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ELECTRONICS 2026
Rating: 5.0 out of 5(2 ratings)
12 students

ELECTRONICS 2026

Discover how electrical systems, components, and circuits operate
Created byJosuah Mendieta
Last updated 5/2026
English

What you'll learn

  • The core ideas behind electricity: current, voltage, energy, and power.
  • The essential building blocks of electronics: resistors, capacitors, diodes, and more.
  • The key laws that describe how circuits operate, including Ohm’s law and Kirchhoff’s rules.
  • Design of basic electronic circuits (how to calculate capacitor, resistors, transistor values)

Course content

8 sections • 61 lectures • 6h 16m total length

  • Course content0:34

    Is this course right for me? What will I learn? All of this will be answered in this lesson.

  • Elements & tools required1:20

    A brief list of materials for experiments we'll be doing during this course.

  • Engineering notation and electric prefixes2:18

    In this course we'll learn how to use electrical prefixes and engineering notation.

  • What is electricity?1:20

    A brief concept of what is electricity and how it works on a daily basis.

  • What is an electric circuit?1:04

    Electric circuit: Components description.

  • Quiz unit 1

Requirements

  • This course serves as a beginner-friendly introduction to the principles behind Electricity and Electronics, so you don’t need any prior background. To follow the explanations smoothly, it helps if you’re comfortable with basic math, since we’ll work through simple equations while examining circuits. A little familiarity with physics can be useful, though it’s completely optional

Description

WHAT'S IN IT FOR YOU?

Understanding electricity and electronics is a powerful skill in today’s world.

Electronic systems show up in nearly everything—phones, computers, appliances, vehicles, and all the everyday items that are steadily becoming “smart.” As more devices integrate circuitry, the need for people who understand how electronics work continues to rise, and the career opportunities are both plentiful and well-paid across the globe.

Creating your own electronic devices is also incredibly fulfilling. Whether you pursue it as a profession or a personal hobby, there’s something uniquely exciting about building a real, tangible object that responds to the world around it. With affordable platforms like Arduino and Raspberry Pi—and the right foundational knowledge—getting started has never been easier.

Unlike many technical fields that change rapidly, the core of electronics remains stable. It’s rooted in physics and the natural laws that do not change. New chips and components appear every year, but the underlying principles stay constant, making the knowledge long-lasting and always relevant.


WHAT MAKES THIS COURSE UNIQUE?

Most online resources focus on plugging parts together or following pre-made designs. They usually skip the deeper “why” behind how things work.

This course takes a different approach: it builds your understanding from the ground up. Every concept is introduced starting from the physics behind it, ensuring that you truly grasp how circuits behave. Once the fundamentals are clear, you’ll apply them to design more advanced and practical electronic systems.

Who this course is for:

  • Hobbyists and DIY builders interested in getting a clear grasp of what’s happening inside electronic parts
  • University learners who need to revisit core principles from their electronics courses
  • Professionals in electrical/electronic engineering who want to reconnect with the foundational ideas they haven’t reviewed in years

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