In this module, we will introduce you to the fundamentals of logic analyzers and bit operators. We will explore their key characteristics, practical use cases, and differences from oscilloscopes. Additionally, you will practice essential bitwise operations and reinforce your learning through hands-on exercises.

In this module, we will introduce you to PulseView, including its key features and advantages for your projects. We will guide you through downloading and configuring the software, as well as connecting a logic analyzer. Additionally, we’ll cover essential settings for sample rates, frequency, baud rates, and teach you how to produce and analyze signals effectively.

In this module, we will cover the fundamentals of UART communication and how it fits into serial data transmission. You will learn how to implement UART on both Arduino Uno and ESP32, convert data formats, and understand key concepts like parity bits, baud rates, and logic levels. We’ll also explore practical applications, such as sensor analysis, to solidify your understanding.

In this module, we will introduce you to the OneWire protocol and its applications, focusing on how to use the DS18B20 temperature sensor. We’ll explore key concepts like wiring, data analysis, and resolution adjustments, while also guiding you through retrieving data using the OneWire library for seamless integration in your projects.

In this module, we will explore the DHT11 and DHT22 sensors, covering the wiring, signal analysis, and how to decode the data they generate. You’ll also gain insight into the DHT library, which simplifies interfacing with these sensors and retrieving data for your applications.

In this module, we will introduce SPI and cover its basic concepts and operations. You will learn to implement SPI communication between two Arduino Unos and analyze the data using a logic analyzer. Additionally, we’ll demonstrate how to transmit DHT22 sensor values over SPI for streamlined communication in your projects.

In this module, we will cover I2C communication in detail, including its protocol, structure, and real-world applications. You will learn how to wire and interface sensors like the BH1750 and DHT20, analyze their data, and even expand your I2C network using multiplexers. Additionally, we’ll guide you through creating custom sketches for reading I2C addresses and setting up communication between multiple devices.

In this final module, we will recap the main concepts and skills you've gained throughout the course. We will also offer a heartfelt thank you for your participation, along with encouragement for your continued exploration and learning in the field.