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Networking, Telecom & HardwareUdemy2024-7 Edition100% Free Video Course

45-Day Arduino Bootcamp

The 45-Day Arduino Bootcamp will take you from a beginner to an advanced Arduino programmer in just 45 days. Designed for anyone, whether you are a hobbyist, student or professional, this comprehensive course will provide you with the skills and knowledge to bring your creative ideas to life. What you will learn Understanding the principles of Arduino programming and electronics Setting up and configuring the Arduino board for various projects Designing, building and testing Arduino-based projects Use advanced programming techniques to develop innovative Arduino applications This course is suitable for people who Are beginners and want to start learning Arduino from scratch. Students who are looking to improve their electronics and programming skills. Enthusiasts who are interested in building and designing their own projects. Professionals looking to integrate Arduino into their work or projects.

5.0
(1 reviews)
162.7 Hours On-Demand
Created by Udemy
Uploaded Sep 2026
English
beginner to advanced
45-Day Arduino Bootcamp
Preview This Course
Free$129.99100% Free

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Course Features:
162.7 hours on-demand video
400 complete lectures
1 downloadable project zip file(s)
Streamable on mobile, tablet & desktop
Self-paced curriculum with progress tracking
Direct MP4 downloads & offline video access
Verified course archives hosted on cloud infrastructure.

What You'll Master in this Course

Understanding the principles of Arduino programming and electronics
Setting up and configuring the Arduino board for various projects
Designing, building and testing Arduino-based projects
Use advanced programming techniques to develop innovative Arduino applications

Course Curriculum400 Lectures

13 sections • 162.7 hours total length

Prefer offline learning? Download all 400 video lectures and project files for free.
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Introduction
Preview
4m
Downloading and Installing Proteus Software
Preview
17m
Adding Arduino Library to Proteus
32m
Who We Are
51m
Downloading and Installing Arduino Coding Software
29m
Editing the code and Getting the Hex File
13m
Your First Code in Arduino Coding Software
25m
Introduction
4m
What is Arduino
10m
Load the hex file and Run the Simulation
25m
How to do it
1m
The holes in board
4m
How does Arduino thinks
13m
The Breadboard
21m
Cut and paste coding
10m
Putting together Your First circuit
15m
Circuit diagram
9m
Inputs Buttons
8m
Analog Input IR sensor
7m
Analog Input Potentiometer
20m
Introduction
27m
Quick summary of the main differences
31m
What is Arduino Raspberry Pi and PIC Microcontroller
48m
Hardware Power and Connectivity
24m
Hardware IO Pins Storage and USB
25m
Expanding Onward Capabilities
21m
Software Comparison
35m
How to decide Which one
33m
Introduction
11m
Basic Parts Requirements
10m
Parts needed to get the job done
11m
ATMEGA Introduction
12m
Wire up a power supply
30m
ATMEGA Connection
42m
Arduino Ready
24m
Introduction
12m
Bootloading your chips optional
30m
Finish up and burn the bootloader
32m
Raspberry Pi Connections
16m
Raspberry Pi Configuration and Code
12m
Arduino Raspberry Pi Connection
9m
Arduino Configuration
22m
Finishing Configuration
28m
Final Step The End Of This Section
2m
Completing Python Setup
20m
Introduction
15m
Code Overview
14m
Circuit Diagram
31m
Required Materials
51m
Code Explanation Part One
16m
Code Explanation Part Two
22m
Code Explanation Part Three
17m
Introduction
11m
Let's Start Building
12m
How does it works
9m
Hardware and Software Components
35m
Android Application
31m
Note
2m
Schematic
5m
Testing Code
9m
Introduction
12m
Code
34m
What You Will Learn in this course
12m
Hardware Requirements
20m
What is Arduino + Software Download
33m
What is Ultrasonic Sensor
25m
What is Servo Motor
27m
Processing Code + Java jdk
32m
Software Requirements Schematic
50m
Arduino Code Explained
47m
Basic Parts Needed for this Project
20m
Introduction
12m
How Does It Work
19m
Software and Hardware Requirements
43m
Practical Assembly
46m
Circuit Diagram
35m
Things Used in this Project - Hardware
14m
Introduction
11m
Code Explained in Details
28m
Code to Test DHT Sensors using Serial Monitor
10m
Temperature and Humidity Sensor Wiring
14m
Code for LCD and DHT Sensor Together
8m
Things Used in this Project - Software and Web Editor
29m
Final Code for LCD RTC and DHT Sensor
10m
Introduction
21m
Circuit Diagram LCD Connection Explained
21m
Required Materials
27m
Circuit Diagram Continue
11m
Download and Install Arduino IDE
46m
How Does It Work
11m
Code Overview
9m
Introduction
10m
Code Explanation
23m
How does it work
6m
Circuit Diagram
19m
Arduino Alarm Clock Code Part1
15m
Arduino Alarm Clock Code Part2
8m
Introduction
10m
Arduino Alarm Clock Practical Assembly
20m
Wireless Power Introduction History and efficiency chart explained
16m
How Wireless Power Works
14m
Why We need wireless electricity
12m
Advantages and disadvantages
10m
How Safe is Wireless electricity
4m
Range of Witricity and Witricity Applications
14m
Wireless Powered Arduino Project
5m
Let's Build IT
9m
How Does This Circuit Work
7m
Code and troubleshooting
17m
Introduction
3m
Course Requirements
2m
Download and Install Arduino
24m
Assembly
10m
Components Explained
21m
The Code
34m
How it works
7m
Introduction & Getting Started
15m
Hardware requirements
23m
Download and Install Wiring Software
48m
Coding
22m
Download and Install Wiring Software
40m
Schematic Wiring Diagram
54m
How Does It Work
23m
Code Explained in Details
30m
Software and Hardware Requirements
46m
Circuit Diagram
37m
What You Will Learn in this course
13m
Hardware Requirements
22m
What is Ultrasonic Sensor
27m
What is Arduino + Software Download
35m
What is Servo Motor
28m
Software Requirements Schematic
51m
Arduino Code Explained
48m
Processing Code + Java jdk
33m
Basic Parts Needed for this Project
20m
Code Overview
14m
Circuit Diagram
33m
Practical Assembly
46m
Required Materials
50m
Code Explanation Part One
17m
Code Explanation Part Two
21m
How it Works
11m
Code Explanation Part Three
17m
Arduino
14m
LCD Display
19m
Load Cell
23m
Weight Balance Module
26m
Circuit Schematic
30m
Adding Module Library
12m
Calibrating Load Cell
14m
The Code Explained
48m
Adding LCD Display to Show Weight
14m
Explaining the whole system
32m
Soldering Module
1h 28m
Required Materials
28m
Circuit Diagram LCD Connection Explained
25m
Download and Install Arduino IDE
49m
How Does It Work
12m
Circuit Diagram Continue
12m
Things Used in this Project - Hardware
15m
Code to Test DHT Sensors using Serial Monitor
10m
Temperature and Humidity Sensor Wiring
14m
Things Used in this Project - Software and Web Editor
30m
Code for LCD and DHT Sensor Together
8m
Requirements
2m
Final Code for LCD RTC and DHT Sensor
10m
Download and Install Arduino
22m
Assembly
10m
Components Explained
21m
Bluetooth RGB Controller App on Smartphone
6m
The Code
33m
Let's Start Building
13m
Hardware and Software Components
35m
How does it works
9m
Note
2m
Schematic
5m
Android Application
30m
Testing Code
9m
Code
34m
Wireless Power Introduction History and efficiency chart explained
17m
How Wireless Power Works
15m
Why We need wireless electricity
13m
Advantages and disadvantages
11m
How Safe is Wireless electricity
4m
Range of Witricity and Witricity Applications
15m
Wireless Powered Arduino Project
5m
Let's Build IT
10m
How Does This Circuit Work
9m
Code and troubleshooting
17m
How does it work
7m
Arduino Alarm Clock Code Part1
16m
Arduino Alarm Clock Code Part2
8m
Arduino Alarm Clock Practical Assembly
22m
Arduino Piano Coding
44m
Who We Are
11m
Arduino Piano Schematic using Fritzing
1h 10m
Practical Assembly
1h 30m

Requirements

  • Basic enthusiasm to learn and follow along with lessons
  • A computer or mobile device with a modern internet connection

Description

The 45-Day Arduino Bootcamp will take you from a beginner to an advanced Arduino programmer in just 45 days. Designed for anyone, whether you are a hobbyist, student or professional, this comprehensive course will provide you with the skills and knowledge to bring your creative ideas to life. What you will learn Understanding the principles of Arduino programming and electronics Setting up and configuring the Arduino board for various projects Designing, building and testing Arduino-based projects Use advanced programming techniques to develop innovative Arduino applications This course is suitable for people who Are beginners and want to start learning Arduino from scratch. Students who are looking to improve their electronics and programming skills. Enthusiasts who are interested in building and designing their own projects. Professionals looking to integrate Arduino into their work or projects.

Instructor

U

Udemy

Specialist in Networking, Telecom & Hardware

Passionate educator focused on real-world practical skills, modern frameworks, and production-ready engineering practices. Delivering step-by-step masterclasses accessible to learners globally on MJ Accedemy.

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