the management training included in the program, Graduates are able to develop their careers towards various managing positions such as product manager, project leader, or technical director.
RESEARCH ENVIRONMENT
The master will be led by the Embedded Systems and the Computer Science departments at ESIEE. Both sum up to 24 academics and 28 PhD students altogether, most of them being members of Research Units funded by CNRS, and all being active in the areas listed below.
RESEARCH AREAS
Discrete geometry Mathematical morphology and Image processing Modelling and optimisation Pattern recognition Computer architectures design Real time system scheduling Model driven development for embedded systems Model checking for real time systems
TECHNOLOGICAL EQUIPMENT AND PLATFORMS
Imagery lab with frame grabbers and video cameras Virtual reality platform Realtime distributed system platform with CAN boards, DSpace boards, mobiles robots 2 CISCO network labs (CISCO certification) Blade center IBM (96 processors, 2 TB RAM) 3D scanner Autostereoscope 3D screen Electrical vehicle RobuCab
MASTER OF ENGINEERING “APPLIED MICRO & NANOTECHNOLOGIES”
The programme aims to train engineers with a high technical added value in the field of micro and nano technologies applied to wireless communications, electronic circuits, optoelectronic, photonic MEMS, BioMems, sensors etc.
The first year consists of a common core of courses focusing on fundamental scientific and technical aspects and tools. The second year consists of specialised courses in one of the two options (Wireless communications, Micro and Nano Systems).
The applied handson nature of the second year will provide students with qualifications very soughtafter in both the current industrial environment, and in academic research. Entrepreneurship and innovation issues, as well French culture and language are also considered. Further to this master, students may undertake a PhD, or begin an engineering career.
ST CURRICULUM 1 YEAR
st 1 Semester * Review of Electronic Signal and Systems Introduction to material sciences Propagation and technologies C and C++ Programming Analog circuits for sensors and receivers Discrete time electronics and applications Electron Devices, components and models Data acquisition and converters French language French culture and Intercul Management
nd 2 Semester Analog IC Design Sensor principles Optoelectronic and Photonic Introduction to MEMS, Microfluidics and Nanoscience Introduction to Communication Systems Elective course:  Simulation of heterogenous domains  or Communication circuits architecture French language Management
*The first lecture is an optional for students from various scientific fields desiring/ needing a review of electronic basics
ND CURRICULUM 2 YEAR
st 1 Semester Wireless Communication Option MEMS and NEMS Technologies Option French language International Management Entrepreneurship and Innovation Advanced Electron Devices Microfabrication technologies for ICs and MEMS
RF and microwave circuits Nanotechnology and applications fundamentals Digital communication standards and Characterization at the micro RF frontends and nanoscale From RF to millimeter circuits design MEMS design Electromagnetic Modeling Microfluidics and biochips Antennas and propagation Measurement System Design Test and measurement MEMS for communications & ecotechnologies nd 2 Semester Final project in France or abroad, and master thesis
JOB OPPORTUNITIES
Radio frequency components and system design Intelligent transport systems Automotive technologies and aerospace Mobile communication Sensors for health, environment, automation, industry Biological and biochemical interfaces Health care Biomems
Thanks to the management training included in the programme, Graduates are able to develop their careers towards various management positions such as product manager, project leader, or technical director.
RESEARCH ENVIRONMENT RESEARCH AREAS Microinstrumentation Telecommunication systems: RF & optical MEMS Microfluidics and BioMEMS Electronic systems for embedded applications Methodology, architecture & chip design Wireless communications (transceiver architecture for cognitive radio, UWB, RFID) Microwaves photonics Signal processing, coding of signals and images Nomadic applications and ambient intelligence Nanostructured Materials
TECHNOLOGICAL EQUIPMENT AND PLATFORM Micro and nano fabrication technological platform (300m² cleanroom): supporting both teaching and industrial R&D, and hosting dynamic startups and major industrials MEMS and Nanoscale characterization tools: down to the atomic scale Microwave and millimeter wave characterization platform: for wireless ICs, photonic devices and systems RFID characterization platform
>CAMPUS ESIEE Paris/Université ParisEst is situated in the “Cité Descartes”, 15 Km from the center of Paris, 20 minutes by suburban train.
>ACCOMODATION ESIEE Paris can help you find a room/ flat in one of the halls of residence located near the school (5 min on foot) with prices starting from 250 Euro/month including student housing allowance. ESIEE Paris cafeteria provides reasonably priced meals for lunch and dinner on weekdays.
>SPORTS FACILITIES Modern facilities are available, including a gymnasium and a wide range of indoor and outdoor activities is available, led by qualified staff. Students take part in a number of national and international sporting events.
>STUDENTS ACTIVITIES Numerous activities are organised and managed by the students associations: clubs, junior enterprise, travels, parties etc.
The environment
Cité Descartes BP99 2, Boulevard Blaise Pascal 93162 Noisy le Grand Cedex (France) Phone: +33 1 45 92 65 26 Fax: +33 1 45 92 66 99 Email: intmaster@esiee.fr http://www.esieeparis.fr/en
ESIEE Paris is situated in the eastern part of Greater Paris. It is only 25 minutes from Chateletles Halles, and 35 minutes from La Défense business area, on the “A” suburban train line. Its futuristic building is located in the heart of the Cité Descartes campus, a stimulating study environment.