100,000+ Students Trained
2-Month Program
15 Live Sessions

Arduino Mastery Bootcamp

Transform from Complete Beginner to Confident Project Builder in Just 2 Months

Master electronics fundamentals, Arduino programming, sensor interfacing, and build real-world IoT projects with expert mentorship

15
Live Interactive Sessions
2
Major Guided Projects
10
Comprehensive Modules
1
Industry Certificate

Who Should Join?

This bootcamp is perfect for anyone who wants to learn Arduino from scratch

Complete Beginners

No prior coding or electronics knowledge required. We start from absolute basics and build your skills step-by-step.

Students

School and college students looking to build practical electronics and IoT skills for projects, competitions, and career growth.

Electronics Hobbyists

DIY enthusiasts and makers who want to bring their creative project ideas to life with Arduino and IoT.

What You'll Master

A comprehensive journey from fundamentals to advanced project development

MONTH 1

Core Arduino Training

15 Live Interactive Sessions
Expert-led training with real-time doubt clearing
Hands-On Coding & Hardware Demo
Practice tasks and mini assignments after each session
10 Comprehensive Modules
From basics to IoT introduction
MONTH 2

Project & Mentorship

2 Major Guided Projects
Build real-world Arduino applications
Weekly Mentorship Sessions
Code & circuit review with improvement suggestions
Project Evaluation & Feedback
Working hardware, clean code, and proper documentation

Complete Curriculum

Month-by-month breakdown of what you'll learn

MONTH 1: Core Arduino Training
15 Sessions
01

MODULE 1: Introduction to Embedded Systems

Session 1
  • What is Arduino & embedded systems overview
  • Real-world applications: IoT, Robotics, Home Automation
  • Arduino boards comparison (UNO, Nano, Mega)
  • Complete course roadmap & learning outcomes
02

MODULE 2: Arduino IDE & Programming Basics

Session 2
  • Arduino IDE installation and setup
  • Board and port selection for programming
  • Program structure: setup() and loop() functions
  • Practical: First program - Blink LED
03

MODULE 3: Electronics Basics

Session 3
  • Fundamental concepts: Voltage, Current, Resistance
  • Breadboard basics and circuit building
  • Resistors, color codes, and component identification
  • Practical: External LED circuit on breadboard
04

MODULE 4: Digital Input & Output

Sessions 4-5
  • Digital pins and INPUT vs OUTPUT modes
  • Push buttons & switches interfacing
  • Pull-up & pull-down resistors explained
  • Button debouncing techniques
  • Practicals: Button controlled LED, Toggle switch
05

MODULE 5: Analog Input & PWM

Session 6
  • Analog pins and ADC (Analog-to-Digital Converter)
  • analogRead() and analogWrite() functions
  • PWM (Pulse Width Modulation) explained
  • Potentiometer interfacing and reading
  • Practical: LED brightness control with potentiometer
06

MODULE 6: Sensors Interfacing

Sessions 7-9
  • LDR (Light Dependent Resistor): Working principle & circuit
  • IR Sensor: Obstacle detection and applications
  • Ultrasonic Sensor (HC-SR04): Distance measurement
  • DHT11/DHT22: Temperature & humidity sensing
  • Sensor libraries installation and usage
  • Practicals: Distance meter, Temperature monitor, Automatic light
07

MODULE 7: Output Devices

Session 10
  • Buzzer interfacing and sound generation
  • Relay module: Controlling high-voltage devices safely
  • DC motor basics and control methods
  • L298N Motor Driver interfacing
  • Practicals: Buzzer alarm system, Relay-controlled appliance
08

MODULE 8: Communication & Debugging

Session 11
  • Serial communication fundamentals
  • Serial Monitor: Reading and debugging
  • Debugging techniques for Arduino projects
  • Common errors and troubleshooting
  • Practical: Live sensor data monitoring via Serial
09

MODULE 9: Introduction to IoT

Session 12
  • What is IoT (Internet of Things)?
  • Arduino + IoT: Overview and possibilities
  • ESP8266 WiFi module basics (concept level)
  • Real-life IoT applications and use cases
10

MODULE 10: Mini Projects & Revision

Sessions 13-15
  • Project 1: Smart Street Light (LDR + LED automation)
  • Project 2: Obstacle Detection System (Ultrasonic + Buzzer)
  • Project 3: Temperature Alert System (DHT11 + Notifications)
  • Code optimization techniques
  • Circuit troubleshooting best practices
  • Q&A session and comprehensive revision
MONTH 2: Project Development Phase
2 Major Projects
WEEKS 1-2

Project 1

Choose one project:
  • Smart Home Automation
  • Obstacle Avoiding Robot
  • Automatic Water Level Controller
  • Smart Parking System
Evaluation Criteria:
  • • Working hardware demonstration
  • • Clean and documented code
  • • Project explanation and presentation
WEEKS 3-4

Project 2

Choose one IoT project:
  • IoT Temperature Monitoring
  • Fire Detection System
  • Smart Door Lock
  • Energy Monitoring System
Evaluation Criteria:
  • • Innovation and creativity
  • • Accuracy and reliability
  • • Complete documentation

Project Submission Requirements

Circuit Images/Video
Working hardware demo
Arduino Code
Well-commented source
Documentation
PDF or Doc explanation

Learning Support

Everything you need for a successful learning journey

LMS Platform

Dedicated Learning Management System with lifetime access to all materials

Session Recordings

Access recorded live sessions anytime for revision and missed classes

Downloadable Resources

Notes, code samples, circuit diagrams - everything in one place

Assignment Portal

Submit assignments through LMS and get personalized feedback

Weekly Mentorship

Live doubt-solving sessions and project guidance every week

Community Support

WhatsApp/Telegram group for instant doubt resolution and peer learning

Hardware Requirements

Components you'll need for hands-on learning

Mandatory Components

  • Arduino UNO or Nano
    Main microcontroller board
  • USB Cable
    For programming and power
  • Breadboard
    For circuit prototyping
  • Jumper Wires
    Male-to-male connections
  • LEDs & Resistors
    Basic output components

Recommended Sensors

  • Ultrasonic Sensor (HC-SR04)
    Distance measurement projects
  • DHT11 Temperature Sensor
    Temperature & humidity monitoring
  • IR Sensor Module
    Obstacle detection
  • LDR (Light Sensor)
    Light-based automation

We'll help you source affordable components from trusted vendors

Learning Outcomes

By the end of this bootcamp, you will be able to:

Write Arduino Programs Confidently

Master C++ programming for Arduino with strong fundamentals in control structures, functions, and libraries

Interface Multiple Sensors & Modules

Connect and control various sensors, actuators, and modules with proper circuit design and programming

Build Real-World Arduino Projects

Design and implement complete projects from concept to working prototype with proper documentation

Understand IoT Fundamentals

Grasp IoT concepts, wireless communication basics, and prepare for advanced IoT development

Debug & Troubleshoot Circuits

Identify and fix common hardware and software issues with systematic debugging approaches

Ready for Advanced Learning

Strong foundation for pursuing advanced robotics, IoT with ESP32, and embedded systems development

Frequently Asked Questions

Everything you need to know about the bootcamp

Who can join this course?
This bootcamp is designed for complete beginners! Whether you're a school student, college student, working professional, or electronics hobbyist - if you're interested in learning Arduino, you're welcome. No prior coding or electronics knowledge is required.
Do I need prior coding or electronics knowledge?
Absolutely not! We start from the very basics - voltage, current, resistance, and simple programming concepts. The course is structured to take you from zero to confident project builder, step by step.
Will I get recordings of live classes?
Yes! All live sessions will be recorded and made available on our LMS platform. You'll have lifetime access to these recordings for revision and reference.
What if I miss a live session?
No worries! You can watch the recorded session at your convenience. Additionally, our weekly mentorship sessions provide an opportunity to clear any doubts from missed classes.
Do I need to buy hardware components?
Yes, you'll need basic hardware (Arduino UNO, breadboard, sensors) for hands-on practice. We provide a complete list and help you source affordable components from trusted vendors. The total hardware cost is approximately ₹800-1200.
Is this course suitable for school students?
Absolutely! The course is perfect for students from class 8 onwards. Our teaching style is beginner-friendly, practical, and engaging. Many school students use these skills for science projects and competitions.
How will projects be evaluated?
Projects are evaluated based on three criteria: (1) Working hardware demonstration with proper functionality, (2) Clean, well-commented code following best practices, and (3) Clear project explanation and documentation. Our mentors provide detailed feedback to help you improve.
Will I get support after course completion?
Yes! You'll have lifetime access to course materials and community support. Our mentors also provide guidance on next learning paths - whether you want to explore IoT, robotics, or ESP32 development.
Is the certificate industry-recognized?
Yes! You'll receive a Certificate of Completion from PassionBots after attending live sessions and submitting both projects. This certificate demonstrates your Arduino skills and is valuable for your resume, college applications, and project portfolios.
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Arduino Mastery Bootcamp

Join 100,000+ students in mastering Arduino from basics to advanced projects

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₹2,999 Save ₹1,000
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₹1,999
* Offer valid for 30:00 minutes
15 Live Interactive Sessions
2 Major Guided Projects
10 Comprehensive Modules
Lifetime LMS Access
Weekly Mentorship
Certificate of Completion

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