Duration
3 years
Training structure
Polytech Montpellier
Presentation
The Microelectronics and Automation (MEA) specialization trains multi-skilled engineers (bac+5) with recognized skills in electronics and microelectronics, automation and robotics, computer engineering and industrial computing.
Know-how and skills
On graduating, the MEA :
- Has acquired a solid scientific foundation in the fields of physics, electronics, automation and industrial computing;
- Has a good knowledge of the technologies specific to today's embedded systems, both hardware and software, and masters the associated design tools (CAD);
- Has acquired a specialization in the field of integrated circuit design or robotics;
- Is capable of managing the technical, human and economic aspects of a project or activity in the fields of electronic and automatic systems;
- Is attentive to issues of sustainability, recycling and eco-design.
He is qualified to perform the following functions:
- R&D Engineer
- Design and consulting engineer
- Methods and industrialization engineer
- Operations and Maintenance Engineer
- Quality engineer
- Technical sales engineer
- Business Engineer
- Project Manager
- Information Systems Administrator
Organization
Internships, tutored projects
Internship | Mandatory |
|---|---|
Internship abroad | Mandatory |
Engineering students complete several compulsory internships in companies or research laboratories:
- 1 to 3-month internship at the end of3rd year;
- 1 to 3-month internship at the end of4th year;
- 5-6 month internship at the end of5th year.
In5th year, they carry out an industrial end-of-studies project (300 hours) that places them in a professional situation and enables them to develop their autonomy.
Program
MAIN SUBJECTS TAUGHT
- mathematics
- physical
- digital & analog electronics
- automatic
- IT / industrial computing
- signal processing
- microelectronics
- human and social sciences
- modern languages
A full list of teaching units (TUs) and timetables is available at www.polytech-montpellier.fr, in the Training / Microelectronics and automatic control section.
Select a program
Mathematics and signals
6 creditsAlgebra
1.5 creditsSignals
1.5 creditsProba and statistics
1.5 creditsAnalysis
1.5 credits
Digital systems
8 creditsLogic systems S5
2.2 creditsIntroduction to networks
1 creditsIT
4.3 creditsIntroduction to linux
0.5 credits
Specialty elements
9 creditsWaves and Electrical Transm.
2 creditsMono linear systems
3 creditsIntroduction to electro
3 creditsComponent physics
1 credits
SHEJS and languages S5
7 creditsRemediation S5
DDRS
1 creditsTOEIC 3A preparation
0 creditsEnglish S5
2 creditsS5 adhesives
Written and oral communication
2 creditsS5 cross-disciplinary project
2 credits
SHEJS and languages
6 creditsEnviron.eco. companies
2 creditsS6 cross-disciplinary project
2 creditsEnglish S6
1 creditsTOEIC 3A preparation
S6 adhesives
Remediation S6
Company discovery internship
Transversal Skills Training
Optional
Your choice: 1 of 6
Digital systems
8 creditsIntroduction to microcontrollers
1.8 creditsDiscrete event systems
1.9 creditsDatabases
0.9 creditsAlgo numérique modélisat°
2.2 creditsLogic systems
2.2 credits
Linear systems
9 creditsDiscrete automatics
2.3 creditsElectro-loop systems
2.1 creditsIntroduction to AI techniques
1.4 creditsDesign of active analog filters
3.2 credits
Introduction to options
7 creditsAnalog integrated circuits 1
1.5 creditsIntroduction to robotic handling
1.5 creditsIntroducing mobile robotics
1.5 creditsIntegrated circuits num. 1
1.5 credits
Microelectronics and Automation 4th year
Your choice: 1 of 2
Microelectronics S7
5 creditsAnalog integrated circuits 2
2.5 creditsDigital integrated circuits 2
2.5 credits
Robotic handling
5 credits3D modeling and control
1.5 creditsS7 robotics project
1.5 creditsControl in free and constrained spaces
1 creditsPerception 1
1 credits
Automation and processing
8 creditsInformation theory
1 creditsMultivariable linear systems
3 creditsDiscrete-event systems (DES)
2 creditsAnalog filtering
1 creditsFiltering and processing
1 credits
Computing S7
8 creditsDatabases
1 creditsVHDL design
2 creditsReal-time systems and OS
2 creditsObject programming and modeling
3 credits
SHEJS and Languages S7
9 creditsOptional
Your choice: 1 of 6
Organization and function
1.5 creditsValidation Expérience Pro
S7 cross-disciplinary project
2 creditsProfessional integration
1.5 creditsEnglish S7
2 creditsTOEIC preparation
S7 remediation
S7 adhesives
Stage 4A
8 creditsDigital architectures and networks
7 creditsEmbedded systems
2 creditsMicroprocessor architecture
0.8 creditsAutomation and networks
2.4 creditsCryptography and hardware security
1 creditsEmbedded networks
0.8 credits
SHEJS and languages S8
5 creditsThe company and the law
0.7 creditsEnglish S8
1 creditsS8 adhesives
TOEIC preparation
S8 cross-disciplinary project
2 creditsRemediation S8
Technology internships
Project management
1.3 credits
Automation and Electronics S8
4 creditsElectronic modulators
1.6 creditsAnalog processing
1.6 creditsModelling, analysis
0.8 credits
Your choice: 1 of 2
Microelectronics
6 creditsAnalog integrated circuits 3
2 creditsIntegrated circuit testing
2 creditsDigital integrated circuits 3
2 credits
Mobile robotics
6 creditsPerception 2
0.75 creditsDependability in robotics
0.75 creditsModeling and control
0.75 creditsAdvanced modeling and control
0.75 creditsS8 robotics project
3 credits
Microelectronics and Automation 5th year
Your choice: 1 of 2
ROB special course
9 creditsRobotics option module
3 creditsYour choice: 6 to 8 of 8
Advanced architecture of digital integrated circuits
1 creditsStatistics
1 creditsRadio Frequency Identification (RFID)
1 creditsSensors and Microsystems
1 creditsMobile development: android applications
1 creditsValidation of mission-critical embedded systems
1 creditsGraphs and applications
1 creditsTechnology for health: study of neuroprostheses
1 credits
MIC special course
9 creditsYour choice: 6 to 8 of 8
Advanced architecture of digital integrated circuits
1 creditsStatistics
1 creditsRadio Frequency Identification (RFID)
1 creditsSensors and Microsystems
1 creditsMobile development: android applications
1 creditsValidation of mission-critical embedded systems
1 creditsGraphs and applications
1 creditsTechnology for health: study of neuroprostheses
1 credits
Microelectronics option module
3 credits
Your choice: 1 of 2
A5 MIC insert
4.5 creditsA5 ROB insert
4.5 credits
PIFE
11 creditsSHEJS and languages S9
5.5 creditsHealth and safety at work
0.5 creditsCorporate management
1.5 creditsSustainable Innovation & Responsible Entrepreneurship
1.5 creditsInformation stakes in the company
0.5 creditsQuality management
0.5 creditsTOEIC 5A preparation
Employment law
1 credits
Your choice: 1 of 2
Final year internship
30 creditsCP End-of-studies internship
30 credits
Admission
Access conditions
3rd year
- For students of classes préparatoires aux grandes écoles (CPGE): recruitment via the POLYTECH competitive entrance examination.
- For holders of an L2, L3, DUT, BTS or equivalent foreign diploma: competitive entrance exam based on application and interview.
- For PeiP2 students: after validation of course and national ranking.
Grade4
For holders of an M1 or equivalent foreign diploma: competitive examination based on application and interview.
Continuing education
Under certain conditions, the Microelectronics and Automation course is also open to employees with at least three years' professional experience in the field.
www.polytech-admission.org
And then
Professional integration
TARGETED BUSINESS SECTORS
- Engineering and consulting companies.
- Semiconductor industry.
- Telecommunications and multimedia sectors.
- Health sector.
- Transport industry.