ARDUINO

Empowering Tomorrow’s Tech Visionaries

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Arduino Empowering Tomorrow’s Tech Visionaries Arduino Empowering Tomorrow’s Tech Visionaries Arduino Empowering Tomorrow’s Tech Visionaries Arduino Empowering Tomorrow’s Tech Visionaries Arduino Empowering Tomorrow’s Tech Visionaries Arduino Empowering Tomorrow’s Tech Visionaries
Target : Beginner to Intermediate
Duration : (20–40 hours) Customizable
Mode : Online / Offline / Hybrid
Certificate : Yes – Certificate of Completion

Step into the world of hardware programming and smart electronics with our Arduino & Embedded Systems course! This hands-on program is designed to introduce students to the fundamentals of embedded systems, microcontrollers, sensors, and real-world automation using the Arduino platform.
Whether you’re a school student eager to explore electronics or an engineering student working on embedded projects, this course gives you the perfect foundation.
Arduino basics and simple programming concepts.

Introduction to Embedded Systems & Microcontrollers
Getting Started with Arduino IDE & Programming
Working with Digital & Analog I/O
Interfacing Sensors (Temperature, IR, Ultrasonic, etc.)
Controlling Motors, Relays, LEDs, and Displays
Building Mini Projects: Line Follower Robot, Home Automation, Smart Parking System
Basics of Serial Communication & Wireless Modules (Bluetooth, Wi-Fi)
Real-Time Project: Design your own IoT-ready Embedded System
School Students (Grade 8 and above)
Engineering Students (ECE, EEE, CSE, Mechatronics, etc.)
Hobbyists & Tech Enthusiasts
Anyone curious about hardware + software integration

This interactive workshop is designed to spark curiosity and build hands-on skills in electronics and embedded systems using the Arduino platform. Participants will learn to connect sensors, control devices, and build mini automation projects — all in just 1–2 days!
No prior experience is needed — just curiosity and a willingness to explore!

School Robotics Clubs
College Tech Fests
Summer/Winter Camps
Hobbyist & Maker Meetups

Key Learning Outcome

Understand key electricity concepts like resistance, voltage, and current, and learn to measure and calculate them and Develop skills to read and analyze electronic circuits and visually represent electronics
Gain familiarity with the constitution and functionality of Arduino boards (e.g., Arduino Uno) and Learn how various electronic components such as LEDs, sensors, motors, and actuators work, and integrate them into circuits
Acquire cognitive strategies such as decomposition (breaking a complex problem into smaller tasks), abstraction (simplifying problems), pattern recognition, algorithm creation, and debugging

Have Questions?

The hands-on training at Apna Engineer was exceptional, making complex concepts easy to grasp and apply. Truly inspiring for young innovators!
Anita Singh
Apna Engineer transformed my understanding of AI and robotics. Highly recommend!
Ravi Kumar
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