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45-Day Arduino Bootcamp
Role Play
Rating: 3.5 out of 5(30 ratings)
1,690 students

45-Day Arduino Bootcamp

Master Arduino Programming, Electronics, and Real-World Projects Through Daily Guided Practice
Role Play
Created byEducational Engineering Team, Educational Engineering
Last updated 2/2026
English

What you'll learn

  • Understand the basics of Arduino programming and electronics.
  • Set up and configure an Arduino board for various projects.
  • Design, create, and test Arduino-based projects.
  • Apply advanced programming techniques to develop innovative Arduino applications.

Course content

23 sections • 423 lectures • 40h 49m total length

  • Introduction1:13
  • Who We Are5:23
  • Introductory Interview: Preparing for a 45-Day Arduino Bootcamp
  • What is Arduino1:38
  • The holes in board1:21
  • The Breadboard5:01
  • How does Arduino thinks5:53
  • Downloading and Installing Proteus Software3:07
  • Adding Arduino Library to Proteus5:16
  • Downloading and Installing Arduino Coding Software4:46
  • Your First Code in Arduino Coding Software5:56
  • Editing the code and Getting the Hex File2:38
  • Load the hex file and Run the Simulation3:58
  • Introduction to Arduino
  • Introduction1:26
  • How to do it0:49
  • Putting together Your First circuit4:11
  • Cut and paste coding4:29
  • Circuit diagram4:02
  • Inputs Buttons3:50
  • Analog Input Potentiometer8:33
  • Analog Input IR sensor3:37
  • Building and Understanding Basic Arduino Circuits
  • Introduction4:22
  • What is Arduino Raspberry Pi and PIC Microcontroller6:23
  • Quick summary of the main differences4:40
  • Hardware Power and Connectivity3:28
  • Hardware IO Pins Storage and USB3:49
  • Software Comparison4:42
  • Expanding Onward Capabilities2:54
  • How to decide Which one5:36
  • Comparing Arduino, Raspberry Pi, and PIC Microcontroller
  • Introduction2:18
  • Basic Parts Requirements2:26
  • Parts needed to get the job done2:33
  • Wire up a power supply5:03
  • ATMEGA Introduction2:47
  • ATMEGA Connection7:09
  • Arduino Ready4:31
  • Bootloading your chips optional6:15
  • Finish up and burn the bootloader5:45
  • Understanding and Assembling Arduino Projects
  • Introduction2:57
  • Raspberry Pi Connections3:25
  • Raspberry Pi Configuration and Code6:01
  • Arduino Configuration6:10
  • Arduino Raspberry Pi Connection1:40
  • Finishing Configuration6:53
  • Completing Python Setup4:52
  • Final Step The End Of This Section0:59
  • Integrating Arduino with Raspberry Pi
  • Introduction3:42
  • Required Materials9:07
  • Circuit Diagram6:14
  • Code Overview3:43
  • Code Explanation Part One4:17
  • Code Explanation Part Two5:51
  • Code Explanation Part Three4:42
  • Building and Coding Your First Integrated Project
  • Introduction2:11
  • Hardware and Software Components6:37
  • Let's Start Building3:41
  • How does it works2:34
  • Android Application7:46
  • Note1:04
  • Schematic2:03
  • Code10:00
  • Testing Code3:11
  • Building an Arduino-Raspberry Pi Integrated Project with Android Application
  • Introduction2:10
  • What You Will Learn in this course1:31
  • Hardware Requirements3:08
  • What is Arduino + Software Download5:20
  • What is Ultrasonic Sensor3:12
  • What is Servo Motor3:30
  • Software Requirements Schematic8:12
  • Arduino Code Explained5:41
  • Processing Code + Java jdk6:49
  • Basic Parts Needed for this Project2:12
  • Practical Assembly4:42
  • Building an Arduino Project with Ultrasonic Sensor and Servo Motor
  • Introduction2:45
  • Software and Hardware Requirements8:27
  • How Does It Work4:28
  • Circuit Diagram7:23
  • Code Explained in Details8:16
  • Understanding and Implementing a New Arduino Project
  • Introduction2:35
  • Things Used in this Project - Hardware2:51
  • Things Used in this Project - Software and Web Editor7:53
  • Temperature and Humidity Sensor Wiring4:09
  • Code to Test DHT Sensors using Serial Monitor4:53
  • Code for LCD and DHT Sensor Together3:45
  • Final Code for LCD RTC and DHT Sensor4:32
  • Integrating LCD, RTC, and DHT Sensor with Arduino
  • Introduction3:35
  • Required Materials4:14
  • Download and Install Arduino IDE9:23
  • Circuit Diagram LCD Connection Explained5:20
  • Circuit Diagram Continue2:41
  • How Does It Work1:40
  • Code Overview2:51
  • Code Explanation4:32
  • Comprehensive Understanding of Arduino LCD Project
  • Introduction2:43
  • How does it work1:55
  • Circuit Diagram7:49
  • Arduino Alarm Clock Code Part16:55
  • Arduino Alarm Clock Code Part24:03
  • Arduino Alarm Clock Practical Assembly3:57
  • Building and Programming an Arduino Alarm Clock
  • Introduction2:49
  • Wireless Power Introduction History and efficiency chart explained5:09
  • How Wireless Power Works5:03
  • Why We need wireless electricity2:16
  • Advantages and disadvantages3:10
  • Range of Witricity and Witricity Applications4:09
  • How Safe is Wireless electricity1:27
  • Wireless Powered Arduino Project1:25
  • Let's Build IT3:23
  • Code and troubleshooting4:46
  • How Does This Circuit Work2:10
  • Implementing a Wireless Powered Arduino Project
  • Introduction1:14
  • Course Requirements0:46
  • Download and Install Arduino7:03
  • Components Explained10:06
  • Assembly2:48
  • The Code12:41
  • Completing an Arduino Course Project

Requirements

  • No programming experience needed. You will learn everything you need to know.
  • Basic understanding of electronics is helpful but not required.
  • An Arduino starter kit is recommended for hands-on practice.
  • A computer with internet access to follow along with the course materials.

Description

Build Real Skills. Create Real Projects. Master Arduino in Just 45 Days.

This comprehensive bootcamp is designed to take you from complete beginner to confident Arduino developer in just 45 days. Through a structured and immersive learning path, you’ll build real electronics projects, master programming fundamentals, and gain the skills needed to bring your ideas to life.

Whether you're a student, hobbyist, educator, or aspiring engineer, this course delivers everything you need — no prior experience required.

What Makes This Bootcamp Unique?

  • Structured Daily Progress: Follow a proven 45-day learning plan to keep you motivated and moving forward.

  • Project-Driven Learning: Apply what you learn immediately through guided projects you’ll actually build.

  • Real-World Applications: Learn how to use Arduino in home automation, robotics, IoT systems, data monitoring, and more.

  • Beyond the Code: Learn how to document, film, and present your projects for personal portfolios or job interviews.

What You Will Learn

  • Setup and configuration of your Arduino and IDE

  • How to write, upload, and debug Arduino sketches

  • Working with digital and analog inputs/outputs

  • Interfacing with sensors, motors, LEDs, and displays

  • Control structures, variables, functions, loops, and libraries

  • Communication protocols: Serial, I2C, SPI

  • Developing fully functional electronics projects

  • Documenting and presenting your projects effectively

Projects You’ll Build

  • Motion-activated lighting system

  • Temperature and humidity monitor

  • Digital alarm system with keypad and buzzer

  • Servo-controlled robotic arm

  • LCD display dashboard

  • Bluetooth-controlled devices

  • Environmental data logger

Who This Course is For

  • Beginners eager to learn Arduino from the ground up

  • Engineering and STEM students seeking practical microcontroller experience

  • Hobbyists and makers who want to bring their ideas to life

  • Teachers building engaging projects for classrooms

  • Tech professionals adding embedded system skills to their resume

What You Need to Get Started

  • Arduino Uno or compatible board (recommended)

  • Breadboard, jumper wires, LEDs, resistors, and basic sensors

  • A computer with the Arduino IDE installed

  • No previous coding or electronics experience required

  • Curiosity and commitment to complete 45 days of guided learning

Bonus Features

  • Downloadable code for all projects

  • Circuit diagrams and printable worksheets

  • Quizzes and assignments to reinforce learning

  • Lifetime access to course updates

  • Certificate of completion to boost your resume

What Students Are Saying: "This bootcamp exceeded my expectations. The step-by-step instructions and practical projects helped me understand Arduino like never before!" - Jane D.

"I was a complete beginner, but now I feel confident in my Arduino skills. Highly recommended!" - Mark S.

Ready to Get Started? Join Now and Start Building

Stop watching others create amazing things , In just 45 days, you’ll gain the practical skills and confidence to build your own Arduino-powered projects.

Who this course is for:

  • Beginners who want to start learning Arduino from scratch.
  • Students looking to enhance their electronics and programming skills.
  • Hobbyists interested in building and designing their own Arduino projects.
  • Professionals seeking to incorporate Arduino into their work or projects.

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