Web-Based Embedded System Simulator

An introduction to the design and analysis of web-based embedded systems is provided in this course. Students will gain knowledge of the many parts of a web-based embedded system and investigate how these systems can be utilized to increase efficiency, dependability, and safety. Real-time operating systems, networked systems, and sensor networks will all be covered in the course.

Web-based embedded system simulator helps you design and debug your systems before they hit the market, the first-ever free simulator to simulate  Arduino, ESP, Raspberry Pi, and other boards.

An online electronics simulator. It may be used to emulate the Arduino, ESP32, and a variety of other well-known boards, components, and sensors.

This course provides a web-based embedded system simulator that allows students to experience working with an embedded system. The simulator is used to provide a virtual environment for the students to develop and test their embedded systems.

This course provides an introduction to the design and implementation of embedded systems using a web-based simulator. The course covers the basics of embedded systems, including processor architecture, operating systems, and programming. Students will work on a series of projects that will allow them to apply the concepts learned in the course.

Following are a few brief examples of items you can create:

• Arduino Uno “Hello World”
• Blink an LED on ESP32
• Monitor the weather on ATtiny85
• Control 32 Servos with Arduino Mega
• Animate an LED Matrix with FastLED
• 7 Segment Counter with MicroPython on ESP32

Course Unique Features:

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• WiFi simulation – Connect your simulated project to the internet. You can use MQTT, HTTP, NTP, and many other network protocols.
• Virtual Logic Analyzer – Capture digital signals in your simulation (e.g. UART, I2C, SPI) and analyze them on your computer.
• Advanced debugging with GDB – Powerful Arduino and Raspberry Pi Pico debugger for advanced users.
• SD card simulation – Store and retrieve files and directories from your code. Club members can also upload binary files (such as images)

In this course, you may discover how to join and know the benefits of this platform.

This includes Guides:

• Diagram Editor
• Keyboard Shortcuts
• Debugging
• Serial Monitor
• Logic Analyzer
• Libraries
• MicroPython
• CircuitPython
• ESP32 Simulator
• ESP32 WiFi
• Translating
• VotePowers

Why this platform?

• Start right now.

  No waiting for components, or downloading large software. Your browser has everything you need to start coding your next IoT project in seconds.

• Mistakes are okay.

  You can’t destroy the virtual hardware. Trust us, we tried. So don’t worry about frying your precious components. And unlike real hardware, you can always undo it.

• Easy to get help and feedback.

  Sharing a link to your project is all you need.

• Gain confidence in your code.

  Separate hardware and software issues.

• Unlimited hardware.

  No need to scavenge parts from old projects. Use as many parts as you need, without worrying about project price and stock.

• Maker-friendly community.

  A place for you to share your projects, ask for help and get inspiration.

Why should you take this course?

• you will learn about Arduino IDE
• Learn about Arduino Mega
• Learn about ESP32
• Learn about Arduino Nano
• Learn about Raspberry Pi Paco
• Learn about Micropython ESP32
• Learn about the example Arduino Libraries

A web-based embedded system simulator course is a course that allows students to learn about embedded systems by using a web-based simulator. This type, of course, can be very useful for students who are interested in learning about embedded systems, but who may not have access to a physical simulator.