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Amit Rana

"With the right tools and guidance, I believe anyone can learn and master technology. That's why I offer 50% of the videos from all my courses as free previews. Feel free to watch them and enroll only if you believe the course is a good fit for you."

Are you trying to study Micropython, IoT and Raspberry pi PICO?

Are you getting confused with micropython concepts and how to tie them with IOT?

Read more

"With the right tools and guidance, I believe anyone can learn and master technology. That's why I offer 50% of the videos from all my courses as free previews. Feel free to watch them and enroll only if you believe the course is a good fit for you."

Are you trying to study Micropython, IoT and Raspberry pi PICO?

Are you getting confused with micropython concepts and how to tie them with IOT?

Learning IoT can be sometimes confusing because of the lots of different microcontroller boards available out there. Moreover, there are tons of different C libraries for various purposes which simply confuses a new learner. Even experienced people struggle in experimenting with IOT

Stop Struggling to learn IoT

I’ve created a course which will enable you to learn and experiment with IOT in a very easy way using Raspberry Pi PICO W board (with Micropython as coding language)

I firmly believe that anyone regardless of their education and skills can not only learn but excel in experimenting with IoT including all the hardware and software skills.

"What is there to loose if you enroll in this course? You have a 30-day Full Money Back Guarantee, enroll now and start experimenting on IoT"

Hi, My name is Amit Rana, I’m an engineer, programmer and trainer

I have created "Micropython, Raspberry Pi PICO W and IoT For Absolute Beginners" to help you learn IoT with raspberry pi pico microcontroller with micropython as your coding language.

Raspberry PI PICO W is a low cost microcontroller board developed by Raspberry Pi Foundation. Its based on ARM Cortex M0 based RP2040 microcontroller which is one of the latest microcontroller developed in recent years.

If you’re not aware, micropython is the simplest possible microcontroller coding language available out there. Compared to C, python is much easy to understand quick to experiment with confidence. Micropython works natively on raspberry pi pico boards making it easier to learn and experiment on it.

If you’ve always wanted to

· Start or shift your career in Embedded Systems or Internet of things

· Build interesting hardware IoT projects

· Get better in your existing work

· Kick start your next dream IoT startup

· Start your own blog and youtube channel, probably online courses on this ever growing industry

… then this course is specially for you.

This course is specially created for beginners in electronics hardware and cloud technologies.

IoT is interconnecting various things and devices to send and receive data from internet enabling variety of applications.

In this program, we’re going to study different aspects of IoT and our coding language is python.

First, we’ll understand the basics of IoT and what are the different hardware and software platforms needed for it

We’ll then use Raspberry Pi PICO W as our controller for this course and see how we can make it up and running. Starting from soldering headers to pico board, you'll study the pinout and how to use PICO W inside python’s Thonny IDE. Next, we'll see how to write python programs for PICO W board for various interfaces like relays and sensors.

If you’re new to Python, no worries, there’s a full python tutorial included for you.

Once we get confident about experimenting with PICO W, we’ll then explore IoT with Thingspeak and Adafruit IO and finally try some projects including a full projects

"What is there to loose if you enroll in this course? You have a 30 day Full Money Back Guarantee, enroll now and start experimenting on IoT"

In This Course, you'll learn

Basics

· What is IoT and why learning it is important?

· What is Raspberry Pi PICO W and which board to use?

· How to implement IoT, what are the required softwares and hardware for IoT

· Introduction to Python coding for Microcontrollers (micropython)

· Understand the pinout

· Interfacing of various sensors and output devices with PICO W

· Python programming to control home appliances and read sensors

IO Interfaces

· LEDs, Switches Interfacing

· Transistor and Relay Interfacing

· AC Switching Circuits

· LDR interfacing

· DHT22 Temperature and Humidity Sensor Interfacing

· DS18b20 temperature sensor interfacing

· DC Motor and PWM speed control

Internet of Things

· What is IoT?

· Different Hardware's used for IoT

· Communication Protocols used for IoT

· Use cases.

Thingspeak

· Creating account on thingspeak

· Use HTTP requests to send data

· Send data from PICO W to thingspeak

· Visualizations in PICO W

· Analytics and Alerts in thingspeak

Adafruit IO

· Deeper understanding of what is MQTT protocol

· What are mqtt topics

· Adafruit IO feeds, dashboards

· Using adafruit IO for creating IoT project using MQTT protocol

· Complete Home automation project using Raspberry pi and Adafruit IO

What this course will do for you?

· Kickstart you with micropython programming with IoT

· Give you a clear understanding of what is IoT?

· Take you from a complete fresher to an experienced PICO W programmer.

· Understand IoT protocols.

· Design your IoT systems.

Who Should Enroll?

· Complete Beginners into IoT and Raspberry Pi PICO Boards

· People who understand little in IoT and want to learn making projects.

· Freshers as well as experienced one's

This course is specially created for beginners in electronics hardware and cloud technologies.

I have been training and developing from past 10 years. With more than 40000 students (30000+ on Udemy itself) trained across 150 countries, you can be assured that you’re in a good company. What’s more, there is always a 30-day money back guarantee so you’re safe about investing your money into this course.

Enroll now and start experimenting.

"Your One Negative Review ruins all the hard work and efforts I've put, I'm not a corporate company or even a 10 people startup. I'm a solo course maker. Any negative review hampers me deeply, please see all the trial videos, HALF of course is for free. They're in order and gives you complete idea about the Accent of Instructor, Quality of Content, and Value delivered through this course"

Enroll now

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What's inside

Learning objectives

  • Micropython programming with raspberry pi pico w microcontroller board
  • Internet of things with raspberry pi pico w microcontroller
  • Embedded systems with raspberry pi pico w
  • Iot cloud platforms

Syllabus

Understand about Raspberry Pi PICO W board and its capabilities.
What is Raspberry pi Pico W board
About Taking this Course
How to Solder Connecting Headers to Raspberry Pi PICO Board for Interfacing
Read more

Traffic lights

Read about what's good
what should give you pause
and possible dealbreakers
Provides a comprehensive introduction to IoT concepts, making it suitable for individuals with limited prior knowledge in electronics hardware and cloud technologies
Uses Micropython, a simplified version of Python, which makes it easier for beginners to grasp microcontroller coding compared to more complex languages like C
Employs the Raspberry Pi PICO W, a low-cost microcontroller board, reducing the financial barrier for beginners to experiment with IoT projects
Covers interfacing various sensors and output devices, such as LEDs, relays, and temperature sensors, providing hands-on experience with essential IoT components
Explores IoT cloud platforms like Thingspeak and Adafruit IO, enabling learners to send data, create visualizations, and build complete home automation projects
Requires soldering headers to the Raspberry Pi PICO board, which may require additional equipment not readily available and may pose a challenge for some beginners

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Reviews summary

Beginner iot with micropython and pico w

According to learners, this course provides a strong and practical introduction to IoT using Micropython on the Raspberry Pi PICO W board. It is frequently praised as excellent for absolute beginners, covering foundational concepts and practical skills needed to get started. Many students highlight the hands-on approach and step-by-step projects as particularly useful for learning. Topics like hardware setup, interfacing with sensors, and integrating with cloud platforms like Thingspeak and Adafruit IO are covered. While considered clear and concise for newcomers, some reviewers feel it could benefit from more depth on advanced networking or specific topics. A recurring comment notes that the instructor's accent can sometimes make the lectures require extra concentration.
Covers the specific hardware and language well.
"The course provides a solid overview of using the Raspberry Pi Pico W with Micropython."
"It's specifically focused on the Pico W, which is exactly the board I wanted to learn on."
"Learning Micropython for this specific board was straightforward with the examples provided."
Helpful guidance on physical setup.
"The videos showing how to solder headers and set up the board were very useful."
"Appreciated the detail on connecting various components and sensors."
"Having clear steps for the initial hardware connection made getting started easier."
Learn by building real-world IoT systems.
"The practical examples and labs using various sensors were very helpful."
"Building actual circuits and seeing them work really solidified my understanding."
"The home automation project was a great way to pull everything together."
An accessible starting point for newcomers.
"This course is excellent if you're an absolute beginner with microcontrollers and IoT."
"As someone with no prior experience, I found the step-by-step teaching very easy to follow."
"It starts from the very basics and builds up gradually, making it accessible even for those new to Python."
Some learners find the accent challenging.
"The content is good, but I sometimes struggled to understand the instructor's accent."
"Requires a bit of extra concentration due to the instructor's speaking style and accent."
"While knowledgeable, the accent and delivery speed could be challenging for some non-native speakers."
Good foundation, but limited depth.
"Covers the basics well, but doesn't go very deep into more advanced topics or troubleshooting."
"A good starting point, but I'll need other resources to explore more complex IoT concepts in detail."
"Some sections felt a bit rushed, particularly when integrating with the cloud platforms."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Learn IoT using Micropython and Raspberry Pi PICO W with these activities:
Review Basic Electronics Concepts
Reviewing basic electronics concepts will provide a solid foundation for understanding the hardware aspects of IoT and interfacing sensors with the Raspberry Pi PICO W.
Browse courses on Ohm's Law
Show steps
  • Review online resources covering basic circuit theory.
  • Solve practice problems related to Ohm's Law and Kirchhoff's Laws.
  • Familiarize yourself with common electronic components.
Brush Up on Python Fundamentals
Strengthening your Python skills will make it easier to grasp Micropython concepts and write code for the Raspberry Pi PICO W.
Browse courses on Python Syntax
Show steps
  • Complete online Python tutorials or coding exercises.
  • Practice writing functions and working with data structures.
  • Review object-oriented programming concepts in Python.
Blink an LED with Raspberry Pi PICO W
Starting a simple project like blinking an LED will help you get familiar with the Raspberry Pi PICO W board and Micropython environment.
Show steps
  • Set up the Micropython environment on your Raspberry Pi PICO W.
  • Connect an LED to a GPIO pin on the board.
  • Write a Micropython script to blink the LED.
Four other activities
Expand to see all activities and additional details
Show all seven activities
Follow IoT Tutorials with Thingspeak
Following tutorials on integrating Raspberry Pi PICO W with Thingspeak will provide practical experience in sending sensor data to the cloud.
Show steps
  • Find online tutorials demonstrating data logging to Thingspeak.
  • Adapt the tutorial code to send data from a sensor connected to your PICO W.
  • Visualize the data on the Thingspeak dashboard.
Review 'Programming the Raspberry Pi Pico in MicroPython'
Reviewing this book will provide a deeper understanding of Micropython programming on the Raspberry Pi PICO W.
Show steps
  • Read the book chapter by chapter, focusing on the examples.
  • Try out the code examples on your Raspberry Pi PICO W.
  • Take notes on key concepts and techniques.
Document Your IoT Projects
Creating documentation for your IoT projects will reinforce your understanding and help you share your knowledge with others.
Show steps
  • Write a blog post or create a video tutorial about a project you built.
  • Include clear explanations of the hardware and software components.
  • Share your documentation on online forums or social media.
Contribute to Micropython Libraries
Contributing to open-source Micropython libraries will deepen your understanding of the language and the IoT ecosystem.
Show steps
  • Identify a Micropython library that you find useful.
  • Look for open issues or bugs in the library's repository.
  • Submit a pull request with your bug fix or new feature.

Career center

Learners who complete Learn IoT using Micropython and Raspberry Pi PICO W will develop knowledge and skills that may be useful to these careers:
Embedded Systems Engineer
An Embedded Systems Engineer develops and tests the software and hardware that make up embedded systems, which are specialized computer systems built into larger devices. This role involves working with microcontrollers and sensors, and this course provides a strong foundation in using Micropython with the Raspberry Pi PICO W, equipping the engineer with practical experience in interfacing hardware components and writing control software. The focus on real-time systems, sensor integration, and practical IoT projects makes this course directly relevant for working in this field. A potential Embedded Systems Engineer should take this course to learn hands-on skills with hardware and software crucial to embedded systems development.
Internet of Things Developer
An Internet of Things Developer designs, builds, and maintains the software and systems that allow devices to connect and interact with each other and the internet, also known as IoT. This course is crucial for an aspiring Internet of Things Developer because it covers the key practical skills of using Micropython and the Raspberry Pi PICO W to build IoT systems. The course work in cloud platforms, device communication, and sensor interfacing are all directly applicable to building real-world IoT solutions. This course may help demonstrate a competence in critical skills and knowledge that is highly sought after in IoT development.
Firmware Engineer
A Firmware Engineer develops the low-level software that controls hardware. This role requires practical experience working with microcontrollers and programming languages, skills this course readily provides with the Raspberry Pi PICO W and Micropython. The course covers hardware interfacing, sensor integration, and real-time systems, all of which are core tasks for a firmware engineer. Completing this course may help a would be firmware engineer by building a strong understanding of how software interacts with hardware.
Robotics Engineer
A Robotics Engineer designs, develops, and tests robots and robotic systems. This often involves a strong understanding of embedded systems, sensor integration and software development. This course helps a robotics engineer by building a foundation in developing control systems using microcontrollers. Hands-on experience with hardware interfacing, sensor integration, and motor control using the Raspberry Pi PICO W are crucial skills that this course offers. The course's focus on practical implementation of embedded systems and IoT makes it particularly useful for aspiring robotics engineers.
Control Systems Engineer
A Control Systems Engineer designs and implements systems that regulate processes and equipment. This type of role requires a solid understanding of hardware systems, software, and real-time feedback loops. This course is particularly helpful due to its hands-on approach to embedded systems development using the Raspberry Pi PICO W and Micropython. It covers sensor interfacing, actuator control, and cloud connectivity, skills that are key to modern control systems. The course may help anyone seeking this role by giving experience building and testing control systems.
Automation Engineer
An Automation Engineer designs and implements automated systems to improve efficiency and productivity in various industries. This course may be useful as it delivers hands-on experience with embedded systems, IoT concepts, and hardware interfacing, all of which are important in building automated systems. The course work with sensors, actuators, and cloud platforms, paired with the experience gained using Micropython and Raspberry Pi PICO W, makes it relevant to the skill set of an automation engineer. This course helps to provide practical knowledge of system integration and control.
Hardware Engineer
A Hardware Engineer designs, develops, and tests physical computer hardware components and systems. While this course does not necessarily involve deep hardware design, it provides valuable hands-on experience with hardware integration and microcontroller programming using the Raspberry Pi PICO W and Micropython. This course teaches how to interface with various sensors and output devices, which is essential for any aspiring Hardware Engineer. The practical experience gained in this course helps to complement a deep understanding of hardware by showing how it interacts with software.
Systems Integrator
A Systems Integrator combines different hardware and software components into a cohesive system. This process requires a practical understanding of both hardware and software, as this course provides with its hands-on approach using Raspberry Pi PICO W and Micropython. The course covers a wide range of topics, including sensor interfacing, actuator control, data acquisition, and cloud connectivity. This knowledge helps a System Integrator understand how to combine these components, whether they are from different vendors or designed in-house. A potential Systems Integrator should consider this course for its practical experience in real world integration.
Test Engineer
A Test Engineer designs and executes tests to evaluate the functionality and performance of hardware and software systems. It also involves working directly with hardware. This course may be useful to a Test Engineer who wishes to gain practical experience working with embedded systems. The course's focus on hardware interfacing, sensor integration, and real-time data acquisition provides a helpful background for testing IoT and embedded systems. This course may contribute to a test engineer's understanding of system integration and validation.
Research and Development Engineer
A Research and Development Engineer focuses on developing new technologies and products in a variety of fields. This role often involves experimentation, prototyping, and testing. This course may be useful in this work by teaching skills in using microcontrollers, sensors, and cloud platforms using the Raspberry Pi PICO W and Micropython. The practical emphasis of the course is particularly useful for initial prototyping and system development. A Research and Development Engineer may find that this course helps to create a foundation for practical work.
Product Developer
A Product Developer is involved in bringing new product ideas from concept to market. This can involve a wide variety of skills, including software, hardware, and project management. This course offers an introduction to using Raspberry Pi PICO W boards, using Micropython to design IoT systems. It may be useful for a Product Developer who wants to gain a deeper understanding of the technical aspects of product development. The practical work done with embedded systems, sensors and cloud platform may help a product developer work with diverse technology.
Technology Trainer
A Technology Trainer instructs people on how to use various technology. This role often requires a deep understanding of technology, as well as the ability to clearly explain complicated processes in a simple way. This course introduces a variety of concepts related to embedded systems, IoT, and microcontrollers like the Raspberry Pi PICO W. The course itself may provide valuable insight into how to communicate technical concepts. Specifically, a Technology Trainer interested in embedded systems and IoT should consider this course to help build the expertise required of their role.
Technical Consultant
A Technical Consultant provides expert advice on technical issues. This professional often needs to be able to discuss real world applications of technical knowledge. This course introduces hands on application using the Raspberry Pi PICO W and Micropython. The content covers embedded systems and IoT concepts, and the practical experience from the course may be valuable to a Technical Consultant. This course may help someone in this role understand current technical trends in the market.
Data Scientist
A Data Scientist analyzes large sets of data for insight, often using statistical modeling and machine learning to do so. This may involve working with sensor data from interconnected devices, and this course provides a strong foundation for understanding the architecture and function of such devices. The course's work with the Raspberry Pi PICO W, sensors, and cloud platforms is helpful for understanding the data sources that a data scientist might analyze. A data scientist who would like to understand the source of the data they analyze, may find this course useful.
Project Manager
A Project Manager plans, organizes, and oversees the execution of projects. This role requires a strong understanding of all the moving parts of a project. This course provides a good overview of a variety of technologies, including embedded systems, IoT, and cloud platforms. This may be useful to a Project Manager who works on projects that involve those kinds of systems. While this course is not specific to project management, the experience with different technical components may help a project manager with project planning and coordination.

Reading list

We've selected one books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Learn IoT using Micropython and Raspberry Pi PICO W.
Provides a comprehensive guide to programming the Raspberry Pi Pico using MicroPython. It covers a wide range of topics, from basic syntax to advanced concepts like interfacing with sensors and actuators. This book is particularly useful for beginners who are new to both MicroPython and the Raspberry Pi Pico. It serves as a valuable reference for understanding the fundamentals and building practical IoT projects.

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