200+ theaters, 15 T.V. stations, 100 radio stations,
13 daily newspapers
Pourquoi étudier à IIT
Université réputée (College of Distinction)
Recherche de pointe
Parmi les 100 premières écoles d’ingénieurs aux Etats Unis
Nobel Laureates from IIT
(L-R: Herbert Simon (Economics): Jack Steinberger (Physics): Leon Lederman ( Physics):
National Medal of Science & Nobel Peace Prize
SR Cho, Chairman Hyosung Group
Father of Cell Phone Martin Cooper
IIT graduates become leaders.
Sam Pitroda Adviser to Prime Minister
Former Prime Minister of Iceland
la devise d’iit
Magnetic tape data storage
Marvin Camras IIT B.S. EE 1940; M.S. EE 1942 Inventeur de la bande magnétique
Born in Chicago in 1916, Camras was known to his family as an "inventor" by the age of five
In the late 1930s, Camras was studying electrical engineering at the Armour Institute of Technology (now the Illinois Institute of Technology).
Camras spent a fifty-year career at Illinois Institute of Technology, where he taught until 1994.
By the time of his death in 1995, he had earned over 500 US and international patents for his work. He was inducted into the National Inventors Hall of Fame in 1985, and in 1990 he won the National Medal of Technology.
Marty Cooper ( Ancien élève d’ IIT (B.S. EE 1950; M.S. EE 1957) Inventeur du téléphone portable
1st Cell Phone – 1973
(« The Brick ») –weighed
Named one of the best
inventors of all time for his
work on the first personal
cell phone in the "Best
Inventions of the Year"
article in the October 30
Time Magazine 2007
2nd invention – A new wireless
Internet system called iBURST
that puts high-speed data
transmission at your
Ed Kaplan (Alumnus of IIT) (B.S. ME 1965) Inventeur – Code Barres
CEO and Chairman, Zebra Technologies
Ed Kaplan, one of Chicago's most successful technology entrepreneurs, studied at IIT, where he graduated with a bachelor’s in mechanical engineering
At 26 years old, Kaplan he invented the Bar Code and co-founded cutting edge Zebra Technologies, the bar-coding company
Fondé en 1890
‘College of Distinction’
Premier « Hub » international pour les
Le centre national pour le
« Perfect Grid »
8 écoles à I.I.T.
Armour College of Engineering and Science
College of Architecture
College of Psychology
Stuart School of Business
Chicago-Kent College of Law
School of Design
School of Applied Technology
College of Science & Letters
Illinois Institute of Technology
Membre de l’Association des Universités Technologiques Indépendantes
I.I.T. Carnegie-Mellon CalTech
M.I.T. M.S.E. R.I.T….
2009 Fall Total Enrollment: 7,707
Our students come from more than 90 countries.
12 étudiants par professeur
31% étudiants internationaux
$60 millions de financement de recherche par an
IIT’s Perfect Power System http://www.iit.edu/perfect_power/
IIT will become the flagship Perfect Power System in the U.S. which will confront & model a solution to the global energy crisis
Established in conjunction with the Galvin Electricity Initiative, Dept of Energy & IIT
What will be IIT’s Perfect Power System?
Smart grid & technology-ready infrastructure
Self-sustaining electricity infrastructure
Intelligent distribution system & system controllers
Onsite electricity production
Sustainable energy systems & green buildings/complexes
“Illinois Institute of Technology to Lead Wind Energy Research Consortium”
“ U.S. Department of Energy Invests Up to $8 Million for University-Led Effort to Improve Wind Generation”
« Success Story »
Julien Branlard begins work at Fermilab today as the first John Bardeen Engineering Fellow. A recent graduate of the Illinois Institute of Technology, Julien Branlard is the first recipient of the John Bardeen Engineering Fellowship.
"Julien will make an outstanding addition to Fermilab," said Ralph Pasquinelli, Accelerator Division RF Department Head and the inspiration behind the fellowship. "He's an articulate, talented team player who will hit the ground running with his outstanding engineering skills."
Branlard began his studies in France and transferred to the Illinois Institute of Technology in 2000. After graduating with a Ph.D. in electrical engineering last December, he began looking for a way to continue his work in the United States. Fermilab Today 2005
° ENSEA, Paris-Cergy
° INP Group, Grenoble
° INSA, Strasbourg, INSA Lyon
° ESIEA, Paris/Ivry/Laval
° ENAC, Toulouse
° ENSMA, Poitiers
° ENSEIRB, Bordeaux
° ENSIETA, Brest
° EISTI, Cergy
° ESEO, Angers
° ESME, Sudria
° Universidad Politecnica de Madrid (UPM)
° Universidad Politecnica de Catalunya (UPC)
° Universidad Politecnica de Valencia (UPV)
° Universidad de Seville
° Universidad de Navarre, (Tecnun)
° EHU, Bilbao
° Technische Universität, München
° Techische Universität, Freiberg
° Bauhaus Universität Weimar
Dell Computer Corp. McDonald’s
Energy Power Marketing Corporation
Motorola Nec Technologies
Lucent Technologies Samsung Telecom
General Motors Western Electric
CTA Xerox ……..
Génie Civil, Génie Chimique, Génie Electrique,
Mécanique et Informatique, Métallurgie et
Physique, Chimie, Biologie,
Information Technology Management
Industrial Technology & Operations
Interdisciplinary Themes – Complex Problems – Research areas
Energy and Sustainability
Wanger Institute for Sustainable Energy Research
Perfect Power initiative
Improving the Quality of Life
Pritzker Institute of Biomedical Science and Engineering
In August 2011, the GRE revised General Test replaced the GRE® General Test. Featuring the new test-taker friendly design and new questions, the revised test more closely reflects the kind of thinking you'll do in graduate or business school and demonstrates that you are ready for graduate-level work.
Verbal Reasoning — Measures your ability to analyze and evaluate written material and synthesize information obtained from it, analyze relationships among component parts of sentences and recognize relationships among words and concepts.
Quantitative Reasoning — Measures problem-solving ability, focusing on basic concepts of arithmetic, algebra, geometry and data analysis.
Analytical Writing — Measures critical thinkingand analytical writing skills, specifically your ability to articulate and support complex ideas clearly and effectively.
The GRE GENERAL REVISED TEST http://www.ets.org/gre/revised_general/about/content/
The Verbal Reasoning section measures your ability to:
analyze and draw conclusions from discourse; reason from incomplete data; identify author's assumptions and/or perspective; understand multiple levels of meaning, such as literal, figurative and author's intent
select important points; distinguish major from minor or relevant points; summarize text; understand the structure of a text
understand the meanings of words, sentences and entire texts; understand relationships among words and among concepts
Featuring new types of questions, the Verbal Reasoning section measures your ability to understand what you read and how you apply your reasoning skills.
The GRE GENERAL REVISED TEST http://www.ets.org/gre/revised_general/about/content
The Quantitative Reasoning section measures your ability to:
understand quantitative information
interpret and analyze quantitative information
solve problems using mathematical models
apply basic mathematical skills and elementary mathematical concepts of arithmetic, algebra, geometry, probability and statistics
With increased emphasis on data interpretation and real-life scenarios, this section has new types of questions that require you to show your quantitative reasoning ability. To reduce the emphasis on computation, the computer-based test includes an on-screen calculator. And, if you are taking the paper-based test, a calculator will be provided at the test center.
The GRE GENERAL REVISED TEST http://www.ets.org/gre/revised_general/about/content
The Analytical Writing section measures your ability to:
articulate complex ideas clearly and effectively
support ideas with relevant reasons and examples
examine claims and accompanying evidence
sustain a well-focused, coherent discussion
control the elements of standard written English
The Analytical Writing section requires you to provide focused responses based on the tasks presented, so you can accurately demonstrate your skill in directly responding to a task.
GRE General (OLD SCORE) MINIMUM Requirements per department at IIT (Master’s Level)
Go to http://iitparis.free.frclick on Graduate non-degree and follow the steps
Send required docs (incl certified copy of transcript in english only, VIA EMAIL to IIT France office
IIT France will distribute the dossier to the 3 professors you are asked to identify within 1 department at IIT Chicago
MUST CHOOSE ONLY ONE DEPARTMENT AT IIT
IF APPROVED BY THE PROFESSOR AT IIT, IIT France OFFICE will inform you, after which you will send your certified transcripts in the native language and english, and the Financial support form IN ORIGINAL BY POST, directly to the Department coordinator at IIT. You will be informed where to send the documents once approved.
DO NOT SEND ANY DOCUMENTS TO THE GRADUATE ADMISSION OFFICE AS THEY DO NOT PROCESS RESEARCH APPLICANTS
LOGEMENT (août 2011-mai 2012)
° Résidence sur le campus (MSV – McCormick Student Village) : une chambre = $5,384 à $5,568 ( €439 à €454 par mois/par person)
° Gunsalaus Hall - $6,368 à $11,628 ( pax)=$606 à 1 pièce $1,292 (€520 à €950 par mois p/p)
° State Street Village (SSV) - $10,724 à $12,864
$1,191 (€876) à $1429 (€1050) par mois p/p
° Carmen Hall - $4604 à 13,154 = $511( €376) à
$1462 ( €1074) par mois p/p
Taux de change : 1 euro = 1.36 USD ( 28/09/11)
LOGEMENT (août 2011- mai 2012)
En ville: ~ min. $900 (€330 -en co-location) ou €660(studio seul)