W H I T E P A P E R

DISCLAIMER

• This channel is meant for people who want to create. 
• We will mainly focus on embedded electronics and computer science. 
• We recommend to have some basics of electronics and programming.
• The first workshop will start on February 5th.
• runthecode.io goes live on January 25th.
• The code relating to the workshops will be stored at this GitHub address: runthecode-io

Please Keep in mind that:

• The evolution of this channel depends on the demand.
• The donations and profits made will be used for promoting the channel and buying electronics for the upcoming workshops.
• More workshops will be added in the future to the ROADMAP.

For requests and information:

• contact@runthecode.io

ROADMAP

[W1] GPIO

• Introduction [ February 5, 2018 ] 
• GPIO w/t Arduino
• GPIO w/t MSP430
• GPIO w/t STM32 
• GPIO w/t Raspberry Pi 
• GPIO w/t ODROID 
• GPIO using Python 
• GPIO using Matlab 
• GPIO using Android

[W2] Communication protocols 

1. UART 

• Introduction
• UART w/t Arduino 
• UART w/t MSP430  
• UART w/t STM32 
• UART w/t Raspberry Pi 
• UART w/t ODROID 
• UART via Bluetooth 
• UART using Python 
• UART using Matlab 
• UART using Android

2. I2C 

• Introduction  
• I2C w/t Arduino
• I2C w/t MSP430   
• I2C w/t STM32 
• I2C w/t Raspberry Pi 
• I2C w/t ODROID
• I2C using Python  
• I2C using Matlab 
• I2C using Android

3. SPI

• Introduction
• SPI w/t Arduino
• SPI w/t MSP430
• SPI w/t STM32
• SPI w/t Raspberry Pi
• SPI w/t ODROID
• SPI using Python
• SPI using Matlab 
• SPI using Android

4. USB 

• Introduction
• USB w/t Arduino
• USB w/t MSP430
• USB w/t STM32
• USB w/t Raspberry Pi
• USB w/t ODROID
• USB using Python
• USB using Matlab
• USB using Android 

5. CAN 

• Introduction
• CAN w/t Arduino
• USB w/t MSP430
• USB w/t Raspberry Pi
• CAN using Python
• CAN using Matlab 
• CAN using Android