Système Embarqué - Raspberry
Is a compact and affordable computer, used for learning programming, electronics projects and rapid prototyping. The Raspberry Pi is a versatile mini-computer, often used in embedded systems for prototyping, development and IoT applications.
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You will develop your professional skills by working on concrete projects inspired by business reality. No problem, study at your own pace.
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Raspberry Pi Training Objectives
Operational objective:
Know how to make the right platform choices for your projects, design your circuits and program them with Arduino and Raspberry Pi.
Educational objectives:
At the end of Arduino Raspberry Pi training you will have acquired the knowledge and skills necessary to:
- Choosing the right electronic rapid prototyping solution based on your project (Arduino, Raspberry Pi, etc.)
- Know how to use a breadboard to prototype a simple circuit
- Know how to create programs that allow the use of: a digital input/output (GPIOs), an analog input (ADC) and a PWM output
- Using a Raspberry Pi to create a web server capable of displaying sensor data and allowing it to be controlled remotely
Who is this training for?
Audience :
The course Arduino Raspberry Pi is aimed at anyone wishing to learn how to design and prototype a connected object: choosing components, creating a circuit, programming and debugging.
This course may also be of interest to developers wishing to add the basics of electronics and embedded programming to their range of skills.
Prerequisites:
To follow this training of Arduino Raspberry Pi It is recommended to already have some programming basics (variables, loops, tests, functions, etc.) and to have already used a Linux command line environment.
A pedagogy based on practice
- Acquire essential skills by validating professional projects.
- Progress with the help of a professional expert.
- Gain real know-how as well as a portfolio to demonstrate it.
Arduino Raspberry Pi Course Contents:
Basics of electronics and first steps with Arduino
Practical workObjectives: Review the basics of electricity and create your first programmable circuits with Arduino
Description: Use an Arduino and a breadboard to create your first circuits. Simple practical exercises to control LEDs, read the state of a button and measure the brightness of a room.
Go further with Arduino:
Practical workObjectives: Go further in the use of Arduino and the use of more complex sensors
Description: Creation of a first autonomous circuit: A “fan” that automatically turns on when the temperature detected exceeds a threshold. Installing a library (Adafruit DHT11) to read the status of a temperature sensor and use a relay to control a voltage greater than 5 volts.
Raspberry Pi: Introduction
Practical work:Objectives: Get to grips with the Raspberry Pi, the Linux environment and learn how to use the Raspberry Pi GPIOs in Python
Description: Creation of a basic video surveillance system, capable of taking a photo each time a presence is detected by a PIR sensor.
Raspberry Pi: Continued
Practical work:Objectives: Discover the advantages (and disadvantages) of the different ways to make an Arduino and a Raspberry Pi communicate
Description :
– Create a simple Python program capable of displaying data measured by an Arduino to store them in a text file
– Create a Python program capable of controlling an Arduino via the serial port according to a user’s requests
Internet / Flask
Practical work:Objectives: Understand how the Internet works, the usefulness of different programming languages. Create your first web pages in HTML/CSS and make them accessible from the Internet
Description: Continuing the practical work from the day before:
– Create a web interface to display environmental data and a photo taken by the Raspberry Pi camera
– Allow to control an actuator or take a photo from a web page
APIs
Practical work:Objectives: Connect our circuits to external services in order to publish data on the Internet (Google Drive, social networks, instant chats) or retrieve data from the Internet.Description: Depending on the needs of the participants, use of an API to respond to one of their issues (e.g. Send a message on Telegram in the event of an alert on a sensor / React to a tweet / Store data in a Google Sheet)
Individual and privileged supervision.
- Benefit from weekly individual sessions with an expert mentor in the field
- quickly in your projects thanks to its excellence in sharing its know-how
The Empire Training community
- Count on a close-knit community of students ready to help you 24/7.
Online pre-registration
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