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Introduction

Users—including educators, students, electronics engineers, and hobbyists—can experiment with digital circuit simulations directly from their browsers to explore various "what-if" scenarios. Users can share their creations using unique circuit URLs or fork contributions from the CircuitVerse community to satisfy their curiosity.

Figure 1.1 shows a screenshot of a ripple carry adder simulation built using CircuitVerse.

Ripple Carry Adder simulation showing input bits, full adder components, sum outputs, and carry chain in the CircuitVerse simulator

Figure 1.1: Ripple Carry Adder simulation built using CircuitVerse


Classroom Management for Educators

Developed for educators by educators, the CircuitVerse platform delivers a high-quality learning experience in a scalable way. Educators can manage, track, and achieve their classroom learning goals in a single, powerful solution.

Key features include:

  • Create and manage student groups
  • Post assignments with submission deadlines
  • Add or export grades seamlessly

Refer to Figure 1.2 for an overview of these features.

CircuitVerse educator dashboard displaying group management, assignment tracking, and grading options

Figure 1.2: Educators can manage, track, and achieve their classroom learning goals using the CircuitVerse platform

Chrome Extension

Using the CircuitVerse Chrome extension, educators can embed live circuits in their Google Slides and demonstrate concepts without navigating across tabs. Alternatively, they can export images or embed iFrames within their webpages.


Community & Collaboration

As the CircuitVerse community grows, educators and students can join the online forums to share ideas, questions, and resources related to teaching and learning digital logic design.

CircuitVerse community forum showing discussion threads and collaboration features for digital logic design topics

Figure 1.3: Connect and collaborate on the CircuitVerse Forum for sharing ideas, questions, and resources


Platform Demo

Watch the video below for a quick demonstration of the CircuitVerse platform.