WorkshopIoTBeginner

Arduino Expert​ Workshop — Cohort 3

A comprehensive Arduino workshop that teaches the electrical, electronics, and computer engineering behind Arduino from the ground up.

A comprehensive Arduino development course that provides an in-depth understanding of the electrical and computer engineering behind the platform. Rather than simply copying code, you will learn how electrical circuits, electronic components, and the microcontroller itself work. The program builds progressively from the fundamentals: an introduction to Arduino and electrical circuits, through component and transistor physics, to the architecture of the ATmega328 microcontroller. The course concludes with a Q&A and additional practice session tailored to the topics students find most challenging.

What you'll learn

  • Arduino and the principles of electrical circuits
  • The physics of LEDs, resistors, inductors, and capacitors
  • Working with motion components and sensors
  • Identifying and understanding important types of circuits
  • Digital systems and binary (base-2) numbers
  • Transistor physics: BJTs and MOSFETs
  • Registers, microcontrollers, and CPUs
  • An in-depth look at the ATmega328 microcontroller

Course content

Professional Makers Workshop — Cohort 35 lessons
  • 🔓 Free previewLesson 1
  • Lesson 2Included with purchase
  • Lesson 3Included with purchase
  • Lesson 4Included with purchase
  • Lesson 5Included with purchase

Instructors

The Embedded Academy team

Experienced embedded-systems engineers from the industry — people who build real products, not just teach about them.

FAQ

What is the course about?

The course explores the electrical and computer engineering behind Arduino in depth—from electrical circuits and component physics to transistors and the architecture of the ATmega328 microcontroller.

Do I need prior experience?

No. The course begins with an introduction to Arduino and electrical circuits and builds progressively from the fundamentals, so it is suitable for beginners.

Is there an additional support and practice session?

Yes. The third meeting is a Q&A workshop with help on topics students find challenging and additional hands-on practice.

How many meetings does the course include?

The course includes three meetings: fundamentals and circuits, transistors and microcontrollers, and a final Q&A and practice session.

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