⚡ Interactive Glass-Box Virtual Lab for DC Motor Characteristics

🚀 Live Simulator: Click Here to View Project

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📖 Project Overview

This project is a Physics-Accurate Virtual Lab designed to simulate the characteristics of a DC Shunt Motor. Unlike traditional "Black Box" simulators that hide the logic, this project follows the "Glass Box" philosophy, making all underlying mathematical formulas and constants visible to the user.

It directly addresses Theme 7: Open Innovation by providing an accessible, safe, and transparent educational tool for engineering students.

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✨ Key Features

• 🎯 Physics Engine: Real-time calculation of Speed ($N$), Back EMF ($E_b$), and Field Current ($I_f$).
• 🔍 Glass-Box Transparency: "Specs & Formulas" panel reveals internal constants ($R_{a_int}$, $R_{f_int}$) and governing equations.
• 🎛️ Interactive Controls: Dynamic sliders for Voltage and Rheostats.
• 📊 Data Logging: Built-in Observation Table.
• ⚙️ Visual Feedback: Realistic motor animation synchronized with calculated RPM.

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🛠️ Tech Stack

• Frontend: HTML5, CSS3 (Neon Dark Theme)
• Logic: Vanilla JavaScript (ES6+)
• Visualization: Chart.js, CSS Animations

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👨‍💻 Developed for [Hackathon Name]

Theme: Open Innovation / Glass Box Simulation