Year: 2025
Type: article
Abstract: In the evolving landscape of computer science, mastering abstract algorithmic concepts remains a significant challenge for learners due to their logical complexity and limited visual representation. The Code and Algorithm Visualizer is an interactive platform designed to simplify these concepts by converting algorithm execution into clear, real-time visual experiences. Developed using the MERN Stack and enhanced with TypeScript, the system ensures scalability, performance, and robust development. The platform allows users not only to observe predefined algorithm simulations but also to actively construct and manipulate data structures in real time. Core concepts such as sorting algorithms, searching techniques, graph traversals, and shortest path computations are visually represented, enabling users to understand how data evolves at each step of execution. A custom-built interactive engine supports dynamic node creation, weighted edge connections, and intuitive dragand-drop interactions, providing a hands-on learning experience. To further enhance comprehension, the system incorporates step-by-step execution tracking along with real-time explanatory feedback, helping learners understand the reasoning behind each operation. Additional controls such as pause, replay, and speed adjustment allow users to explore algorithms at their own pace, while zoom and pan functionalities ensure clarity even for complex structures. The platform also integrates gamified learning elements, including quizzes, progress tracking, and streak monitoring, to encourage consistent engagement and reinforce learning outcomes. Its responsive and modular design ensures seamless accessibility across devices and supports future scalability with the addition of more algorithms and features. Ultimately, the Code and Algorithm Visualizer bridges the gap between theoretical knowledge and practical understanding by transforming abstract logic into intuitive visual representations. It serves as a powerful educational tool that promotes active learning, strengthens problem-solving abilities, and builds a solid foundation in algorithmic thinking.
Author: Divya Dharsni L M
Language: English
Subfield: Computer Science Applications
Field: Computer Science
Domain: Physical Sciences
SDG: Quality education
Open Access status: diamond
OpenAlex ID: W4416356502