Raspberry With Python

All the participants will:

- Know all the perspectives of Internet

- Know all the features of Raspberry

- Learn software development tools to be used to develop Arduino applications

- Recognize the terms like temperature, daylight, distance, air quality sensors.

- Read and Write Data to SD Card with Raspberry Pi and Sensor Data to SD Card

- Learn Wireless Communication with Raspberry Pi

- Learn Android Communication via Bluetooth with Raspberry Pi

- Learn operating System Installation on Raspberry Pi

- knowing all the perspectives of Internet

- knowing all the features of Raspberry

- learning software development tools to be used to develop Arduino applications

- recognizing the terms like temperature, daylight, distance, air quality sensors.

- reading and writing Data to SD Card with Raspberry Pi and Sensor Data to SD Card

- learning Wireless Communication with Raspberry Pi

- learning Android Communication via Bluetooth with Raspberry Pi

- learning operating System Installation on Raspberry Pi

- Underlining the pedagogical approach

- Focusing on a mix of theoretical and practical knowledge

- Creating and implementing own learning solutions.

- Using this theoretical knowledge,

- Completing several practical tasks.

- Brainstorming and discussing

- Teachers, trainers, educators, school administrators, etc.

Before the course,

- A detailed pre-course questionnaire to indicate their level of experience, teaching backgrounds, and training will be completed by participants.

- They will also prepare a presentation to reflect their own teaching method.

- A course participation certificate will be given to all participants.

- A Europass Mobility Certificate will be given if the participant demands it, as well.

Ice-breaking activities and introduction of the course program

Getting to know each other – Presentation of participants (a five-minute presentation)

What are the Things of the Internet? What are the components of the Internet of thing’s ecosystem?

Internet of things Hardware infrastructure and components

Development boards, Sensors

Introduction of Raspberry Pi circuit development boards and types

Introduction of Raspberry Pi circuit development board and modules

- Design Reviews

- Cost

- Performance

- Power consumption

- Scalability

Introducing software development tools to be used to develop Arduino applications

Raspberry Pi IDE Installation

Introduction to C ++ Programming Language for Developing Raspberry Pi Applications

Application Development Using Input Output Pins with Raspberry Pi

Reading Value from Pins, Sending Value to Pins

Sensor applications with Raspberry Pi

Temperature, daylight, distance, air quality sensors

Filing with Raspberry Pi

- Read and Write Data to SD Card with Raspberry Pi

- Read and Write Sensor Data to SD Card

Displaying Text and Picture Using Raspberry Pi with LCD and TFT Display

Wireless Communication with Raspberry Pi

- Wireless Serial Communication with XBee Modules

- Using Wi-Fi Module with Raspberry Pi

- Connecting to the Internet via Wi-Fi Module

- Using GSM Module with Raspberry Pi

- Sending and Receiving SMS

- Connecting to the Internet via GPRS

Android Communication via Bluetooth with Raspberry Pi

Android App Development with MIT App Inventor App

Operating System Installation on Raspberry Pi

Overview of the course program

Evaluation of the course program

Filling the feedback forms

Europass Mobility Certificate, Participation Certificate