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Electromagnetic Kinetic Engine Simulator: Lorentz Force and DC Motor Efficiency Analysis Electromagnetic Kinetic Engine Simulator Developed By : Ir. MD Nursyazwi Experience the precision of high-torque direct current propulsion. This simulator provides an advanced analytical environment for studying electromagnetic induction, Lorentz Force interactions, and real-world kinetic efficiency in self-made motor architectures. Expert Insight into Electromagnetic Propulsion The fundamental principles of electromagnetic motion are the bedrock of modern industrial automation. As an engineer, understanding the conversion of electrical energy into mechanical work through the Lorentz Force is essential. This simulator replicates the exact physics of a direct cu...

The Phenomenological Basis of Electromagnetic Induction: An Experimental Inquiry Author: Ir. MD Nursyazwi Abstract: This research paper presents a comprehensive examination of electromagnetic induction, a fundamental principle of classical electromagnetism, through the lens of a standard laboratory demonstration. Employing a conductive coil, a permanent magnet, and a galvanometer, the experiment provides empirical validation of Faraday's Law of Induction. The core observation—that an electromotive force (EMF) and, consequently, an electric current are induced only in the presence of a changing magnetic flux—is meticulously discussed. Furthermore, the directional aspects of the induced current are analyzed in accordance with Lenz's Law, reinforcing the principle of energy conservation within electromagnetic systems. The implications of these foundational phenomena for both theoretical understanding and practical applications are critically assessed...