Micropython has become increasingly popular among developers due to its ability to efficiently program microcontrollers using Python language. As a result, many online courses have emerged to cater to the growing demand for Micropython education. This article will examine some of the most highly-rated and informative Micropython courses available online, covering their content, delivery methods, and overall effectiveness in teaching this powerful programming language.
Here’s a look at the Best Micropython Courses and Certifications Online and what they have to offer for you!
10 Best Micropython Courses and Certifications Online
- 10 Best Micropython Courses and Certifications Online
- 1. Hardware Programming in MicroPython by Educational Engineering Team (Udemy) (Our Best Pick)
- 2. MicroPython for everyone using ESP32 / ESP8266 (Beginner) by Harish Kondoor (Udemy)
- 3. MicroPython with the ESP32 by Dr. Peter Dalmaris (Udemy)
- 4. MicroPython: Python für Mikrocontroller by Werner Böcker (Udemy)
- 5. MicroPython for the BBC Micro:bit by Venkatesh Varadachari, Naveen PS (Udemy)
- 6. Introduction to MicroPython using the Pyboard by Venkatesh Varadachari, Lakshana Ramalingam (Udemy)
- 7. NODE MCU:ESP 8266 – Micro Python Network Programming and IOT by Guha Rajan M., B.Engg, MBA, PMP (Udemy)
- 8. Introducción a Internet de las cosas con Micropython y ESP32 by Julian Ruiz Sandoval (Udemy)
- 9. MicroPython Mega Course: Build IoT with Sensors and ESP8266 by Rahul Shrivastava (Udemy)
- 10. MicroPython and the Internet of Things by Miguel Grinberg (Udemy)
1. Hardware Programming in MicroPython by Educational Engineering Team (Udemy) (Our Best Pick)
The Hardware Programming in MicroPython course, instructed by the Educational Engineering Team, aims to teach learners how to program in MicroPython using real-life examples and practice activities. MicroPython is a fast-growing programming language used for various tasks, including web programming, data analysis, and machine learning. This course is designed to provide a step-by-step guide to developing hardware projects with MicroPython and is suitable for those interested in the Internet of Things, home automation, and connected devices.
The course covers the history of MicroPython, the differences between MicroPython and other programming languages, and the hardware required to build devices using MicroPython. Learners will learn how to explore the choices available to run MicroPython, execute codes, and set up MicroPython on their board. The course also covers creating and deploying code, testing it out, and troubleshooting tips.
The course is designed to be easy to learn and understand, with real-life examples and practice activities. By the end of the course, learners will be able to create innovative projects using MicroPython. The course content is divided into sections, including an introduction and getting started, MicroPython walkthrough, MicroPython hardware, MicroPython workflow, and various practical examples.
The course offers many benefits to learners, including its flexibility as a cross-platform, open-source programming language, its extensibility, and its large standard library and active community. It is also useful for a wide variety of applications and offers wide microcontroller support.
Overall, the Hardware Programming in MicroPython course is an excellent choice for those wanting to learn MicroPython programming and build their own innovative projects.
The course MicroPython for everyone using ESP32 / ESP8266 (Beginner) is aimed at providing a comprehensive introduction to MicroPython. MicroPython is a lightweight version of Python 3 programming language that is specifically designed for microcontrollers with a minimum of 256KB of ROM and 16KB of RAM. This course mainly covers the basics of MicroPython syntax, GPIO controlling, and WiFi connectivity. The software used in this course is free of cost.
The highlight of this course is MultiThreading. The course offers different sections that include an introduction to MicroPython, setting up software for the course, flashing MicroPython firmware to ESP32 / ESP8266, Python 3 syntax, controlling GPIOs in ESP32 / ESP8266, WiFi network access, and getting weather data of any city.
This course is designed for beginners who want to learn the basics of MicroPython. The course instructors, Harish Kondoor, provide a comprehensive introduction to MicroPython and its applications. With the help of this course, learners can kick-start their learning journey in MicroPython and gain a better understanding of this programming language.
The MicroPython with the ESP32 course, instructed by Dr. Peter Dalmaris, is designed to teach individuals how to write programs for the ESP32 microcontroller using MicroPython. The course was last updated in June and July 2022 to cover the latest versions of the Thonny editor and MicroPython firmware. The update includes new lectures on how to install and use Thonny 4, and how to upgrade ESP32 devkit and Raspberry Pi Pico boards to use the MicroPython 1.18 firmware. Additionally, a new lecture in Section 3 addresses solutions for ESP32 boards that cannot enter upload mode automatically.
The course is designed for three types of students: those familiar with Python, those with little programming experience, and those who have experience programming the ESP32 with the Arduino IDE and language. MicroPython is a high-level programming language specifically designed for microcontrollers and resource-limited embedded devices. It borrows the syntax and language attributes of Python 3, which is a powerful high-level general-purpose language designed to be easy to learn and use. The ESP32 is a low-cost microcontroller device from Espresif with a dual-core CPU, relatively large amounts of RAM and flash storage, a full complement of wireless and wired communications options, and lots of input/output pins.
The objectives of the course are to introduce students to the MicroPython programming language, help them learn how to use MicroPython with external devices, and consolidate this knowledge with two capstone projects. Before embarking on the course, students should have a basic understanding of electronics and microcontrollers, familiarity with related concepts, and knowledge of at least one programming language and programming tool.
The course is organized into four parts, with the first part covering the basics of setting up and using Thonny, the programming editor, and preparing the ESP32 to work with MicroPython.
The MicroPython: Python für Mikrocontroller course, taught by Werner Böcker, is designed to teach participants how to program microcontroller controls comfortably in Python. The course covers the installation of MicroPython on multiple microcontroller systems, including the Raspberry Pico Pi, ESP32, and STM32. Participants will use a super cheap Wifi Kit 32 with ESP32 controller and integrated OLED display as hardware. The course will also cover the installation of MicroPython on an STM32-Nucleo-Board.
Participants will explore MicroPython and test it out in concrete programs for the ESP32, SMT32, and Raspberry Pico Pi. The course is not a Python course, but each step will be explained so that even those who have not programmed in Python can follow along. The course will cover the basics of microcontrollers as needed for understanding and implementation.
The course will be continually updated to keep participants current with the latest developments in MicroPython. Participants are also encouraged to suggest topics for inclusion in the course.
The course consists of multiple sections, including an introduction, Thonny (the MicroPython development environment), MicroPython on ESP32 and ESP8266 (Download and Installation), MicroPython on STM32 (Download and Installation), the Raspberry Pi Pico, the MicroPython start sequence, useful system commands, GPIO pin control, pulse-width modulation (PWM), reading analog values, outputting analog values, interrupts, serial interface (UART), I²C communication, driving OLED displays with SSD1306 driver, driving Neopixel RGB modules, creating user interfaces with Nextion displays, WLAN and web servers, tips and tricks, and creating custom firmware from source code.
MAKERDEMY is offering an intermediate level course titled “MicroPython for the BBC Micro:bit”. Prior knowledge of Micro:bit is required for this course. The course will use an innovative pedagogy of mixing projects and concepts to teach learners the WHY, HOW, and WHAT, rather than just providing a cook book. The course aims to teach learners to write code in MicroPython for any compatible hardware and to interface a variety of sensors and peripherals with the Micro:bit. The course will cover topics such as on-board and external peripherals, and will include projects such as building a Weather Station using the Micro:bit with an LCD panel and a BMP180 Sensor, and implementing a Remote Home Automation Project using a relay module. This course is suitable for hobbyists, teachers, students, or engineers with a basic understanding of electronics who want to learn or teach physical computation with Micro:bit.
6. Introduction to MicroPython using the Pyboard by Venkatesh Varadachari, Lakshana Ramalingam (Udemy)
The Introduction to MicroPython using the Pyboard course is a beginner level course designed to introduce learners to both the Pyboard and MicroPython. By the end of the course, learners will have a better understanding of the hardware capabilities of the Pyboard and be able to program it using MicroPython. The course assumes a passing familiarity with Python programming, but is otherwise suitable for both hardware and software engineers, as well as hobbyists.
Throughout the course, learners will be taught MicroPython’s essential features and how to program the Pyboard using it. By the end of the course, they will be able to build non-trivial projects using the Pyboard and develop the confidence to program other MicroPython compatible boards. To get the most out of the course, learners should have a basic knowledge of programming principles and some understanding of basic electronic concepts.
The course is suitable for Python developers looking to get started in embedded programming, those familiar with conventional microcontroller programming looking to use a high-level language, electronics hobbyists or enthusiasts, and hardcore electronics engineers looking to explore MicroPython. The course is broken down into several sections, including getting started with MicroPython and the Pyboard, an overview of MicroPython, the Pyboard, experimenting with Pyboard features, and hands-on projects. Bill of materials URLs have been updated as of June 2022.
7. NODE MCU:ESP 8266 – Micro Python Network Programming and IOT by Guha Rajan M., B.Engg, MBA, PMP (Udemy)
The NODE MCU:ESP 8266 – Micro Python Network Programming and IOT Course, instructed by Guha Rajan M., B.Engg, MBA, PMP, focuses on the utilization of micropython and ESP8266/ESP32 to learn network protocols. The course provides an extensive understanding of HTTP REST API, MQTT, and network socket programming with IOT.
Micropython is becoming increasingly popular for resource-constrained IOT devices due to its flexibility, lightweight, and similar syntax to the Python programming language. The course uses micropython programming and covers various protocols, including REST API, MQTT, and socket network programming.
The course syllabus includes installing/flashing micropython onto NODE MCU 8266/32, using communication IDEs such as Esplorer and uPyCraft, understanding REST API and cloud communication through IOT, MQTT protocol, socket programming, TCP, UDP, and an overview comparison with ESP32 development board.
Enrolling in this course will not only help individuals understand IOT devices and sensors but also provide a comprehensive understanding of programming languages and communication protocols. The course strives to help individuals acquire knowledge and advance their careers.
The course titled “Introducción a Internet de las cosas con Micropython y ESP32,” is designed to provide an introduction to the world of IoT (Internet of Things) using Micropython and ESP32. The course focuses primarily on the MQTT protocol and aims to teach participants the basic communication protocols needed to develop an IoT project.
The course covers various applications of IoT such as Domotics, Health, Robotics, etc. The course also discusses the basics of Micropython, firmware installation in ESP32 modules, programming, and interaction with external components such as temperature and humidity sensors. It also covers fundamental concepts of the syntax in Python 3.X programming language.
Micropython is very useful in introducing low-level programming languages. It offers versatility, easy learning, a large community of developers, and open-source code. The course covers topics such as the description of the ESP32 board, IoT protocols, PWM, ADC, connection to the internet via WIFI, and connection to MQTT Broker.
The course does not require any prior programming knowledge, making it ideal for beginners. By the end of the course, participants will be able to understand how an IoT application works using MQTT and deploy projects with the ESP32 module in the real environment using the tools learned in the course.
The course is divided into several sections, such as Introduction, Previous Concepts, Preparation of the Work Environment, Introduction to Python Programming Language, Handling of ESP32’s Tools and GPIOs, and IoT with MQTT.
The MicroPython Mega Course: Build IoT with Sensors and ESP8266 is a beginner-friendly course that teaches MicroPython, ESP8266, home automation, sensors (temperature, humidity, light), and actuators (relay). The course starts with no prior programming knowledge required and covers a range of topics, including handling interrupts, accessing GPIOs, inbuilt analog to digital conversion, manipulating environments with actuators, uploading and reading data from IoT cloud, controlling devices using IoT data, and implementing home automation.
The course is designed for beginners with very little or no programming knowledge. It starts by explaining the differences between MicroPython and other programming languages targeted for low computing devices such as ESP8266 or ESP32. Learners then learn to install the IDE for MicroPython, and the course uses uPyCraft, although other IDEs can be used.
Next, learners are introduced to the ESP8266 – NODEMCU, where they learn about the various features, pin configuration, hardware capabilities, and other important parameters required to develop IoT devices. They also learn to interface simple devices, such as LED and switches, with ESP8266 NODEMCU and the concept of interrupt and its importance in the field of embedded systems and IoT.
Learners come across the analog to digital converter and learn to interface analog sensors such as Light-dependent Resistors (LDR), LM35 Temperature sensor, with NODEMCU and get values from these sensors. They also learn Pulse width modulation (PWM) and its importance in generating PWM waves with variable duty cycle and frequency, controlling the brightness of LEDs.
The course also covers WEBREPL, which teaches learners to send codes or other information wirelessly to their NODEMCU device without connecting it to a computer. Learners also learn about Relays, DHT11, and ThingSpeak Cloud Platform, where they learn to create an account, channels, upload and get data from the cloud to their NODEMCU device.
MicroPython and the Internet of Things is an introductory course designed to teach programming of digital circuits with Python. The course is instructed by Miguel Grinberg and is suitable for beginners. The tutorial focuses on microcontrollers and small-form Internet enabled devices.
The course centers around the ESP8266 chip, which is a powerful, yet inexpensive microcontroller. MicroPython, a lightweight version of Python designed to run on devices with limited resources, is used to program the ESP8266 chip.
The course is broken up into six sections, which include:
2. Hello, MicroPython!
3. Creating a MicroPython Application
4. Wi-Fi and the Cloud
5. Temperature and Humidity
6. Working with a Screen
Each section is designed to introduce students to a specific aspect of microcontroller programming with Python, starting with the basics and building up to more advanced concepts. This course is ideal for anyone who is interested in learning about microcontrollers and Internet of Things devices.