The Major in Embedded Systems
adds to the uniqueness of the ECE curriculum since our school
is one of the only graduate schools of engineering to offer full
academic training in this field. The embedded systems domain
is currently experiencing tremendous growth in the automobile,
aeronautics, space, rail, mobile communications, and electronic
payment solutions industries. The main technological driver
behind today’s research and development is the need for
mobility. Today, companies value operational embedded
systems engineers, and yet such graduates are hard to find
on the market.
Our students conduct their internships with leading companies
working as embedded software engineers, real-time software
engineers, embedded applications engineers, or industrial process
automation engineers working for DASSAULT AVIATION, SNECMA,
SCHLUMBERGER, VALEO, etc.
Educating and training engineers who can design, develop and use :
* Embedded software
* Real-time applications
* Onboard computer and electronic systems
Building expertise in the following technological fields :
* Electronics
* Computer science
* Networks
Reaching the following target industries :
* Automobile sector
* Air and space sector
* Rail sector
* Telecommunications industry
* Electronic payment solutions sector
* Smart cards industry
Train engineers for engineering service providers in:
* Industrial computing
* Technical and scientific computing
Training engineers for IT consultancies in :
* High technologies
* Emerging technologies
Preparing our graduates for the following positions :
Marivi Garcia Botsmakian International Officer
For more information
Christophe Baujault
Head of the Embedded Systems Department
More than ten years in Embedded Systems Engineering
baujault@ece.fr Marivi Garcia Botsmakian International officer in charge of Study Abroad programs garciabo@ece.fr +33 144 390 609
Program Benefits :
The French Master’s Degree in Engineering is officially entitled Diplôme
d’Ingénieur.
In some countries, people are generally worrying about the Diplôme word,
which often refers to institutions and programs at a lower level. In France
however, this is quite the opposite: the French State only allows the final year
degrees it recognizes as such to be granted the Diplôme title.
The French Master’s Degree in Engineering is indeed delivered by
institutions accredited by the CTI (Commission of the French Ministry of
Education) – this is the highest level of recognition by the French State for
Schools of Engineering. Like ECE, these institutions are most of the time
members of the French Conference des Grandes Ecoles (the top Grandes
Ecoles are comparable to the Indian Institutes of Technology – IIT’s).
For many reasons, the French Master’s Degree in Engineering is
considered by companies as the most efficient degree for embracing all of
their industrial activities, even in research and development. First of all, it
is attracting the best students studying science after Baccalaureate (fresh
out of high school). Secondly, the programs leading to the French Master’s
Degree in Engineering are always matching scientific, technological and
managerial skills in such a way that the future engineers will prove rapidly
their professional efficiency and their ability to manage complex projects.
The comparison between the French Master’s Degree in Engineering and
the different Masters in… or Masters of … delivered in various universities
highlights undoubtedly the significant advantage of FMDE owners on the
job market. Their fast-moving progression within companies, be it in
technical or in managerial positions, highlights the perfect adaptation
of their training program to the expectations of various organizations
(whether producing goods or services).
This explains why the French companies operating overseas and
interested in hiring Engineers are particularly attracted to applicants
with a French Touch. Students acquire the latter when they study for the
French Master’s Degree in Engineering.
As a Master’s Degree, the French Master’s Degree in Engineering is
recognized all over the European Union and benefits from the reputation
of France’s technological savoir faire throughout the world.
YEAR 1 - SEMESTER 1
- F
ALL - SEPTEMBER T
O DECEMBER
FLE
6 ECTS
French culture and language
Develop your understanding and grasp of contemporary French culture and language.
Develop communication skills for effective group coordination and management and conflict resolution, with the objective of improving team productivity and effectiveness.
Communication
3 ECTS
Communication, Management & Language 1
Develop your understanding and grasp of contemporary English culture and English language.
English
Learn how to analyse the financial situation of a company, the competitive and econo-mic context, and use this information for effective decision making.
Financial Management
5 ECTS
Project 1
Understand the lifecycle of an industrial IT project, its phases and documentation. Learn how to use tools and techniques for planning, budgeting, and organising project resources.
Project Management
Apply the tools and techniques presented in the other courses of this module to a year-long, multi-disciplinary (hardware + software + networks) industrial project.
Multi-disciplinary Project
Lab Tutorial Lecture 18h 15h 15h 26h 6h 8h 50h4 ECTS
Methodology 1
Apply mathematical techniques such as modeling, statistics, and algorithms to the optimisation of complex real-world problems, and apply these in a decision-making process.
Operational Research
18H
Become operational in the Unix/Linux environment: Use of common commands, the shell and development tools.
Embedded Linux
6 ECTS
Embedded Software
Discover the basics of the development of an embedded application, using the Windows CE operating system as a development environment.
Microsoft CE
10h
16h
Digital Circuit FPGA-VHDL
6 ECTS
Embedded Hardware
Semester 1 syllabus
Major in Embedded Systems
50h
Design and model the architecture of complex communicating systems using UML. Iden-tify good and bad architecture using Design Patterns and Anti-Patterns. Specify real-time constraints with MARTE. Model a protocol.
Describing system architecture with UML
12h 6h 6h
12h Carry out an independant research project into new, innovative or interesting
technolo-gies outside of the academic curriculum. Analysis and Assessment, and presentation of findings in a public poster session.
Technology Project
YEAR 1 - SEMESTER 2
- WINTER - J
ANUARY T
O APRIL
Develop communication skills for effective group coordination and management and conflict resolution, with the objective of improving team productivity and effectiveness.
Communication
4 ECTS
Communication, Management & Language 2
Further your understanding of contemporary issues & English language.
English
Learn how to analyse the financial situation of a company, the competitive and econo-mic context, and use this information for effective decision making.
Financial Management
6 ECTS
Project 2
Apply the tools and techniques presented in the other courses of this module to a year-long, multi-disciplinary (hardware + software + networks) industrial project.
Multi-disciplinary Project
Lab Tutorial Lecture 15h 16h 100hLearn the fundamentals of programming real-time multi-tasking systems.
Real Time
6 ECTS
Embedded Software
Study the IP, UDP and TCP Protocols. Also study the following protocols : NFS, NIS, DNS, NETBIOS, DHCP, WINS and HTTP.
Computer Networks 2
16h 8h 16h
9h 4h 8h
Study and implement solutions with DSP
DSP
6 ECTS
Embedded Hardware
Study the concepts, hardware and software of industrial data-processing networks. Understand the constraints of industrial environments and the applicability of different local networks to these environments.
Industrial Networks
14h 8h 10h
18h 25h
24h
Learn the basics of the development of an embedded application, using the Windows CE operating system as a development environment.
Framework CE
20h
Understand the theory and practice of sensors used in embedded systems
Sensors & Interface
12h 4h
Semester 2 syllabus
FLE
2 ECTS
French culture and language
Develop your understanding and grasp of contemporary French culture and language. 50h
6 ECTS
Networks
YEAR 2 - SEMESTER 3
- F
ALL - SEPTEMBER T
O DECEMBER
M1 Internship, UCI and SBO
12 ECTS
M1 Internship
Results of the technical Internship from April to August - Master 1st Year.
Follow a 3-week management seminar at UCI covering 4 themes : People Management, Financial Management, Manufacturing Management and Marketing Management.
Management Seminar at the University of California, Irvine
Acquire technical, metholodogical and sector-specific competencies in emerging and inno-vative technologies identified as having strong future growth potential. Examples: Internet, Health, Biometry, Nanotechnology, Automobile, Energy ..
Sector-Based Option
Lab Tutorial Lecture
60h
Reach a better knowledge of yourself in order to increase your skills, understand others, and manage them in the best possible way.
Communication
4 ECTS
Communication, Management & Language
Learn about patent and intellectual property laws.
Intellectual Property Law
21h
9h
Study the protocol of unicast and multicast routing on IP
Computer Networks
3 ECTS
Network
Follow a global presentation of different wireless networks (Bluetooth, WIFI,…), the interest for embedded systems, and their integration in embedded systems.
Wireless Networks & Sensor Networks 9h 4h 8h
8h
Discover the use of the Operating System ANDROID - Design an application.
Android
6 ECTS
Embedded Software
The aim is to introduce students to the service approach in software engineering and more particulary with OSGI.
OSGI Platform
3h 8h
12h
Discover the use, and scientific and technical contexts of image processing and the pattern recognition in embedded systems
Images processing
6h 10h
Discuss the stakes and issues of sustainable development along three main guidelines : society, economy and environment.
Sustainable Development
15h
Embedded Architectures
5 ECTS
Embedded Hardware
Study the creation of real-time applications in Java (J2ME), with a practical implementa-tion on a cellular phone.
Embedded JAVA
2h 12h
Semester 3 syllabus
Major in Embedded Systems
Presentation of the basic principles of parallel programming based on the analysis of multiprocessor architectures and multi-core.
Parallel programming
20h 8h
YEAR 2 - SEMESTER 4
- WINTER - J
ANUARY T
O AUGUST
Final Project
6 ECTS
Final Project
Apply the tools and techniques acquired over the two years of the master program in a one-month, full-time development project (with industrial partners).
Lab Tutorial Lecture
150h
Conduct an «engineering» internship at a level equivalent to that of a qualified engineer, from February to September.
Engineering Internship
22 ECTS
Engineering Internship
You are required to take a TOEFL or TOEIC certification exam and to reach a certain score to pass the ECTS credits and graduate.
English Certification
1 ECTS
English Certification
Behave according to what the French Engineering Charter expects of engineers.