IT & Software > Operating Systems & Servers
9 h
£19.99 £12.99
Mastering IoT with Windows: Raspberry Pi & Embedded Systems
What you will learn:
- Build embedded systems using Raspberry Pi and Windows IoT Core
- Develop smart home automation projects
- Master C# programming for IoT applications
- Utilize Visual Studio for IoT development
- Understand and implement I2C communication
- Create responsive user interfaces
- Control hardware peripherals using Windows IoT Core
- Deploy code to Raspberry Pi remotely
- Manage and access IoT devices remotely
- Learn about the Windows IoT Core OS and its capabilities
- Use .NET Standard 2.0 libraries for IoT development
- Debug and test your IoT applications
- Implement home automation with multiple devices and sensors
Description
Unlock the potential of Windows 10 IoT Core for your next IoT project! This comprehensive course teaches you to build embedded systems using Raspberry Pi and leverage the power of Windows. Learn how to create a fully functional smart home automation system, controlling lights, fans, and more. We'll guide you through the entire process, from setting up your development environment in Visual Studio with C# programming, to writing and deploying code to your Raspberry Pi, controlling hardware via I2C communication, and creating responsive user interfaces.
Dive into the world of Windows IoT Core and discover:
- Lightweight Power: Master the compact and efficient Windows IoT Core OS, ideal for resource-constrained devices.
- Universal App Development: Utilize UWP technology to build intuitive and engaging applications.
- Remote Management: Access and control your IoT devices remotely via a web browser or RDP.
- .NET Standard Support: Leverage a vast ecosystem of open-source libraries.
- Hands-On Projects: Engage in practical exercises to solidify your learning.
This course is perfect for beginners and experienced developers alike, and includes 9+ hours of high-definition video content, regular updates, and lifetime access. Learn from a leading team with over 13 years of experience in microcontroller education.
What awaits you: Detailed step-by-step instructions, clear explanations, real-world projects, and ongoing support. Prepare to transform your understanding of IoT and create innovative embedded systems.
Enroll now and start building your IoT future!
Our Instructors: Educational Engineering Team, a leading team in the microcontroller industry with over 13 years of experience and a track record of teaching over 250,000 students.
Curriculum
Introduction
This introductory section lays the groundwork for the course. Lectures cover essential concepts such as an introduction to the course, important notes, a quick overview of Windows IoT, what you need to know about running Windows 10 on the Raspberry Pi, downloading and installing Microsoft Visual Studio, downloading and installing Windows 10 IoT Core onto your SD card, the Raspberry Pi hardware and software setup, unboxing the Raspberry Pi Model B, an overview of Raspberry Pi programming, a walkthrough of the Windows Device Portal, and two short quizzes to check your understanding of the material covered.
Raspberry Pi Overview
Get acquainted with the Raspberry Pi's hardware and capabilities. This section contains a lecture on the Raspberry Pi overview and a short quiz on your understanding of its hardware and capabilities.
Prepare Environment
Prepare your development environment for writing your first code. Learn to connect an LED to the Raspberry Pi GPIO and write your first code to create a user interface. A final quiz assesses your understanding of preparing the development environment.
Practical: Control Output Device with Input Signal
This section focuses on a practical project: controlling an output device using an input signal. Lectures cover the coding process, practical implementation and code testing, followed by a quiz testing your understanding of the practical application.
Home Automation Using Raspberry Pi And Windows 10 IoT
Begin your journey into home automation with Raspberry Pi and Windows 10 IoT. The introduction and overview of hardware and software requirements provide the foundation for building smart home systems.
Notes
This section provides a brief note stating that prior I2C knowledge is not required for this course.
Smart Home - Rooms Setup
Learn how to set up rooms for your smart home project, including an explanation of the devices and rooms addressing mechanism.
Circuit Schematic
Master the creation of circuit schematics. This section walks you through downloading and installing Fritzing software, creating circuit schematics (Part 1 & 2), and includes two quizzes to test your knowledge of this critical skill.
Wiring Smart Home appliances
Learn how to wire home appliances with a relay module, understanding its functionality, and includes a quiz on wiring smart home devices.
Software and Communication Protocol
Understand the software and communication protocols essential for IoT applications. This section covers the software and communication protocol, an example, and a quiz focused on communication protocols in IoT.
Arduino Coding
Learn Arduino coding, including downloading and installing the Arduino IDE, and three parts covering Arduino coding and a quiz focusing on coding essentials for Arduino control in IoT.
Visual Studio for IoT
This section covers setting up Visual Studio for IoT development, including downloading and installing necessary software, a Windows Device Portal walkthrough, preparing the environment for your first code, and two quizzes for evaluation.
Classes Needed for This Project
This section focuses on the classes diagram needed for the project.
User Interface Structure Explained
Understand the structure of the user interface for your project.
User Interface - Main Dashboard
Learn to create the main dashboard of your user interface (Part 1 & 2).
Project Testing
Test your project through practical circuit connection and practical testing. Includes a short concluding note.
Introduction & Getting Started (I2C)
This section covers setting up the environment for I2C communication, including software installation, the Windows Device Portal, Visual Studio, I2C Overview, Arduino Wire Library, I2C circuit connection, and coding for both Arduino and Windows IoT. Multiple quizzes are included to test understanding at various stages.
Arduino I2C Communication
Master Arduino I2C communication in this section, covering various aspects from introductions and usage scenarios to code examples and quizzes.
Practice Test
A practice test focusing on the essentials of Windows IoT.
Who we are?
Learn more about the instructors behind this course.
Course Project
A summary of the course project.
Bonus Lecture: Gifts, Coupons, and More.
A bonus lecture offering additional resources and information.