ESP32 Learn By Building Practical Projects from Udemy

Want to build practical projects but don't know where to start? In this course, you will learn to build practical ESP32 projects that teach you how to use the ESP32 effectively. Understand how to program the ESP32 both in C and Arduino. The course is very hands-on, so learners will learn what they need to know by doing it themselves with a practical step-by-step approach.

Introduction: In this course, you will learn and build ESP32 practical projects. You will first learn about how the ESP32 operates and then start with some simple projects and move on to more complex projects that use the ESP32.

ESP32 is a powerful yet inexpensive wireless chip that has been developed by Espressif Systems. It was first unveiled at the Shanghai show in April 2016. This course will teach you how to build your own practical projects using the ESP32, a new and inexpensive wireless chip from Espressif Systems. In this course, you will learn about programming with Arduino, accessing all parts of the ESP32's hardware, and exploring many of its features via practical projects.

Why You Should Take This Course:

Learn by building practical projects and not just theory.
Develop real practical projects.
Build an ESP32 Web Server.
Build ESP32 + Databases to Control Anything Anywhere.
Build ESP32 Email Alert Based on Sensors Reading.
Build IoT Smart Garden with ESP32 and Blynk.
Build ESP32 + Arduino-based project.
Build ESP32 + Telegram to Get Real-time notifications.
Update
Learn by doing with our all-inclusive course curriculum. No coding or programming knowledge is required.
Program the ESP32 using both Arduino IDE as well as Micropython, which offers lightning-fast performance and compatibility.

Benefits:

This course will teach you all about the ESP32 chip, a powerful and versatile chip that can be used to create products with internet connectivity.
The course includes practical, project-based lessons that will teach you everything from how to set up your ESP32 board to WiFi.

About Us: We're more than just a team. We're your partners. Our expertise is in Engineering and Embedded Systems, and we've been doing it for more than 10 years. Smart. Digital. Creative. We make embedded systems work for businesses locally, nationally, and globally.

Enroll in the course now.

Course Features:

Step-by-step video lessons
Practical demonstrations and examples
Tips for building and programming ESP32 projects
Interactive exercises and quizzes
Ongoing support and engagement through discussion forums
Bonus resources and downloadable guides

Who Is This Course For:

Beginners in embedded systems and IoT
Hobbyists and tinkerers
STEM students and educators
Anyone interested in building practical projects with ESP32

Requirements:

No prior knowledge of ESP32 or programming required
A willingness to learn and experiment

About the Instructor: Educational Engineering Team

The Educational Engineering Team is dedicated to providing high-quality education in the field of electronics and engineering. With a wealth of experience and a passion for teaching, the team ensures that complex concepts are broken down into easy-to-understand lessons, making learning accessible and enjoyable for everyone.

What's inside

Learning objectives

Learn by building practical projects which is the best way to craft your knowledge
Building a practical esp32 project will teach you how to use esp32 effectively.
You will learn how to build esp32 web server
You will learn how to build esp32 + databases to control anything anywhere
You will learn how to build esp32 email alert based on sensors reading
You will learn how to build iot smart garden with esp32 and blynk
You will learn how to build esp32 + arduino based project

You will learn how to build esp32 + telegram to get real-time notification
You will learn how to update esp32 ota (over the air)
This course will take you from knowing absolutely nothing about the esp32, to being able to create your own projects
Learn how to build your own projects and take control of your life!
You'll learn how to program the esp32 in c/c++ and build your own projects.
Show more
Show less

Learn by building practical projects which is the best way to craft your knowledge
Building a practical esp32 project will teach you how to use esp32 effectively.
You will learn how to build esp32 web server
You will learn how to build esp32 + databases to control anything anywhere
You will learn how to build esp32 email alert based on sensors reading
You will learn how to build iot smart garden with esp32 and blynk
You will learn how to build esp32 + arduino based project
You will learn how to build esp32 + telegram to get real-time notification
You will learn how to update esp32 ota (over the air)
This course will take you from knowing absolutely nothing about the esp32, to being able to create your own projects
Learn how to build your own projects and take control of your life!
You'll learn how to program the esp32 in c/c++ and build your own projects.
Show more
Show less

Syllabus

Introduction

Section Intro

Practical

Let's Get Started

Congratulations again on taking this course. I'm sure it will help you.

Just a quick tip about reviewing this course.

Sometimes, Udemy may ask for a review and/or rating for the course to what you may feel somewhat early. If you feel comfortable leaving an honest review at this time, feel free to do so and provide me with your feedback, it will be a true pleasure to receive it. However, if you would prefer to wait for the end of the course, you can click where it says "Ask Me Later." Feel free to use this option to get a better look at the course before leaving a review.

I would be so grateful if you could take time to go through the course and once you get an idea, then please leave an honest review and/or rating.
I always start with some theoretical basics in the first few lectures that may sound a bit boring, but this is just a needed step so we can move together to the practical section of the course.

I'm extremely motivated in helping you grow in your career.

To Your Success,
Ashraf | Educational Engineering Team Leader

Traffic lights

Read about what's good

what should give you pause

and possible dealbreakers

Teaches how to program the ESP32 using both Arduino IDE and Micropython, which offers fast performance and broad compatibility, making it accessible to beginners

Focuses on building practical projects, such as a web server and a smart garden, which allows learners to apply their knowledge and develop real-world skills

Explores integration with databases, email alerts, and platforms like Telegram and Blynk, which provides hobbyists with a wide range of project possibilities

Covers the ESP32, a wireless chip developed by Espressif Systems, which is a current and relevant technology for STEM students interested in IoT and embedded systems

Requires learners to create accounts on third-party services, such as CloudMQTT and Telegram, which may require learners to agree to additional terms and conditions

Requires learners to host a website using PHP, which may require learners to find and pay for a hosting service, which may be a barrier to some learners

Reviews summary

Practical esp32 projects for beginners

According to learners, this course provides a highly practical and hands-on introduction to the ESP32 microcontroller. The core strength lies in its project-based approach, guiding students through building various applications like web servers, email alerts, and a smart garden using the ESP32. Many appreciate the step-by-step video lessons and clear explanations, finding it a beneficial way to learn by doing. However, a recurring point of concern is that some code examples may contain errors or require debugging, which can be a significant challenge for complete beginners who lack prior programming experience, despite the course being aimed at them. While the projects are relevant and engaging, students suggest checking for necessary hardware beforehand and being prepared for some troubleshooting.

Requires specific hardware components.

"Need to buy hardware kit mentioned."

"Make sure you have the necessary sensors and modules for the projects."

"Before starting, gather all components listed in the requirements."

Mixed views on suitability for complete beginners.

"Okay course, but this is not for complete beginners."

"Good introduction to ESP32."

"Despite being for beginners, code issues make it hard if you have no coding background."

"great course for learning ESP32 from scratch"

Instructor provides clear explanations.

"Instructor is clear and easy to understand."

"The explanations are well-paced and clear for each step."

"His explanations are very easy to understand"

"The instructor explains the concepts well before diving into code."

Learn by building practical projects.

"Great course, projects are very practical and easy to follow."

"The hands-on coding and projects are the strongest part of the course for me"

"Building projects is key. Very hands-on approach."

"I learned a lot by implementing practical applications."

Some code examples require debugging.

"Code had errors that beginners might struggle with."

"some code needed minor debugging"

"Code is full of errors and instructor doesn't seem to maintain it."

"There are many errors in the code provided."

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 ESP32 Learn By Building Practical Projects with these activities:

Review Basic Electronics Concepts

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Reviewing basic electronics concepts will provide a solid foundation for understanding the ESP32's hardware and how it interacts with external components.

Browse courses on Ohm's Law

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Review Ohm's Law and Kirchhoff's Laws.
Study the function of resistors, capacitors, and inductors.
Practice analyzing simple circuits.

Brush Up on C/C++ Programming

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Refreshing C/C++ programming skills is essential for effectively programming the ESP32, especially when using the Arduino IDE or directly coding in C/C++.

Browse courses on C++ Syntax

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Review basic syntax and data structures.
Practice working with pointers and memory management.
Review object-oriented programming concepts.

Read 'Programming ESP32 with Arduino'

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Reading this book will provide a solid understanding of how to program the ESP32 using the Arduino IDE, which is one of the primary methods taught in the course.

View Putting Knowledge to Work on Amazon

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Read the chapters related to setting up the ESP32 with Arduino.
Study the examples provided in the book.
Experiment with modifying the examples to understand the concepts better.

Four other activities

Expand to see all activities and additional details

Show all seven activities

Build a Simple LED Control Web Server

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Building a simple web server to control an LED will reinforce the concepts of web server creation and GPIO control covered in the course.

Show steps

Set up the ESP32 with the Arduino IDE.
Write code to create a basic web server that can toggle an LED on and off.
Test the web server by accessing it from a web browser.

Document Your ESP32 Projects

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Creating documentation for your ESP32 projects will help solidify your understanding and allow you to share your knowledge with others.

Show steps

Choose a project you've built with the ESP32.
Write a detailed description of the project, including the hardware and software components.
Create a step-by-step guide on how to build the project.
Publish your documentation on a blog or online platform.

Contribute to an ESP32 Library

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Contributing to an open-source ESP32 library will provide valuable experience in collaborative development and deepen your understanding of the ESP32 ecosystem.

Show steps

Find an open-source ESP32 library on GitHub.
Identify a bug or feature that you can contribute to.
Fork the repository and make your changes.
Submit a pull request with your changes.

Study 'ESP32 Technical Reference Manual'

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Studying the technical reference manual will provide a deeper understanding of the ESP32's architecture and capabilities, allowing for more advanced project development.

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Download the ESP32 Technical Reference Manual from the Espressif website.
Focus on the sections related to the peripherals used in the course projects.
Refer to the manual when troubleshooting issues or exploring advanced features.

Career center

Learners who complete ESP32 Learn By Building Practical Projects will develop knowledge and skills that may be useful to these careers:

DIY Maker

A DIY Maker engages in creating projects for personal use or as a hobby, often involving electronics and programming. This course is an ideal fit for a DIY maker. With its focus on hands-on, practical projects using the ESP32, the course allows a maker to create a wide variety of projects. This course teaches one how to build everything from web servers to smart garden systems, which are projects that a maker might be interested in building. This is an excellent course for a maker to learn how to create a variety of projects using the ESP32.

See salaries and explore the career path for DIY Maker

IoT Engineer

An IoT Engineer is deeply concerned with the design, development, and deployment of Internet of Things devices and systems, often working with hardware, software, and networking. Given that this course is focused on practical projects using the ESP32, a popular chip for IoT solutions, it aligns perfectly with the needs of an IoT Engineer. The course teaches how to build projects involving web servers, databases, email alerts, sensor readings, and real-time notifications, all of which are core components of many IoT systems. This focus on hands-on projects and building real-world applications is particularly beneficial for aspiring IoT Engineers.

See salaries and explore the career path for IoT Engineer

Embedded Systems Engineer

An Embedded Systems Engineer designs, develops, and tests software and hardware for embedded systems, often involving microcontrollers and IoT devices. This course, focused on building practical projects with the ESP32, is directly relevant to the work of an embedded systems engineer. The course's hands-on approach, encompassing topics such as programming the ESP32 in C and Arduino, accessing hardware features, and building various IoT applications, are all skills that are valuable in this career. The course's emphasis on practical project work directly prepares one for the kind of work an embedded systems engineer might do.

See salaries and explore the career path for Embedded Systems Engineer

Firmware Engineer

A Firmware Engineer develops low-level software that controls the hardware of electronic devices. This course provides a practical approach to learning the intricacies of programming the ESP32, a popular microcontroller used in many embedded systems, which greatly helps build a foundation for a career as a firmware engineer. Its hands-on projects, programming in C and Arduino, and work with various functionalities like web servers and sensor integration are all relevant skills for a firmware engineer. The course's focus on real-world applications makes it especially relevant for those seeking hands-on experience in embedded systems.

See salaries and explore the career path for Firmware Engineer

Hobbyist Programmer

A Hobbyist Programmer enjoys creating programs for personal projects and learning. This course, with its focus on practical projects and programming of the ESP32, may be useful for a hobbyist programmer. The course teaches both C and Arduino programming in a project-based format. The projects, ranging from web servers to email alerts, can be interesting and challenging for a hobbyist programmer and may help them apply programming techniques to practical applications. The hands-on nature of this course can help build skills in embedded systems.

See salaries and explore the career path for Hobbyist Programmer

Systems Integrator

A Systems Integrator combines different hardware and software components to create a cohesive system. This course is relevant to a systems integrator because it involves integrating different technologies, such as microcontrollers, sensors, and web services. The course's focus on practical projects may be directly useful in the actual work that a systems integrator does. A systems integrator who wants more hands-on experience with building and integrating IoT devices may find this course to be highly useful.

See salaries and explore the career path for Systems Integrator

Robotics Engineer

A Robotics Engineer designs, develops, and builds robots, often integrating hardware and software components. The projects built in the course, like those that use sensors, actuators, and communication protocols, are common building blocks in robotics systems. This course can help robotics engineers by providing them experience integrating hardware with software using the ESP32. The practical approach to learning, along with focus on projects like controlling devices over the web and integrating sensors, will prove useful to anyone looking into this field.

See salaries and explore the career path for Robotics Engineer

Product Developer

A Product Developer is involved in creating new products, frequently working with technology and design. The skills taught in this course, which include learning how to build a variety of projects using the ESP32, are valuable to a product developer who may need to use similar technologies to build prototypes and products. The hands-on emphasis of the course is ideal for one who wishes to gain practical design experience. This course provides real-world application examples that are valuable to product developers.

See salaries and explore the career path for Product Developer

Automation Engineer

An Automation Engineer designs, develops, and implements automated systems and processes. This course, focused on the ESP32, may be useful for those who are interested in using microcontrollers for automation projects. The course covers topics such as sensor integration, web server implementation, and cloud connectivity. As an automation engineer, one might use these skills to build automated control systems that monitor and react to environmental and other variables. The hands-on projects, such as building an IoT smart garden, may be applicable to some tasks in automation.

See salaries and explore the career path for Automation Engineer

Technology Educator

A Technology Educator teaches others about technological concepts and tools, often in a classroom setting. This course, which takes a practical and hands-on approach to teaching the ESP32 and its applications, may be useful to the technology educator. A technology educator can use the course's projects in the development of their own teaching curriculum or as examples for students. The course's step-by-step approach to building projects may also be beneficial to the educator by modeling good teaching practices.

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Hardware Engineer

A Hardware Engineer designs, develops, and tests physical hardware components and systems, often working with microcontrollers. Although this course focuses on software programming for the ESP32, it also provides a practical understanding of how hardware interacts with software, making it beneficial for a hardware engineer. Through the hands-on projects, one can gain practical experience in integrating hardware components with software systems. This can help a hardware engineer gain a better appreciation for how hardware design choices impact the programming and usage of embedded systems, thereby making this course useful.

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Technical Trainer

A Technical Trainer educates others on specific technologies and processes. This course, with its clear and step-by-step approach to learning the ESP32, may be useful for a technical trainer. The course provides practical examples and projects that can be used in the design of training programs relating to embedded systems. A technical trainer wanting additional experience in embedded systems might find this course to be valuable because it offers a way to quickly gain hands-on experience in the field.

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Electronics Technician

An Electronics Technician is involved in the building, testing, and repair of electronic equipment. The hands-on nature of this course, with its focus on practical projects with the ESP32, makes it useful for an electronics technician. While this course does not specifically discuss maintenance, these projects help develop skills in troubleshooting and testing electronic systems. This course teaches practical skills using the ESP32 that an electronics technician can use in their work.

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Research Scientist

A Research Scientist conducts scientific research to advance knowledge in a particular field, using both theory and experiments. This course may be useful for those who wish to use the ESP32 for data collection or experimenting with new IoT designs. The course's practical approach may help a research scientist move quickly to building proof of concepts and validating designs. Those wanting to develop their skills in areas such as sensor integration and data logging may wish to use this course as an entry to the field.

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Software Developer

A software developer writes code for software applications. While this course focuses on embedded systems, a software developer moving into IoT and embedded might find the course to be relevant. The course introduces programming within the Arduino IDE and C/C++, which are languages used by many software developers. Additionally, the projects in the course offer a way to apply their programming skills in a different domain. A software developer interested in gaining a deeper understanding of how software interacts with hardware might find this course especially useful.

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ESP32 Learn By Building Practical Projects

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Learning objectives

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Practical esp32 projects for beginners

Activities

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