[100% Off] Electromagnetics, Optics, Logic Circuits &Amp; Electric Circuits

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

Added on October 16, 2025 Teaching & Academics 2 min read

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

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