Embedded Electronics and Telecom – Esprims

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Embedded Electronics and Telecom

Embedded Electronics has become in a few years an essential element in sectors as varied as automotive, aeronautics, telephony, consumer equipment, medical … Through targeted technological teachings, conferences and industrial case studies , this specialty prepares for the design and development of these systems where hardware and software are closely linked.

The fields and tools mainly studied within the framework of this specialty are: real-time OS, methodology, microcontrollers, programmable logic and VHDL, communication bus, on-board communication (USB, IP, …).

The training is accessible to students admitted to the entrance examinations to engineering schools and to holders of a License in connection with the offer of training in Electrical Engineering specializing in Electronics and Telecoms.

Mission of an engineer

The job of an electronics engineer is the “top” of electronics jobs. He can work in very diverse environments because electronics are everywhere and innovation is an essential lever for growth. These professionals are found in particular in transport, energy, telecommunications … They are present from the design of the product to its application and work in constant contact with the teams.

Electronics engineers are also focused on the latest innovations and scientific discoveries, making practical and concrete applications for finished products and even creating their prototypes. During manufacturing, he designs the production process, determines the assembly steps, manages the teams …

Finally, he can, among other things, specialize in sales. Its role is then to sell services or products and to lead the negotiations. The prospects and career development are very broad.

Features

The distinction between the tasks of Embedded Electronics & Telecom engineers and those of computer engineers and software engineers and designers is sometimes quite thin.

In general, electronics engineers are responsible for hardware, computer engineers for information and communication computer networks, and software engineers and designers. This distinction would be clear, but it is common for engineers to perform many of these tasks if not all.

In addition, Embedded Electronics & Telecoms engineers are also responsible for the development of software integrated into hardware: household appliances, industrial machines, airplanes, automobiles, etc.

Programs

1ère année

– Mathematics and Computer Tools: Mathematics, Algorithmics and C Programming, Probability and Statistics, Introduction to Object Oriented Programming.

– Electrical Engineering: Analog electronics, Logic Functions and Circuits, Electric and Magnetic Circuits, Electrical Measurements, Automation, Signals, Systems and Propagation, Communication Electronics, Signal Processing, Mini Project (PFA ), Programmable Circuits, Programmable Logic Controllers, Electrical Machines, Power Electronics Components.

– Sciences: Semiconductor Physics, Electromagnetic Waves, Thermal Transfer, Resistance of Materials.

– Humanities: French, English, Communication Techniques.
2nd year

– Mathematics and Computer Tools: Numerical Analysis, Operations Research, UML Modeling Language, Operating Systems (Linux), Computer Networks, Soft Computing, Embedded C, Mini Project (PFA).

– Electrical Engineering: Electronic Technology and Schematics, Information Theory, Mobile Networks, Digital Communications, Digital Circuit Description Language (VHDL), Microprocessors and Microcontrollers, Peripherals and Techniques Interfacing, Static Converters, Sensors, Real Time Embedded Operating Systems (Embedded RTOS), Real Time Embedded Java, Digital Filtering, Image Processing, Microwaves and Antennas, Telecommunications Networks.

– Humanities: Modern language (German, Spanish or Italian), English 3 (TOEIC).
3rd year

1st Semester

– Telecoms: Systems on Chips (SoC, SoPC), NoC and Broadband Networks, Android Applications and Chip Cards (JacaCard), Integrated Circuits CAD / CAM, Intelligent Sensor Technology, Techniques of Transmission, Cryptography and Security of Telecom Networks, Intelligent Networks and NGN, Planning and QoS, WEB Programming and Mobile Applications.

– Humanities: Business Creation and Management, Project Management.

2nd Semester

End of Studies Project

Opportunities

The evolution of employment in this occupation depends on the current strong demand for machinery and equipment containing electrical and especially electronic components, and on trends influencing the computer and electronic product manufacturing industry.

Engineers can start in a design or production department. They can then progress to positions of project manager, production unit manager. At the crossroads of technology, sales and service, the business engineer is often an electronics engineer with extensive experience. In all cases, focus on mobility. Indeed, over the course of the projects in which he participates, an electronics engineer can be assigned to different functions. The applications of electronics in the automotive industry continue to progress. The same is true in all sectors of activity. Electronics appears to be a strategic technique, essential to the competitiveness of the economy.