Programming Algorithms for Electric Circuit Analysis

Combining physics theory with computational logic opens up powerful ways to analyze and model real-world electrical systems. This beginner-friendly text course guides you through foundational physical principles and teaches you how to translate them into clean, structured code. In this course, you will learn to: Understand fundamental circuit concepts including Ohm's Law, Kirchhoff's Laws, and equivalent resistance; Formulate mathematical models for electrical networks and physical systems; Write structured algorithms to calculate current, voltage, and power across complex circuits; Implement numerical methods for linear system solutions and automated circuit calculations; Apply clean coding principles, type safety, and modular functions to scientific programs. Starting with fundamental physics terminology and simple algorithmic structures, the material gradually builds toward solving interconnected circuit equations programmatically. Designed for beginners in programming and engineering physics, requiring no prior coding experience. Read through the structured text lessons and build your computational problem-solving skills today.