This comprehensive course introduces the fundamentals of electrical engineering, designed for beginners and aspiring engineers. Starting with current, voltage, and conventional current flow, the course explains essential circuit terminology, ideal components, and sources. Students learn to analyze series and parallel resistor networks, apply Kirchhoff’s laws, and use node voltage and mesh current methods for solving complex circuits.
The course further covers capacitors and inductors, exploring their natural and step responses, as well as practical concepts like RC and LC circuit behavior. Electrostatics is also introduced, with lessons on Coulomb’s Law, electric potential energy, and fields from charged plates, forming a strong foundation in electric forces and energy.
Advanced topics include operational amplifiers, AC circuit analysis, impedance, complex numbers, and Fourier series, equipping learners with tools to understand and design AC circuits. By combining theory, derivations, and visual examples, students gain a practical understanding of how electricity works and how to solve real-world electrical engineering problems.
Upon completion, learners will be able to analyze circuits, understand electrical components, and apply both DC and AC concepts, setting a strong foundation for further studies or a career in electrical engineering.
