Electronics and Embedded Systems (ESE)

The Electronics and Embedded Systems (ESE) track will teach you to analyze, design, and build electronic systems.
In the workplace, you will be expected to supervise teams of technicians and collaborate with engineers to integrate, program, install, connect, and maintain all of this electronic equipment in areas such as home automation ( alarm systems, weather stations, remote controls, etc.), robotics (mobile robots, robotic arms, etc.), transportation, aerospace ( driver-assistance systems, drones, nanosatellites, etc.),audiovisual ( air traffic control rooms, security control centers, etc.), healthcare ( collection and analysis of vital data for optimal real-time care, etc.),connected agriculture (automated management of agricultural plots, etc.), sports (calculating the speed of a shot, etc.), connected devices (IoT), andartificial intelligence (AI).
You will also learn how electronic systems transmit their data via radio waves or optical means (infrared, fiber optics).

Embedded systems are unique in that they are autonomous in both their operation and power supply. They are built by combining various components around a microcontroller or microprocessor that executes a program (written in C, Python, etc.).
Embedded systems are found in many everyday objects as well as in numerous industrial sectors.

With the Electronics and Embedded Systems track, be part of this industrial and societal revolution!

The ESE program allows students to acquire a fourth skill:

• Implementing a hardware or software system:
  - Taking into account organizational aspects related to industrial, human, and environmental contexts;
  - Ensuring that the deliverable complies with design and manufacturing specifications and standards;
  - Ensuring end-to-end and cross-functional customer support as part of a quality-focused approach.