Master Windows IoT Core: Embedded Systems with Raspberry Pi

Based on the information provided, it seems you are interested in a comprehensive course that covers C# programming, Windows app development, and PowerShell, with a specific focus on integrating these skills with Raspberry Pi and Windows IoT Core. Here's a structured approach to creating a curriculum for such a course:

Course Title:

Windows IoT Core Development with Raspberry Pi and C# - From Basics to Advanced Projects

Course Description:

This course is designed for beginners, developers, engineers, and hobbyists who wish to explore the world of Windows IoT Core on Raspberry Pi using C#. Learn to develop applications for embedded systems, understand the nuances of C# programming, and master PowerShell scripting with real-world projects. By the end of this course, you'll be equipped with the skills to create, deploy, and manage robust Windows IoT Core applications.

Course Requirements:

• Basic understanding of electronics and programming concepts.
• A Windows 10 computer with the necessary tools for development (IDE, SDK, etc.).
• A Raspberry Pi device.
• A passion for learning and applying new skills to IoT projects.

Course Modules:

Module 1: Introduction to Windows IoT Core and Raspberry Pi

• Overview of Windows IoT Core
• Setting up the development environment
• Introduction to Raspberry Pi hardware
• Installing Windows IoT Core on Raspberry Pi

Module 2: C# Programming Essentials for IoT Applications

• C# syntax and language features
• Working with data types, variables, and control structures in C#
• Object-oriented programming concepts in C#
• Debugging and error handling in C# applications

Module 3: Windows IoT Core Application Development

• Designing a user interface for Windows IoT Core applications
• Utilizing Raspberry Pi's peripherals (GPIO, I2C, SPI, etc.)
• Developing sensors and actuators interaction programs
• Implementing background tasks and threading

Module 4: PowerShell Scripting for Automation and Configuration

• Introduction to PowerShell
• Scripting fundamentals: variables, control structures, and cmdlets
• Writing and executing scripts on Raspberry Pi
• Creating reusable functions and modules in PowerShell

Module 5: Advanced IoT Projects with C# and PowerShell

• Real-time data collection and processing
• Internet of Things (IoT) cloud integration (Azure IoT, MQTT, etc.)
• Building a multi-sensor data logging application
• Developing a home automation system using Windows IoT Core, C#, and PowerShell

Module 6: Troubleshooting and Debugging IoT Applications

• Common issues and error patterns in IoT development
• Advanced debugging techniques for C# and PowerShell scripts
• Performance optimization and testing

Module 7: Real-world Project Capstone

• Designing a comprehensive IoT project based on learned concepts
• Integrating sensors, actuators, and cloud services to create a real-time system
• Documenting the development process
• Presenting the project with a focus on its practical applications

Instructor Profile:

The course will be led by the Educational Engineering Team, a collective of skilled engineers with over 13 years of experience in teaching and practical projects. The team has a strong background in electronics, programming, and IoT development, with a special focus on Raspberry Pi and Windows IoT Core. Their approach is hands-on and practical, ensuring learners can apply their knowledge immediately to their projects.

Instructor Credentials:

• Over 13 years of teaching experience in microcontroller programming and electronics.
• Authored four Microcontroller books.
• Created over 250k students have been taught through Udemy courses, YouTube channel, and personal mentorship.
• Offered guidance and consulting for graduation projects to numerous students.

Course Delivery:

• Video tutorials that cover each concept step by step.
• Interactive coding exercises to practice skills.
• Real-world project examples that apply the knowledge gained.
• Access to a community forum for peer support and discussion.
• Ongoing updates to the curriculum to reflect new developments in Windows IoT Core, Raspberry Pi, and C# programming.

By following this structured curriculum, students will gain a comprehensive understanding of developing applications for embedded systems using Windows IoT Core on Raspberry Pi, with a strong foundation in C# programming and PowerShell scripting.