master engineering 2010 bd

8/8/2019 Master Engineering 2010 BD

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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

APPLIED MICRO &NANOTECHNOLOGIES

>WIRELESS COMMUNICATION- RF, microwave & photonic- Circuits & technologies

>MICRO & NANO SYSTEMS- MEMS, Microfluidics

& Biochips- Materials Science

& Microscale Physics

Member of


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HOW TO APPLY

Entrance RequirementsA Bachelor, French Licence

degree or equivalent (three or

four-year degree) in a related

field

Admission ProcedureAcademic report

ApplicationDownload documents

from the web site

www.esiee-paris.fr/en

International Masters > Master

of Engineering > Application

Tuition Fees 10.000 for 2-year programme

(4 semesters)

Tuition free for exchangestudents (Erasmus or

other reciprocal exchange

agreements).

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

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.

WHY COME TO FRANCE?

ESIEE PARIS: RENOWNED SCHOOLSOF ENGINEERING AND MANAGEMENT

ACADEMIC COLLABORATIONS

University of Tokyo (Japan)

Nanyang Technology University, NTU (Singapore)

Tshingua University (China)

Ecole polytechnique de Montral (Canada)

Universit franaise dEgypte (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)

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 LEtudiant

http://www.letudiant.fr/palmaresclassementecoleingenieur-apres-bac.html

ESIEE Paris ranks among the second group of

Engineering Schools with 14 other schools like

ECL-Lyon, ENSEEIHT-Toulouse, ISEP-Paris, Suparo

ENSAE-Toulouse, SUPELEC Gif/Metz/Rennes

(17th report of Conseil national des ingnieurs 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).

WHY CHOOSE ESIEE PARIS?


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1st Semester

Graph Algorithms

Signal and Systems

Object-Oriented Programming

Advanced AlgorithmsComputer Architecture

Optimisation

Operating Systems

Real Time Systems

Theory of Information and Applications

French language

French culture and Intercultural

Management

2nd Semester

Optimal Estimation and Control

Model Checking

Mathematical morphology

Computational geometryPattern recognition, machine learning

Networking

French language

Management

Project

1st 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

2nd Semester

Final project and master thesis

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.

CURRICULUM 1ST YEAR

CURRICULUM 2ND YEAR


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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 ENVIRONMENTThe 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


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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 aspectsand 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.

MASTER OF ENGINEERINGAPPLIED MICRO & NANOTECHNOLOGIES


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1st Semester

Wireless Communication Option MEMS and NEMS Technologies Option

French language

International Management

Entrepreneurship and Innovation

Advanced Electron Devices Microfabrication technologiesfor ICs and MEMS

RF and microwave circuitsfundamentals

Nanotechnology and applications

Digital communication standards andRF front-ends

Characterization at the micro-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

2nd Semester

Final project in France or abroad, and master thesis

1st Semester

Review of Electronic*

Signal and Systems

Introduction to material sciences

Propagation and technologies

C and C++ Programming

Analog circuits for sensorsand receivers

Discrete time electronicsand applications

Electron Devices, componentsand models

Data acquisition and converters

French language

French culture and Intercultural

Management

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

(300m 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

CURRICULUM 1ST YEAR

CURRICULUM 2ND YEAR

*The first lecture is an optional for students from various scientific fields desiring/

needing a review of electronic basics

2nd 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


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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

Dfense business area, on the A suburban

train line. Its futuristic building is located in

the heart of the Cit Descartes campus, a

stimulating study environment.

The environment

> CAMPUS

ESIEE Paris/Universit Paris-Est is situated in the Cit

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 thehalls 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.

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Edition

2010-

Cit 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: [email protected]

http://www.esiee-paris.fr/en

master engineering 2010 bd

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