LogicForge: Interactive Digital System Builder

This project focuses on extending and enhancing CircuitVerse as a powerful digital logic simulation platform for learning and prototyping. The primary goal is to design, implement, and integrate advanced digital components such as Arithmetic Logic Units (ALUs), flip-flops, multiplexers, and other sequential circuits, enabling users to simulate more complex and realistic digital systems.

In addition to component development, the project aims to improve the overall simulation experience by enhancing visualization, usability, and interaction within the platform. This includes making circuit behavior more intuitive to understand, especially for beginners, while still supporting deeper exploration for advanced users interested in digital electronics and VLSI design.

A key aspect of this project is bridging the gap between theoretical concepts taught in classrooms and practical implementation. By building and demonstrating real-world digital systems within CircuitVerse, such as basic processors, control units, and logic-based applications, the platform can serve as a more effective educational tool.

The project will also explore opportunities to introduce intelligent assistance features, such as guided circuit building or debugging support, to help users learn faster and reduce common design errors.

Overall, this contribution aims to make CircuitVerse more robust, educational, and aligned with real-world digital design workflows, while actively contributing through feature development, bug fixes, and meaningful open-source collaboration.