Elective major - Embedded Systems

Campus : Angers
Prerequisites: Electronics and embedded software sector
Alternation available

Objective

This option trains engineers capable of taking charge of the entire development (from specifications to final delivery) (IT part) of an embedded system. These engineers will be able to talk to specialists in different fields (signal processing, automation, electronics, transmission, EMC, etc.) involved in the development.

Embedded systems are little known to the general public today, but they are already very much a part of our everyday lives... and spearhead innovation in many areas of the future!

It's a fast-growing sector, but one in which there has been a shortage of specialist engineers for several years. Engineers in this field are therefore highly sought after by industry.

Skills

At the end of their training, students must be able to specify (understand the expectations and needs of the client), design (in conjunction with the various specialists in the embedded field), build and test the future system. The aim is to obtain a product with the reliability and performance expected by the customer.

The production stage focuses on software development and the use of existing electronic components.

I am a candidate

Teaching units

Semester 8

Embedded Systems Project: 10 ECTS – 126h
Software Engineering for Embedded Systems: 5 ECTS – 59h
- SE Design, Test
Embedded Programming: 10 ECTS – 112h
- SE Advanced C language, Multitasking programming, From sensor to actuator, Android programming

Semester 9

Embedded Linux platform: 2 ECTS – 28h
End-of-studies project: 14 ECTS – 168h 8 elective teaching units (each worth 2 ECTS for 28 hours) from among: 14 ECTS – 196 h
Securing embedded software
Software quality
Formal modelling
Model-driven engineering
RTOS programming
Dependability
Advanced testing
Safe and efficient programming
Security for embedded SE
Machine learning for embedded systems
Connected object protocol
Multiphysics systems
Low-level security: hardware security – μC security – software security
Advanced processor system architectures
Android development
LoRa – Theory and Practice
Exchange security
Security audit VMware VCenter infrastructure
Offensive security
Cryptography Docker infrastructure
Openstack Cloud Infrastructures
Infrastructure monitoring
.NET platform
Android project
Responsible engineering
IS and corporate strategy: ERP/CRM – Business Intelligence (BI) – IS urbanisation – Change management – IS and strategy: Case study – Digital transformation
Advanced databases and noSQL
Web technologies and continuous integration
Client applications for the Web with React
Technology watch Duration of general and vocational courses