Mastering IoT: Hands-on Embedded Systems & Sensor Projects with Raspberry Pi & Arduino

What you will learn:

IoT Fundamentals
Raspberry Pi Programming
Arduino Programming
Sensor Integration
Embedded Systems Design
Microcontroller Comparison (Arduino vs. Raspberry Pi)
Electronic Component Selection & Procurement
Data Acquisition & Analysis
Practical IoT Project Development
High Voltage Switching Circuits

Description

Dive into the world of the Internet of Things (IoT) with this comprehensive course! Learn by doing with hands-on projects that leverage the power of Raspberry Pi and Arduino platforms. This specialization isn't just theory; you'll build real-world IoT devices, gaining practical skills in embedded systems, sensor integration, and data communication. We'll explore various microcontrollers, comparing their strengths and weaknesses to help you choose the right tool for the job. The course includes detailed unboxing and explanations of popular components, including the Raspberry Pi Pico and various Arduino models (Uno, Mega, Pro Micro, and NodeMCU).

Understand the intricacies of different sensors, such as UV sensors, humidity sensors, and more, while mastering essential electronics components like capacitors and transistors. You'll learn to program microcontrollers and build projects like a light-testing device, a distance measuring tool, a servo motor controller, and a high-voltage switch. This course also guides you through the process of sourcing electronics components, providing links and tips to simplify your procurement process. Whether you're a hobbyist, student, or professional, this course offers a pathway to becoming a proficient IoT developer. Special thanks to Future Electronics (FEC) for their invaluable support in providing components for this practical learning experience.

We provide detailed instructions for connecting and utilizing various communication protocols, enabling you to effectively collect and analyze data from your IoT devices. This knowledge extends to deriving data-driven insights to optimize business processes, improve efficiency, and develop innovative revenue streams. Whether you are a business or individual, we deliver training solutions tailored to your specific needs, even providing in-house options for your convenience. Our team of experienced professionals ensures a comprehensive and practical learning experience for everyone.

Curriculum

Introduction to Embedded Systems & IoT

This introductory section lays the groundwork for the course. You'll get an overview of IoT and its applications, followed by a deep dive into several essential sensor projects. These projects demonstrate fundamental concepts and build a base for more complex projects in later sections. Lectures include: Introduction to IoT and project overview; Hands-on projects using UV sensors, heat sinks, and wireless transmitters; Projects involving humidity sensors, Bluetooth modules, and high-voltage switches; Understanding capacitors, transistors, and other crucial electronic components; A comparison of popular microcontrollers like Arduino and Raspberry Pi, highlighting their differences and strengths.

IoT Sensors, Electronics, and Component Procurement

This section focuses on practical applications of IoT sensors and common electronic components. You'll learn about integrating different sensors and build projects that illustrate their use. It also covers how to effectively source electronic parts. Lectures include: A project for testing LEDs and an ultrasonic distance meter; Working with servo motors and understanding different types of motor movement; Understanding integrated circuits (ICs) and using a PIC microcontroller programmer; Building projects with a seven-segment display, a color sensor, and a real-time clock module; Building a high-voltage switch project using Arduino Nano and a metal detector; Unboxing and introduction to Raspberry Pi Pico and NodeMCU V2; A comprehensive guide to purchasing electronic components, including sourcing them online and using online suppliers; Detailed instructions on sourcing electronic parts through various online retailers.

Arduino Microcontroller Deep Dive

This section focuses on several popular Arduino boards, providing detailed unboxing and explanations of their features and capabilities. Lectures include: Detailed explanation of the Arduino Uno board and its functionalities; Unboxing and overview of the Arduino Pro Micro; Unboxing and overview of the Arduino Mega; Unboxing and explanation of NodeMCU (ESP8266).

Advanced Electronics Projects & Unboxing

This section includes a collection of additional electronics projects and unboxing videos for various components, providing further practical experience and demonstrating additional techniques and applications. The lectures for this section are diverse, covering various practical projects and component demonstrations.

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