Course unit

Communicating objects

Last updated: 22/02/2024

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Course Director(s):

JAILLON Philippe

General Description:

The world of microelectronics has been acquiring an additional tool in recent years, namely communication with the outside world and in particular the Internet.

During this UP, the engineering student will be able to acquire the necessary knowledge  or the use of Internet communication protocols within embedded and communicating devices.

The learning support will be a set of microcontroller platforms that engineering students will learn to program and to which they can add external components to increase their functionality.

Key words:

Microelectronics Microcontrollers Communication Protocols Ethernet Internet Protocol Serial Communication

Number of teaching hours

36

Fields of study

Electronics, Telecommunications and Networks Computer Science, Information Systems

Teaching language

French

Intended learning outcomes

On completion of the unit, the student will be capable of: Classification level Priority
Know the different types of communications in systems 1. Knowledge Essential
Understand the purpose of a communication protocol 2. Understand Essential
Build communicating systems from subsystems 3. Apply Essential
Analyze existing communication systems to improve them 4. Analyse Important

Learning assessment methods

Percentage ratio of individual assessment Percentage ratio of group assessment
Written exam: 0 % Project submission: 0 %
Individual oral exam: 0 % Group presentation: 0 %
Individual presentation: 0 % Group practical exercise: 50 %
Individual practical exercise: 50 % Group report: 0 %
Individual report: 0 %
Other(s): 0 %

Programme and content

Type of teaching activity Content, sequencing and organisation
Course

The UP will begin with a presentation course that will allow students to learn about the communication protocols discussed, as well as their types of uses.

Practical courses

During the hands-on sessions, students will learn the tools to implement communications within their systems.

Each practical work session will address a different concept and complement what has been seen in previous sessions.

Case study

Students will be able to consolidate their learning by completing a case study that will allow them to apply everything they have learned to date.