FR
EN
IOT : Internet of ThingsSystèmes Industriels (GSI)
Séquencement
Learning objectives
Understanding the techniques used in industrial connected objects Selecting systems that meet the needs and constraints of an IOT project Appropriation of good practice rules to deploy an IOT system
Prerequisites
| Module | Teaching unit | Semester |
|---|---|---|
| Electrokinetics 1 | Applied and Industrial Sciences 1 | S1 |
| Electrokinetics 2 | Applied and Industrial Sciences 2 | S2 |
| Automata and networks 1 | Electrical Engineering 1 | S5 |
| Digital Electronics | Applied and Industrial Sciences 3 | S3 |
| Automation and Networks 2 | Electrical Engineering 3 | S7 |
| Databases | Engineer's Tools S5 | S5 |
Program
Information Processing (VMC) Database Management Systems (MCD, MLD) Transmission of information (definition, principles, networks, industrial needs, OSI model) Communication media (wired, non-wired) TCP-IP model case (MAC/IP address, network) Protocols (from transport to application) IOT platform (Definition, architecture, examples) Industry 4.0 (IoT and digital transformation) Demonstration of various connected sensor solutions (ESP32, Modbus, RFID, NFC, WiFi, LoRa ...)
Assessment
Implementation in Practical Work; Continuous control.
References
Advanced PHP 5; E Daspet, Cyril, P de Geyer; Eyrolles HTML 5; R Rimelé; Eyrolles Advanced CSS; R Goetter; Eyrolles
Skills
3| Ref. | Verb | Description | Level |
|---|---|---|---|
| C3_1 | analyze | Analyze a problem of data acquisition or measurement, or communication with industrial control bodies | 3 |
| C3_2 | implement | Implement an efficient software solution to meet established specifications. | 3 |
| C3_3 | design | Propose implementation and operation solutions that are most independent of equipment. | 3 |