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Embedded Python Training

Live Online & Classroom Enterprise Training

Introduces Python programming in embedded systems. Focuses on hardware interaction, microcontrollers, and real-time applications.

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What is Embedded Python Training about?

Embedded Python bridges the gap between embedded C/C++ and high-level scripting by offering a flexible, developer-friendly environment. It enables control of embedded hardware like Raspberry Pi, MicroPython, or CircuitPython-supported boards, making it ideal for rapid prototyping, automation, and edge computing. This course focuses on using Python in constrained environments to communicate with hardware components, sensors, and actuators.

What are the objectives of Embedded Python Training ?

  • Understand Python’s role in embedded systems development. 
  • Interface Python with GPIO, I2C, and SPI components. 
  • Deploy Python applications on microcontrollers (e.g., Raspberry Pi, ESP32). 
  • Use MicroPython and CircuitPython for hardware interaction. 
  • Develop real-time applications and test automation scripts.

Who is Embedded Python Training for?

  • Embedded software engineers 
  • Python developers transitioning to hardware 
  • IoT and robotics enthusiasts 
  • Students in electronics/computer science 
  • Test engineers working on hardware validation

What are the prerequisites for Embedded Python Training?

Prerequisites:    

  • Basic knowledge of Python programming 
  • Understanding of embedded systems 
  • Familiarity with electronics and sensors 
  • Exposure to Linux-based systems (like Raspberry Pi) 
  • Experience with version control (e.g., Git) is a plus 

Learning Path:   

  • Introduction to Embedded Systems with Python 
  • Setting up development environments (MicroPython, CircuitPython) 
  • Working with GPIO, PWM, and ADC 
  • Communicating with sensors and peripherals 
  • Creating and deploying projects on microcontrollers 

Related Courses:   

  • MicroPython Programming 
  • Embedded C Programming 
  • IoT Fundamentals with Python 
  • Raspberry Pi for Developers

Available Training Modes

Live Online Training

5 Days

Course Outline Expand All

Expand All

  • Setting Up Python
  • Printing a Statement
  • Working with Variables
  • Working with Lists
  • Experimenting with Arithmetic Operators
  • Working with Conditions
  • Working with Loops
  • Working with Functions
  • Dictionaries
  • Implementing Classes
  • Adding more Methods to the Class
  • Understanding the Class Init Method
  • Inheriting from a Class
  • More on Inheritance
  • Getting the Required Tools
  • Installing the Required Tools
  • Accessing the Microcontroller using a Terminal
  • Accessing the Microcontroller using rshell
  • Setting an IDE for MicroPython Development
  • Getting the Required Documentation for STM32 Development
  • Analyzing the Peripheral and Buses in the Documentation
  • Constructing the Memory Address
  • Developing the Bare-Metal Driver
  • Overview of ARM Cortex-M General Purpose Input/Output Module
  • Developing the GPIO Output Driver using Direct Register Access
  • Developing the GPIO Input Driver using Direct Register Access
  • Exploring the MicroPython GPIO Class
  • Developing the GPIO Output Driver
  • Developing the GPIO Input Driver
  • Understanding STM32 Timers
  • Implementing Background Threads using Timers
  • Generating Precise PWM Signals using Timers
  • Generating Precise PWM Signals of changing Dutycycles
  • Developing the Timer Output Compare Driver
  • Developing the Timer Input Capture Driver
  • Developing the Watchdog Timer Driver
  • Developing the RealtimeClock Driver
  • Introduction to Analog to Digital Conversion
  • Analyzing the ADC Documentation
  • Implementing the ADC Driver using Direct Register Access
  • Developing the ADC Driver
  • Developing the ADC Periodic Sampling Driver
  • Reading Internal Channels : Temperature, VBAT, VREF
  • Overview of the UART Protocol
  • Developing the UART Transmit(TX) Driver
  • Developing the UART Receive(RX) Driver
  • Understanding Interrupts
  • Developing the External Interrupt (EXTI) Driver
  • Understanding the SPI Protocol
  • Developing the SPI Driver- Analyzing the Slave Device (ADXL345)
  • Implementing the SPI Read function
  • Implementing the SPI Write function
  • Implementing the slave intialization function
  • Testing the ADXL345 SPI Driver
  • Understanding the I2C Protocol
  • Developing the I2C Driver - Scanning the Bus for connected Slaves
  • Implementing the I2C Read function
  • Implementingthe I2C Write and Initialization fucntions
  • Testing the ADXL345 I2C Driver
  • Developing the Sleep Mode Driver
  • Developing the Stop Mode Driver
  • Developing the Standby Mode Driver
  • MicroPython Inline Assembly Basics
  • Working with Branching and Looping Instructions
  • Developing a GPIO Driver with Inline Assembly

Who is the instructor for this training?

The trainer for this Embedded Python Training has extensive experience in this domain, including years of experience training & mentoring professionals.

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