Sensors and Electronics for Connected Objects

Acquire theoretical and practical knowledge in the field of sensors (vocabulary, definitions, composition, implementation, instrumentation), as well as capacitive, inductive, and resistive measurement. These measurement techniques will be applied to temperature, humidity, stress, and displacement sensors. In addition, conditioning electronics and the instrument chain will be addressed, with a particular focus on wireless transmission using technologies used in connected objects (Wi-Fi, Bluetooth, BLE, Zigbee, Lora, RFID).

Give students an insight into what lies behind a connected object with a sensor component, an electronic conditioning/instrument chain component, and finally a wireless connectivity/transmission component. Practical work in the form of projects will give students the opportunity to familiarize themselves with the techniques mentioned.

1/ Part 1: Sensors / Conditioning electronics / Instrument chain

2/ Part 2: Sensors and applications: Temperature, Humidity, Stress, Displacement

3/ Part 3: Wireless transmission of sensor information 

Project-based assignments.

• Solid knowledge of electronics

Recommended prerequisites:

• Electronics / Physics of components and semiconductors

CM: 4:30 p.m.

            TD:

            Practical work: 9 hours

            Land: