Electromagnetics, Optics, Logic Circuits & Electric Circuits

Master the Foundations and Advanced Concepts of Integrated Electrical & Optical Systems

What you'll learn
- Understand the principles and applications of electromagnetics and optics, including wave propagation, Maxwell’s equations, and optical systems.
- Analyze and design electric circuits, covering fundamental concepts, circuit laws, and practical techniques.
- Master digital logic circuits, including gates, arithmetic units, state machines, and programmable devices.
- Apply mathematical and physical concepts to solve real-world engineering and physics problems across electrical and optical systems.

Requirements
- Introductory physics or engineering coursework is helpful
- Familiarity with complex numbers and vectors is helpful

Description
Are you ready to build a strong foundation in the essential domains of electrical engineering and applied physics? This comprehensive course brings together four major chapters—Advanced Electromagnetics, Modern Optics, Logic Circuits, and Electric Circuits—into a single, integrated learning experience.

Whether you’re a university student, a professional seeking to refresh your knowledge, or a curious learner, this course will guide you from the basics to advanced topics, with clear explanations and practical examples.

What You’ll Learn

Advanced Electromagnetics

Complex numbers, phasors, and vectors

Orthogonal coordinates and operators

Linear ordinary differential equations

Boundary value problems

Maxwell’s equations and field vectors

Media and boundary conditions

Vector potentials and EM theorems

Plane waves, reflection, transmission, and waveguides

Fiber optic cables and transmission lines

Modern Optics

Ray matrices and lens systems

Inhomogeneous media and aberrations

Plane waves and linear systems

Frequency and spatial domain diffraction

Fourier transforming lenses and imaging

Planar and volume holography

Interferometry and coherence

Optics and relativity

Logic Circuits

Light switch logic and contact circuits

Logic gates, decoders, multiplexers

Arithmetic logic units and programmable logic devices

Latches, flip-flops, counters, and shift registers

State machines, ladder diagrams, and function block diagrams

Electric Circuits

Fundamental concepts and circuit analysis

Sources, Kirchhoff’s laws, resistors, and Ohm’s law

Series and parallel resistors

Voltage and current dividers

Delta-wye transformation

DC node voltage analysis

Course Features

60+ hours of high-quality video lectures

Step-by-step explanations and worked examples

Visualizations and practical demonstrations

Downloadable resources and reference materials

Quizzes and assignments for self-assessment

Lifetime access

Who this course is for:
- Electrical engineering and physics students (undergraduate and graduate)
- Professionals in electronics, photonics, and communications
- Anyone preparing for exams or seeking a deep understanding of these topics
- Self-learners interested in mastering the theory and practice of modern electrical and optical systems
More Info