
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
Learn how a web server stores, processes, and delivers pages to clients via the http protocol, with client requests and server responses illustrated by a Google example.
Learn to set up a secure database on a hosting account, create a database, user, and password, and build a SQL table with phpMyAdmin and a query.
Learn smtp, the mail transfer protocol and standard for email transmission, and how to use smtp servers from providers like Gmail with an account and Arduino IDE library preview.
program an ESP32 to send an email via SMTP, using the SMTP mail client library, configure wifi and Gmail SMTP settings, and set the email subject and message.
Learn to read a touch sensor value on an ESP32, print readings to serial, and trigger an email alert when the value exceeds 100, with a configurable delay between messages.
Learn to create an mqtt server account on a free plan, verify your email, access the dashboard, and add up to 10 devices with a client ID.
Master Arduino coding for ESP32 projects by creating a software serial link, reading an analog sensor via ADC, and formatting data with sensor id and value for serial transmission.
Connect to wifi networks and establish an mqtt connection on the ESP32, generating a unique client id, then publish 'hello, world' and print the local ip while attempting reconnects.
Learn the hardware and software requirements for the ESP32 project, including ESP32 board, USB cable, digital and analog sensors, motion detector, breadboard, jumper wires, and the Arduino IDE with libraries.
Install essential ArduinoJson and Universal Telegram Bot libraries for ESP32 projects, using the library manager and boards manager to prepare for coding.
build an esp32 circuit schematic by adding a missing part in friday, then wire a motion detector and a temperature sensor to digital and analog inputs, and export the schematic.
Begin by creating an esp32 project, include the arduino json and universal telegram bot libraries, configure wifi credentials and bot tokens, and define motion and temperature sensor variables.
Check the motion detected flag with an if statement, send a Telegram message when motion is detected, reset the flag, then compile and upload to the ESP32.
Learn how to read an ESP32 analog temperature sensor on pin 34, convert the 12-bit ADC reading, and send temperature alerts to a Telegram bot with conditional messaging.
Enable wireless firmware updates for ESP32 boards over Wi-Fi or local networks, replacing serial cables. Learn to convert existing projects to enable OTA updates and release new code versions remotely.
Learn to build an ota enabled ESP32 code by wiring an observer with the async web server, integrating the ota library, connecting to wifi, and enabling over-the-air updates.
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 ESP32 OTA (Over the Air).
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.