- GOOD NEWS: On-going student will recieve 10% OFF
30% Theory 70% Practical
This course is for aspiring developers, hobbyists, and tech enthusiasts who want to master the skills required to create innovative IoT projects using the ESP32 platform. Whether you’re a complete beginner or already have some experience in electronics and programming, this course will equip you with the knowledge and hands-on experience needed to excel in IoT development.
You’ll learn everything from setting up the ESP32 environment and programming with Arduino IDE to interfacing sensors, working with communication protocols like MQTT and HTTP, and creating real-world IoT applications like smart home systems and weather monitoring stations.
By the end of this course, you’ll have a solid foundation in IoT development, along with the skills to build and deploy practical ESP32-based projects, ready to bring your innovative ideas to life.
(Your Journey to IoT Excellence Begins)
This month focuses on understanding the core principles and foundational concepts of the ESP32 microcontroller. By the end of this phase, you will have a solid grasp of the basics required to start building IoT applications with the ESP32.
Installing ESP32 Board in the Arduino IDE (Week 1):
Learn how to set up and configure the ESP32 board in the Arduino IDE. Master the essential steps for installing libraries and preparing your development environment for seamless coding.
Analog-to-Digital Converter (ADC) (Week 2):
Dive into the ADC functionality of the ESP32. Understand how to read analog signals, interpret sensor data, and work with voltage levels for real-world applications.
Capacitive Touch Pins (Week 3):
Explore the capacitive touch functionality of the ESP32. Learn to design touch-based interfaces and applications, adding interactivity to your IoT projects.
Generating a PWM Signal on the ESP32 (Week 4):
Master pulse-width modulation (PWM) with the ESP32. Understand how to control devices like LEDs, motors, and other peripherals by generating PWM signals.
Configuring & Handling ESP32 GPIO Interrupts in Arduino IDE (Bonus):
Enhance your skills by learning how to configure and handle GPIO interrupts. Discover how to make your IoT projects responsive and event-driven with this advanced functionality.
(Take Your IoT Projects to the Next Level)
This month focuses on enhancing your skills in creating web interfaces and understanding advanced connectivity options with the ESP32. By the end of this phase, you’ll be equipped to develop IoT applications with web servers and Bluetooth communication.
Create a Simple ESP32 Web Server in Arduino IDE (Week 1):
Learn how to set up a basic web server using the ESP32 in the Arduino IDE. Understand how to serve web pages and interact with connected devices via a browser.
Interface DHT11/DHT22 with ESP32 & Display Values Using Web Server (Week 2):
Discover how to connect DHT11 and DHT22 sensors to the ESP32. Build a web server to monitor and display temperature and humidity readings in real-time.
Interface Multiple DS18B20s with ESP32 & Display Values Using Web Server (Week 3):
Learn to integrate multiple DS18B20 temperature sensors with the ESP32. Develop a web interface to display readings from multiple sensors efficiently.
ESP32 Basics: Bluetooth Classic (Week 4):
Gain insights into the Bluetooth Classic capabilities of the ESP32. Learn how to set up Bluetooth communication for data exchange between devices.
ESP32 Basics: Bluetooth Low Energy (BLE) (Bonus):
Understand the fundamentals of Bluetooth Low Energy (BLE) on the ESP32. Explore its low-power capabilities to build energy-efficient IoT devices.
(Consolidate Your Skills with Real-World Applications)
This month focuses on hands-on projects and exercises to help you deepen your understanding of the ESP32. By the end, you’ll have a collection of practical IoT applications and projects to showcase your skills.
ESP32 Basic Over-The-Air (OTA) Programming in Arduino IDE (Week 1):
Learn the fundamentals of Over-The-Air (OTA) programming with the ESP32. Understand how to wirelessly upload code updates, making development and deployment more efficient.
Interface OLED Graphic Display Module with ESP32 (Week 2):
Discover how to connect and use an OLED graphic display with the ESP32. Learn to display text, shapes, and graphics, creating interactive and visually appealing interfaces.
How to Use an I2C LCD Display with ESP32 (Week 3):
Master the use of I2C-based LCD displays with the ESP32. Understand the wiring, setup, and coding to display data from sensors and other sources effectively.
Working with Sensors (DHT11, DHT22, DS18B20, HC-SR04 Ultrasonic Sensor) (Week 4):
Integrate and use various sensors with the ESP32. Learn how to collect, process, and display sensor data, building IoT applications that monitor environmental conditions and measure distances.
Bluetooth Classic and Bluetooth LE
OLED Display and I2C LCD
Muhammad Tayyab Khan is a highly skilled professional with a BS in Electrical Engineering from Sir Syed University and 8 years of experience in electronics, including 2 years as an Embedded Firmware Developer. Known for his ability to simplify complex IoT and embedded systems concepts, Tayyab guides students through the essentials of ESP32 and Internet of Things in a structured, approachable, and engaging way.
We offer hands-on training and real-world project experience to help students and professionals excel in their careers.
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