Sciences, Engineering, Technological fields

Electronics and Embedded Systems (ESE)

  • Training structure

    IUT Nîmes

  • Language(s) of instruction

    French

Presentation

Objectives

The Electronics and Embedded Systems (ESE ) course will lead you to analyze, design and build electronic systems.
In companies, you will be called upon to manage teams of technicians and to work in collaboration with engineers in order to integrate, program, install, put into communication and maintain all this electronic equipment in fields such as home automation (alarm systems, weather stations, remote control, etc.), robotics (mobile robots, manipulator arms, etc.), transportation, aeronautics and space (driving assistance systems, drones, nano-satellites, etc.).), robotics (mobile robots, manipulator arms, etc.), transportation,aeronautics and space (driving assistance systems, drones, nano-satellites, etc.),audiovisual (air traffic control rooms, security PCs, etc.), health (collection and analysis of data, etc.), etc.), health (collection and analysis of vital data for optimal care in real time, etc.),connected agriculture (automated management of agricultural plots, etc.), sports (calculation of the speed of a shot, etc.), connected objects (IoT) andartificial intelligence (AI).
You will also learn how electronic systems communicate their data over the air or by optical means (infrared, optical fiber).

Embedded systems have the particularity of being autonomous devices in their operation and in their power supply. They are built by associating different components around a microcontroller or a microprocessor that runs a program (in C, Python, etc.).
Embedded systems are present in many everyday objects as well as in many areas of industry.

With the Electronics and Embedded Systems course, take part in this industrial and societal revolution!

Read more

Know-how and skills

The ESE pathway allows you to acquire a 4th skill:

  • Implement a hardware or software system:
    - Taking into account the organizational aspects related to the industrial, human and environmental contexts;
    - Guaranteeing a deliverable that complies with the design, manufacturing and standards files;
    - Guaranteeing upstream, downstream and cross-functional customer support in a quality approach.
Read more