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Master i ENSEEIHT Electronics, Embedded systems

Majors:
ELECTROMAGNETISM
SIGNAL and IMAGE PROCESSING
EMBEDDED SYSTEMS and INTEGRATION

Official Title
Systèmes Electroniques pour Applications Embarquées et Systèmes communiquants

Institute website
http://www.enseeiht.fr
Program

Course language
Major M1 M2
ELECTROMAGNETISM French English
SIGNAL and IMAGE PROCESSING French English
EMBEDDED SYSTEMS and INTEGRATION French Bilingual French and English

The M1 section is taught by
The institute : ENSEEIHT

The M2 section is taught by
The institute : ENSEEIHT et INSA (option Intregrated Circuits)

Domains
Circuit, Signal and image processing, Telecommunications, Embedded systems, Microwave, Electronics, Embedded systems, Embedded systems
Section M1

Location
ENSEEIHT
2, rue Charles Camichel BP 7122
31071 Cedex 7 Toulouse

Cost of M1
4000 euros

Description M1
Embedded systems are everywhere: computing, automobile, avionics, satellites, telecommunications, home automation systems, medical, electronic consumer etc...Electronics is one of the major disciplines in the conception of embedded systems. It allows the design of integrated circuits (microprocessors, DSP, ASICs), digital and analog signal processing. Microwaves and High frequencies components and Systems are in the heart of telecommunications (satellites, Mobiles phones, automobile, health). The effective management of the energy in these circuits is the common denominator of all embedded applications.

This training is dedicated to the electronic systems for embedded and communicating applications : design of integrated circuits (noise, EMC, energy management, power, MEMs, optoelectronics, instrumentation), RF circuits, antennas (numerical methods for electromagnetism, high frequencies passive circuits, electrodynamics, materials) and the digital signal and image processing (video, telecommunications, multimedia applications). The basic courses concern signal theory, signal processing, electromagnetism, circuits theory (analog, digital, RF) with dedicated lab projects. Finally, the relations with industry and research are important: industrial and research projects are proposed during the two years training.
The natural continuation after the Master is the PhD for the best students.
Three options for the M2 (6 months of courses and 6 months of internship in a Lab or a Company).
- INTEGRATED CIRCUITS DESIGN FOR EMBEDDED SYSTEMS
- SIGNAL, IMAGE AND DIGITAL COMMUNICATIONS
- ELECTROMAGNETISM


Scholarships M1
The real cost is 9000 euros. Exceptionnally, thank' to the excellency of the students selected by n+i, we propose a course fees of 4000 euros. 1) Moreover, a scholarship is given for the payement of the PIM (first semester of adaptation) so you will not pay it to n+i. 2). Scholarship through a reduction of the fees can be offered to students coming from partner universities. Exceptionnaly the same kind of scholarship can be given to top level student.


Period 1
September - January Language Hours* Credits*
Note: a part of (or all) the M1-Period 1 will be replaced by a "n+i" special package designed for foreign student.
See the Methodology Integration Package (PIM) for more informations.
or
Core
French fr 80.00 5.00

Sport fr 20.00 2.00

Maths Analysis fr 10.00 1.00

Maths Algebra fr 10.00 1.00

Maths: Complexe Analysis fr 6.00 0.50

Maths Probability/Statistics fr 10.00 1.50

Circuit fr 20.00 2.00

Circuit : practical fr 18.00 1.00

Matlab Initiation fr 21.00 2.00

Numerical Electronic fr 22.00 2.00

Linear Analog Electronic fr 20.00 2.00

Determinist Signal Processing fr 24.00 3.00

No Linear Analog Electronic fr 10.00 1.00

Numerical Treatment of Signals fr 16.00 2.00

Projects of Analog Electronic fr 28.00 1.00

Radio Frequency RF/ADS fr 16.00 2.00

Practicals RF/ADS fr 10.00 1.00

Period 2
February - September Language Hours* Credits*
or
Core
Optoelectronics fr 25.00 3.00

Industrial project or Research project fr 44.00 3.00

Practicals Opto fr 10.00 0.50

DSP fr 42.00 3.50

Specialization Module (microwave, signal processing, integrated circuits) fr 120.00 7.00

English fr 32.00 2.00

French fr 32.00 2.00

Sport fr 28.00 1.00

Law and Communication fr 16.00 1.00

Elective courses, choose 0 in "Elective courses : 4 among 7"
Numerical Project fr 32.00 2.00

Microcontroler fr 26.00 1.50

Introduction to Telecom fr 16.00 1.50

Introduction to Networks fr 22.00 2.00

Hyperfrequency Projet fr 32.00 3.00

Practicals Hyper fr 10.00 0.50


* The number of course hours may be subjected to slight variations.
* More informations about ECTS credits.
Section M2

Location
ENSEEIHT et INSA (option Intregrated Circuits)
ENSEEIHT 2, rue Charles Camichel BP 7122
31071 Cedex 7 Toulouse
INSA 135, Avenue de Rangueil - 31077 Toulouse Cedex 4 – France

Cost of M2
4000 euros

Description M2
Embedded systems are everywhere: computing, automobile, avionics, satellites, telecommunications, home automation systems, medical, electronic consumer etc...Electronics is one of the major disciplines in the conception of embedded systems. It allows the design of integrated circuits (microprocessors, DSP, ASICs), digital and analog signal processing. Microwaves and High frequencies components and Systems are in the heart of telecommunications (satellites, Mobiles phones, automobile, health). The effective management of the energy in these circuits is the common denominator of all embedded applications.

This training is dedicated to the electronic systems for embedded and communicating applications : design of integrated circuits (noise, EMC, energy management, power, MEMs, optoelectronics, instrumentation), RF circuits, antennas (numerical methods for electromagnetism, high frequencies passive circuits, electrodynamics, materials) and the digital signal and image processing (video, telecommunications, multimedia applications). The basic courses concern signal theory, signal processing, electromagnetism, circuits theory (analog, digital, RF) with dedicated lab projects. Finally, the relations with industry and research are important: industrial and research projects are proposed during the two years training.
The natural continuation after the Master is the PhD for the best students.
Three options for the M2 (6 months of courses and 6 months of internship in a Lab or a Company).
- INTEGRATED CIRCUITS DESIGN FOR EMBEDDED SYSTEMS
- SIGNAL, IMAGE AND DIGITAL COMMUNICATIONS
- ELECTROMAGNETISM


Scholarships M2
The real cost is 9000 euros. Exceptionnally, thank' to the excellency of the students selected by n+i, we propose a course fees of 4000 euros. Scholarship through a reduction of the fees can be offered to students coming from partner universities. Exceptionnaly the same kind of scholarship can be given to top level student.


Period 1
September - January Language Hours* Credits*
or
Major : ELECTROMAGNETISM
Active / Power Components en 8.00 0.50

RF MMIC Circuits en 20.00 1.00

Antennas en 16.00 1.00

Plannar Antenna Integration en 8.00 0.50

Filter en 16.00 1.00

MEMS en 20.00 2.00

Optoelectronic & Microwaves en 14.00 1.00

Noise en 12.00 0.50

RF Equipment en 20.00 2.00

Telecommunication System en 10.00 0.50

Telecommunication System Architecture payload en 20.00 1.50

Radar System en 10.00 1.00

Electromagnetic compatibility en 18.00 1.00

High Frequency Measurements en 12.00 0.50

Propagation en 14.00 1.00

Propagation in Materials en 16.00 1.00

Terahertz Applications en 12.00 1.00

Technology en 20.00 1.00

Plasma Physics en 14.00 1.00

Electro-active materials en 14.00 1.00

Physic of plasmas en 14.00 1.00

HFSS Initiation en 8.00 0.50

Basis of Programmation en 6.00 0.50

Finite Element methods en 22.00 1.50

Finite Difference Time Domain Method en 12.00 1.00

Integral methods en 12.00 0.50

Method Hybridization en 8.00 0.50

Linear system and parallel calculus en 8.00 0.50

Resarch project en 60.00 4.00

or
Major : SIGNAL and IMAGE PROCESSING
Signal Representation and Analysis en 18.00 2.00

Parametric Spectral Analysis en 10.50 1.00

Estimation - Detection en 15.75 1.50

Classification and Pattern Recognition en 12.25 1.50

Advanced Digital Signal Processing fr 12.75 1.50

Digital Signal Processors (DSP) en 40.50 4.50

Inverse Problems en 14.00 2.00

Array Processing en 15.75 2.00

Adaptative Signal Processing en 11.00 1.00

Advanced Signal Processing en 20.00 3.00

Biomedical Image Processing en 16.50 1.50

Remote Sensing en 15.00 1.50

Remote Sensing Radar Images en 10.50 1.00

Biomedical Project en 20.00 3.00

Remote Sensing Project en 20.00 3.00

or
Major : EMBEDDED SYSTEMS and INTEGRATION
Integrated Circuits Design using Cadence CAD Software en 14.00 1.00

Microelectronic technology en 8.75 0.50

Technological and electrical simulations using Silvaco CAD Software en 7.00 0.50

Option 1: Analog Integrated Circuits en 20.00 1.50

Option 1 : Analog front-end Integrated Circuits en 5.25 0.50

Option 1 : Analog ASIC design project fr 38.50 2.00

Digital Synthesis fr 17.50 2.00

Mathematics operators in digital system fr 10.50 1.00

Digital-to-Analog and Analog-to-Digital converters fr 15.75 1.50

Option 2 : Digital IC Project fr 56.00 4.00

VHDLAMS fr 12.00 1.00

Digital Signal Processors en 13.00 1.00

Architectures, interfacing and reliability of embedded systems fr 12.00 1.50

Mobile autonomous platform project fr 26.00 2.50

MEMS Process fr 6.00 0.50

SIP Project fr 47.00 3.50

Laser and optical fiber sensing techniques en 21.00 2.00

Advanced optoelectronics en 10.50 1.00

Project Embedded optical links en 14.00 1.00

Integrated DC-DC Converters fr 13.00 1.00

Drivers and Integrated power management fr 5.25 0.50

Integrated passive transformers en 5.25 0.50

Electronic design in noisy environment fr 14.00 1.50

Electromagnetic Compatibility of Integrated Circuits en 12.00 1.00

Period 2
February - September Language Hours* Credits*
or
Core
Internship en 180.00 30.00


* The number of course hours may be subjected to slight variations.
* More informations about ECTS credits.