EGK Circuit B AR is an engaging and immersive augmented reality app that helps learners of all ages understand the fundamentals of electrical circuits in a hands-on, visual way. Designed with clarity, simplicity, and interactivity in mind, this app bridges the gap between theory and practice by allowing users to build, simulate, and test virtual circuits right in their real-world environment using ARKit. Whether you’re a student, teacher, or curious hobbyist, EGK Circuit B AR guides you through each step of basic electronics — from placing components like batteries, resistors, and LEDs, to wiring them together in either series or parallel configurations. As you build your circuit, the app visually shows current flow, LED illumination, and calculates real-time voltage and current based on Ohm’s Law, making abstract concepts easy to grasp. The app features a guided Learning Mode that introduces key concepts in digestible chapters, such as "What is a Circuit?", "Key Components", "Ohm's Law", and "How to Connect Components with Wires." Each chapter includes visuals, analogies, and tips to make electronics both approachable and memorable. In Build Mode, you're free to experiment by placing components and connecting wires using an intuitive tap-to-connect system. If your circuit is complete and valid, the LED lights up and the wire glows — giving you instant feedback and a rewarding learning experience. Key features: STEM Educational content on circuits and electronics Augmented Reality circuit building Real-time current and voltage simulation Step-by-step guidance for beginners Interactive and expandable components Great for classroom or self-paced learning By combining physics simulation with real-world spatial interaction, EGK Circuit B AR makes learning electronics more engaging, accurate, and accessible. No soldering or breadboarding needed — just curiosity and a device with AR support! Whether you're building your first LED circuit or teaching others how electricity flows, this app offers a fun and safe environment to experiment, learn, and discover.
