School / Prep
ENSEIRB-MATMECA
Target level of study
Bac + 5
ECTS
180 credits
Duration
3 years
Language(s) of instruction
French
Presentation
To train engineers with a mastery of the fundamentals of electronics, and a solid scientific and technical culture complemented by a wealth of economic, social and human knowledge. These high-level, generalist electronics engineers master both electronic modules and systems in their hardware and software dimensions. They develop great adaptability and acquire skills in the main electronics technologies.
"The course gave me a solid grounding in analog and digital electronics, thanks to a wide range of high-quality teaching and very interesting study projects. The technical skills I have acquired thanks to my training are recognized by companies and are of great interest to recruiters. Today, I've found my calling: I work in the field of Artificial Intelligence! The school also enabled me to do a 3-month internship in the UK, which was a memorable experience."
Anne-Sophie
Objectives
The first two years of training are organized around general electronics themes. The 3rd year is dedicated to specialization options.
Three internships, lasting a total of 12 months, enable gradual immersion in a company in France or abroad.
Labels
The program is accredited by the Commission des Titres d'Ingénieur (CTI).
The course has been awarded the European EUR-ACE label, attesting to the quality of our training programs, both for our engineering students and for the companies that recruit our graduates.
In particular, this label facilitates :
- Student mobility between higher education establishments holding the label.
- The employability and professional mobility of our graduates, thanks to the recognition of their training according to demanding common European standards.
International dimension
ENSEIRB-MATMECA requires a minimum of 17 weeks' international mobility, either as a university exchange or internship. For further information.
Training benefits
- A significant part of the training is devoted to putting into practice the fundamental concepts of the 4 pillars of the electronics field: Analog, Digital, Automatic, Signal and Image Processing, through practical work and thematic projects.
- Common core of knowledge for semesters 5, 6 and 7.
- Innovative projects carried out by groups of students on topics proposed by industrialists or academics.
- Customize your career path by choosing 2 majors and 1 minor in semester 8.
- Numerous speakers from industry throughout the course.
- Reinforcement of scientific English through reports and presentations in English.
- Specializations in semesters 8 and 9. International mobility of at least 17 weeks.
Program
The aim of the first two years is to acquire engineering-level skills through generalist courses and projects. The third year enables students to deepen their knowledge and skills through their chosen specialization. Three internships, lasting a total of 12 months, enable gradual integration into the professional world.
Several types of mobility are possible, in France or abroad:
- As part of one or more training courses
- In 2nd or 3rd year as part of an academic mobility program in one of our partner establishments.
In France
3rd year can be spent at a partner school or university (Groupe INP, Réseau Polyméca).
International
ENSEIRB-MATMECA requires a minimum of 17 weeks' international mobility, either as a university exchange or internship. For further information.
Select a program
Year 1 - Electronics Engineer
UE E5-A - Mathematics 1/ Physics 1
7 creditsMathematical engineering techniques 1
Coef. 2.5Probability
Coef. 1.5Electromagnetism
Coef. 1.5Physics for electronics
Coef. 1.5
UE E5-B - General electronics 1
9 creditsGeneral electronics
Coef. 3Project/Practical work
Coef. 3Circuits and systems I
Coef. 3
UE E5-C - Digital electronics/Computing
9 creditsCombinatorial and sequential logic
Coef. 3Basic processor architecture
Coef. 2Unix - C language
Coef. 4
UE E5-D - Languages and engineering culture
5 creditsSustainable development and corporate social responsibility: Part 1/2
Coef. 0.5Integrating the company
Coef. 1LV2
Coef. 1Sports and artistic physical activity
Coef. 1LV1 English
Coef. 1.5
UE E6-A - Mathematics, Signal, Automation
8 creditsAutomatique 1: Modeling and Control of Continuous Dynamical Systems
Coef. 1.5Automatic TP
Coef. 1.5Mathematical engineering techniques 2
Coef. 3Continuous signal processing
Coef. 2
UE E6-B - Electronics 2
8 creditsInterconnections and signal integrity
Coef. 1.5Analog electronics project
Coef. 3.5Introduction to Integrated Electronics
Coef. 3
UE E6-C - Numerics/Computing
4 creditsDigital Project
Coef. 1Microprocessor project
Coef. 1.5Computer project (C)
Coef. 1.5
UE E6-D - Energy and instrumentation
5 creditsIntroduction to energy management
Coef. 2Measures
Coef. 1TP Instrumentation and Measurement
Coef. 2
UE E6-E - Languages and engineering culture
5 creditsSustainable development and corporate social responsibility: Part 2/2
Coef. 0.5Integrating the company
Coef. 1LV1 English
Coef. 1.5Sports and artistic physical activity
Coef. 1LV2
Coef. 1
Year 2 - Electronics Engineer
UE E7-A - Analog circuits and systems
10 creditsSwitching Components and Circuits
Coef. 1.5Electronics for Energy Conversion 1
Coef. 1.5Practical electronics work
Coef. 1.5Analog & digital modulations for communications
Coef. 0.5Analog signal conditioning and acquisition chain
Coef. 1.5Integrated Circuits
Coef. 1.5Analog project
Coef. 2
UE E7-B - Digital Electronics
7 creditsUE E7-C - Automatic control and signals
8 creditsControl of Continuous and Discrete-Time Linear Systems
Coef. 1.51.5 creditsTravaux Pratiques Automatique Linéaire 1
Coef. 1.51.5 creditsOptimization
Coef. 11 creditsDigital signal processing
Coef. 1.251.25 creditsSignal practice
Coef. 11 creditsDigital Communication Systems
Coef. 1.751.75 credits
UE E7-D - Languages and engineering culture
5 creditsOptional student commitment (high level)
Optional student commitment (very high level)
Integrating the company
Coef. 1.5LV1 English
Coef. 2.50 creditsLV2
Coef. 1
Majors (your choice)
Choice of 2 out of 4
UE E8-A1 Digital Major
8 creditsUE E8-A2 Analog
8 creditsPLL & Applications
Coef. 1TP Electronics 2
Coef. 1Radio frequency techniques
Coef. 1EMC of electronic circuits
Coef. 1Radio Architectures & High Frequency Circuits
Coef. 1
UE E8-A3 TSI
8 creditsSignal compression
Coef. 2.252.25 creditsFiltering and estimation
Coef. 1.751.75 creditsArtificial intelligence for images
Coef. 1.51.5 creditsIntroduction to image processing
Coef. 2.52.5 credits
UE E8-A4 Automatique
8 credits
Minors (your choice)
Your choice: 1 of 4
UE E8-B1 Digital minor
4 creditsUE E8-B2 Analog
4 creditsTP Electronics 2
Coef. 1Radio Architectures & High Frequency Circuits
Coef. 1Circuit EMC Electronics
Coef. 1
UE E8-B3 TSI
4 creditsArtificial intelligence for images
Coef. 1.51.5 creditsIntroduction to image processing
Coef. 2.52.5 credits
UE E8-B4 Automatic
4 credits
Free Modules
5 creditsFree modules (your choice)
Choice of 2 out of 15
Business Intelligence
Coef. 0.5Introduction to market finance
Coef. 0.5Technical sciences and society
Coef. 0.5Parcours entrepreneur Session 1
Coef. 0.5Human, high-performance management
Coef. 0.5Digital and innovative project management
Coef. 0.5Management & health at work
Coef. 0.5Operational amplifier: Analysis & Synthesis
Coef. 0.5Electronics for Energy Conversion 2
Coef. 0.5Free outdoor module
Coef. 0.5Introduction to Labview programming - real time
Coef. 0.5S8 TOEIC (compulsory retake)
Coef. 0.5Microsystems
Coef. 0.5Introduction to research - PhD program
Coef. 0.5Parcours entrepreneur Session 2
Thematic project
Coef. 1
Languages and Engineering Culture
5 credits
Year 3 - Electronics Engineer
Your choice: 1 of 8
Semester 9 - External
30 creditsSemester 9 - Radio systems and telecommunications
30 creditsUE C9SRT-A - RF and millimetre circuits
7 creditsRF measurements
Coef. 1Power amplifiers
Coef. 2LNA, mixer, frequency synthesis
Coef. 4
UE C9SRT-B - Communication Systems
4 creditsAdvanced Design System CAD project
Coef. 1RF systems
Coef. 3
UE C9SRT-C - Signal and energy management
5 creditsData conversion systems
Coef. 1Power management (intelligent energy management)
Coef. 1.5System design and implementation project
Coef. 2.5
UE C9SRT-D - Radio communications
5 creditsAntennas
Coef. 2Advanced Digital Communications
Coef. 2IoT
Coef. 1
UE C9SRT-E - Microelectronics
4 creditsIntegration technologies
Coef. 1ICBM Conference
Coef. 1MOS silicon component manufacturing internship
Coef. 2
UE Languages and engineering culture
5 credits
Semester 9 - Industrial purchasing of electronic components
30 creditsSemester 9 - Automatics and mechatronics, automotive, aeronautics and space
30 creditsUE E9AM2AS-A - Tools and Software for Automatic Control (OLA)
5 creditsKalman filtering
Coef. 1Optimization
Coef. 1Bond Graph modeling
Coef. 1.5Random processes and information theory
Coef. 1.51.5 credits
UE E9AM2AS-B - Modeling, Identification, Monitoring (MIS)
5 creditsIdentification of dynamic systems
Coef. 2.5Fault detection and location
Coef. 2.5
UE E9AM2AS-C - Robust Multivariable Controls (CRM)
5 creditsUE E9AM2AS-D - Vehicle Dynamics and Aerospace Systems (DVSAS)
5 creditsVehicle dynamics
Coef. 2.5Automatic Flight Control
Coef. 1Aerospace Systems Dynamics
Coef. 1.5
UE E9AM2AS-E - Robotics (R)
5 creditsRobotics / Connected Autonomous Vehicles
Coef. 1.5Actuators and their control
Coef. 1Modeling and control of robotic processes
Coef. 1Path planning
Coef. 1.5
UE Languages and engineering culture
5 credits
Semester 9 - Electronic systems for biomedical engineering
30 creditsUE A - Electronics systems
8 creditsEA311 - System dimensioning and design
Coef. 1.5EA312 - Electronic board design
Coef. 1EA321 - Power management
Coef. 2EA322 - Energy harvesting
Coef. 1EN341 - Embedded signal processing
Coef. 1.5PH301 - Electromagnetic compatibility
Coef. 1
UE B - Data acquisition
8 creditsEA331 - Sensors and measurements
Coef. 2EA332 - Front-end acquisition
Coef. 1.5EN342 - IoT and communication protocols
Coef. 3PH302 - Introduction to biosignals
Coef. 1.5
UE C - Specifics of electronics for healthcare
9 creditsHC351 - State-of-the-art and recent developments
Coef. 1.5HC352 - Regulation and standards
Coef. 1.5HC353 - Usage and usability
Coef. 1HC354 - Ethics and engineering
Coef. 1PR361 - Bibliographic study
Coef. 1PR362 - Realization project
Coef. 3
UE D - Languages and engineering culture
5 credits
Semester 9 - Embedded systems
30 creditsUE E9SE-A - Hardware architecture and joint design
6 creditsUE E9SE-B - Software architecture and operating systems
6 creditsUE E9SE-C - Networks and systems security
6 creditsSensor networks. Internet of Things
Coef. 2Physical security of systems and data
Coef. 1Networks and services
Coef. 1.5Software security for systems and networks
Coef. 1.5
UE E9SE-D - Advanced studies
7 creditsUE Languages and engineering culture
5 credits
Semester 9 - Signal and image processing
30 creditsUE E9TS-A - Advanced signal processing methods
5 creditsRadar signal processing
Coef. 1.51.5 creditsRandom processes and information theory
Coef. 1.51.5 creditsLevel 1 optimal and adaptive digital filtering
Coef. 22 credits
UE E9TS-B - Advanced image and video processing methods
5 creditsSegmentation and morphology
Coef. 2.52.5 creditsComputer vision
Coef. 2.52.5 credits
UE E9TS-C - Artificial intelligence
5.75 creditsDevelopment of lightweight AI on an embedded system
Coef. 1.751.75 creditsShape recognition
Coef. 22 creditsDeep learning
Coef. 22 credits
UE E9TS-D - Tools and algorithms
5.25 creditsDSP on programmable component
Coef. 1.751.75 creditsC language and GPU for TSI
Coef. 22 creditsArtificial intelligence applications
Coef. 1.751.75 credits
UE E9TS-E - Advanced project
4 creditsAdvanced project
Coef. 44 credits
UE Languages and engineering culture
5 credits
Semester 9 - Robotics and learning
30 creditsUE I9ROBOT-A - Modeling and control of robotic systems
5 creditsCommand control
Coef. 1Robot modeling and performance analysis
Coef. 2Numerical methods for robotics
Coef. 1
UE I9ROBOT-B - AI and robotics
5 creditsHuman-robot interaction
Coef. 1.5AI for autonomous robotics
Coef. 1.5Planning
Coef. 1Imaging tools for robotics
Coef. 2
UE I9ROBOT-C - Embedded systems
5 creditsMechatronics
Coef. 2Embedded systems project
Coef. 3
UE I9ROBOT-D - Robotics project
5 creditsRobotics project
Coef. 4State of the art Robotics project
Coef. 1
UE I9ROBOT-E - Professional integration
5 creditsA first robot in the Robotics Workshop
Coef. 2A day in the footsteps of a company director
Coef. 1Robot Makers' Day disseminations
Coef. 1Oral scientific communication techniques
Coef. 1Workshop AI for industry
Coef. 3R4 seminar
Coef. 1Workshop ROS for industry
Coef. 3Scientific culture
Coef. 1Robots & Agro Workshop
Coef. 1
UE Languages and engineering culture
5 credits
Semester 10 - 2A internship and final year project
26 credits2A internship report and defense
Coef. 66 creditsPFE report and defense
Coef. 1212 creditsValidation of course 2A
Coef. 22 creditsValidation of final project
Coef. 66 credits
Semester 10 - Professional Project
4 creditsDiscovery course
Coef. 1Professional project presentation
Coef. 3
Organization
Courses
1st year internship - Discovery internship
Duration | 1 to 2 months / July - August |
---|---|
Type of mission | Discover corporate life and the engineering profession |
2nd year internship - Application internship
Duration | 3 to 4 months / June - September |
---|---|
Type of mission | Role-playing on technical problems |
3rd year internship - Final year project
Duration | 5 to 6 months / February - September |
---|---|
Type of mission | A large-scale mission that the student-engineer follows in its entirety |
Admission
Admission requirements
The Electronics specialization is open to the Concours Commun INP, the Pass Ingénieur competitive entrance examination, integrated preparatory classes (La Prépa des INP, CPBx, Licence renforcée de Poitiers, Licence renforcée de Toulon) and admissions on the basis of qualifications (Licence, BUT and ATS).
Concours Commun INP (CCINP)
The Electronics branch recruits most of its students via the Concours Commun INP (CCINP), MP, MPI, PC, PSI, TSI, PT branches.
- MP stream: 26
- MPI sector: 2
- PC stream: 13
- PSI stream: 24
- TSI stream: 5
- PT stream: 5
The Pass Ingénieur Competition
- L2 or L3 at university: 1
Integrated preparatory classes
- The Prépa des INP is common to all the INPs in France (Bordeaux, Clermont-Ferrand, Grenoble and Nancy). It gives access to over 30 public engineering schools on the basis of continuous assessment. Number of places available for the Electronics stream: 5
- The CPBx (Cycle Préparatoire de Bordeaux) is shared by 9 engineering schools in the Nouvelle-Aquitaine region. Number of places available for the Electronics stream: 3
- The Licence renforcée de Poitiers is a 2-year course leading to admission to one of our partner engineering schools. Number of places available for the Electronics stream: 1
- Toulon 's reinforced bachelor's degree is a 2-year course leading to admission to one of our partner engineering schools. Number of places available for the Electronics stream: 1
Recruitment based on qualifications
In 1st year, the school recruits students with a BUT or a scientific and technological bachelor's degree, obtained under excellent conditions and corresponding to the scientific field of the stream in question. Admission to 2nd year is open to students holding a 1st year scientific and technical master's degree.
Number of places offered on the basis of qualifications for the Electronics stream :
- 1st year: 14
- 2nd year: subject to availability
Students residing in the following countries must apply via the Campus France procedure only: Algeria, Argentina, Benin, Brazil, Burkina Faso, Burundi, Cameroon, Chile, China, Colombia, Comoros, Congo Brazzaville, Côte d'Ivoire, Democratic Republic of Congo, Djibouti, Egypt, Gabon, Guinea, India, Indonesia, Iran, Japan, Kuwait, Lebanon, Madagascar, Mali, Mauritania, Mauritius, Mexico, Morocco, Peru, Russia, Senegal, Singapore, South Korea, Taiwan, Togo, Tunisia, Turkey, USA and Vietnam.
To apply, check that your diploma qualifies you for the course you wish to follow (document available here).
Apply now :
- Applications must be submitted March 13 to May 22, 2025 on the eCandidat. For further information about your application, please contact the school by e-mail at : apply-enseirbmatmeca@bordeaux-inp.fr.
NB: If you do not have your last semester's transcript or diploma certificate when you submit your application, you must send them to us by e-mail at : apply-enseirbmatmeca@bordeaux-inp.fr as soon as we receive them. The absence of these documents will not penalize your application.
Required documents :
- Cover letter
- Curriculum vitae
- Photocopy of baccalaureate transcript
- Photocopy of transcripts and grades obtained during post-baccalaureate studies
- Avis de poursuite d'études (document to be downloaded from eCandidat) or avis de poursuite d'études as defined and issued by the curriculum leader (BUT2/BUT3) to be submitted on the website by May 22, 2025 or sent by e-mail by the curriculum leader to : apply-enseirbmatmeca@bordeaux-inp.fr
- Additional document: photocopy of diploma taken into account for admission or, failing that, provisional certificate of successful completion.
Admission requirements :
- Candidates will be able to consult their results on the eCandidat application by the evening of June 6, 2025.
- No results will be given over the phone.
Tuition fees
- Registration fee for Community students: 628* euros per year
- Registration fee for non-EU students: 3,941* euros for the first year / 628* euros for re-registration
- Registration fee for a gap year: 419* euros
- Under a professionalization contract (for the 3rd year), the cost of training is covered by the company's OPCO.
All students in initial training must pay the CROUS student and campus life fee before enrolling.
* Rate in effect for 2025-2026
And then
Professional integration
Engineers graduating from the Electronics program enjoy excellent conditions for professional integration, with rich and varied career prospects.
Professional integration in a few figures
- 6 out of 10 students find a job before leaving school
- 94% of recent graduates are in work 3 months after graduation
- 10% of graduates are preparing a thesis in a laboratory (salaried doctoral status)
What career opportunities are there for our electronics engineering graduates?
Geographic sectors :
- Nouvelle-Aquitaine: 29
- Ile de France: 24% of the total
- Occitania: 16
- International: 8% of sales
- Other: 23
Sectors of activity :
- Consulting and engineering companies: 36%.
- Computer activities and information services: 25%.
- Aeronautics, automobile and space industries: 17%.
- Information and Communication Technology (ICT) industry: 5%.
- Other: 17
Professions :
- FPGA development engineer
- Millimeter circuit designer
- Turboprop system engineer
- Numerical simulations research and development specialist
- Radar Algorithm Design Engineer
- etc.