Arduino Embedded C With Electronics/Schematics/PCB

Name: Arduino Embedded C With Electronics/Schematics/PCB
Rating: 4.6 (372 reviews)

Learn all about schematics, Printed Circuit Boards and Firmware Programming With Embedded C

Created byDaniel McCarthy

Last updated 6/2025

English

English [Auto],

What you'll learn

All about Arduino and firmware programming
Designing Electronic Schematics
Designing PCB(Printed Circuit Boards)

Course content

4 sections • 24 lectures • 4h 7m total length

Introduction1:22

Current Vs Voltage4:44
Explore how current flows through a circuit like water and how voltage pushes electrons to light a lamp, while noting conductors, insulators, and safety.
What is a breadboard?4:07
breadboards prototype circuits by connecting wires to metal strips, with side power rails and a middle section where power runs across, in a simulator that mirrors real life.
Your First Circuit12:31
Build your first circuit in TinkerCAD, wiring a 5-volt Arduino supply to an LED with a resistor on a virtual breadboard. Learn polarity and current-limiting concepts through a live simulator.
Blinking An LED Programmatically7:58
Resistance And Ohm's law8:39
Learn how resistance slows current in circuits, read color-coded resistors with bands, multiplier, and tolerance, and apply Ohm's law to calculate voltage, current, and resistance.
Programming Push Buttons With Arduino11:26
Understanding Diodes3:25
Interrupting The Arduino8:44
Explore Arduino interrupts by attaching an interrupt on pin 2 to a button, flipping a volatile state in an ISR and updating pin 13, including rising, falling, and change modes.
Understanding Capacitors6:34
Explore how capacitors store electric charge like a mini battery, smooth current, and stabilize dc circuits, with polarized and non-polarized types and their polarity requirements.
Programming an LCD Display With Arduino13:38
learn to write to an lcd display with Arduino using the liquid crystal library, wiring rs, rw, enable, and data pins, then print Hello World on a 16-column lcd.
Multimeters And How To Use Them2:04
Explore how to use a multimeter to measure voltage, current, and resistance, connect the plus and negative terminals, and read values from circuits and a nine-volt battery.
Arduino Serial Communication11:19
Potentiometers In Circuit6:20
Working With Analog Signals In Arduino20:46
Basics Of Inductors3:43
Explore inductors, metal coils that store energy in magnetic fields and resist current changes, measured in henries. A battery–inductor–lcd simulation demonstrates dimming and brightening as energy is stored and released.
Arduino Whack A Mole Game42:17
Find the game here: https://www.tinkercad.com/things/2wAlu0KeqFN
Voltage Regulators Explained2:14

Installing KiCad Schematic Software2:09
This lecture will show you how to install KiCad which is the software we will be using for creating schematics and PCB's
Creating KiCad schematic17:57
create a KiCad schematic, place symbols and footprints, simulate in a 3d viewer, and generate a pcb layout with annotations and resistor sizing using ohm's law.
Wiring the PCB7:38
Creating A Schematic And PCB for Whack A Mole35:10
Design a schematic and pcb for a whack a mole module in KiCad, wiring an lcd display, resistors, and push buttons to ground via nine pins. Generate drill files.

Requirements

Understanding Of Programming At A Basic Level

Description

In this course you will learn all about the Arduino board and how to program it. We go through various stages in this course and you are taught all about the basics of electronics and how to program Arduino firmware with Embedded C.

If you have never even picked up a wire in your life then this course is for you, by the end of this course you will have all the experience you need to get a good grade in a university module that's based on Arduino. You will have the experience required to further your education and you will know how to create some really fun little exercises in Arduino.

Not to mention you will also understand the basics of electronics at a fundamental level and have experience with various components such as resistors, LED's, diodes, capacitors and much more.

You are taught all about schematics and how to read and write them, as well as how to create printed circuit boards from these schematics so that you can have your very own circuit board shipped to your home based on your design!

This course also includes a Whack A Mole Game where you are taught how to create your very own little Arduino electronic game using LED's and push buttons

This course has a 30 day money back guarantee if you are not satisfied you can have your money back

Who this course is for:

Beginner Firmware Developers
Beginner's with Electronics
People who want to learn how to read and create schematics
People who want to learn how to create PCB(Printed Circuit Boards)

Arduino Embedded C With Electronics/Schematics/PCB

What you'll learn

Explore related topics

Course content

Introduction1 lecture • 1min

Development17 lectures • 2hr 50min

Schematics And PCB4 lectures • 1hr 3min

Bonus2 lectures • 13min

Requirements

Description

Who this course is for: