This 30-day program transitions you from basic electricity to building complex autonomous systems through hands-on hardware projects.
Understand Ohm’s Law, components like resistors, capacitors, and transistors, and breadboard prototyping.
Learn C++ based programming to control hardware, manage logic, and handle real-time data processing.
Interface with Ultrasonic, IR, Temperature, and Motion sensors to interact with the physical world.
Master the control of Servo motors, Stepper motors, and DC motors for robotics and automation projects.
Connect your projects to the internet using Wi-Fi and Bluetooth modules for remote monitoring.
Finish with a fully functional hardware prototype that solves a real-world automation problem.
Introduction to voltage/current, electronic components, reading schematics, and simple LED/Buzzer circuits.
Arduino IDE setup, variables, loops, conditionals, and controlling digital inputs and outputs.
Analog-to-Digital conversion, reading sensor values, PWM for motor speed control, and LCD displays.
Building an autonomous robot or smart home system, debugging hardware, and final project presentation.
Designed for tech enthusiasts, this course focuses on practical engineering skills and physical product development.
“Building my first autonomous robot within 3 weeks was incredible. The electronics fundamentals were taught so clearly.”
Suresh Kumar
Student - Arduino Batch
“I loved the hands-on approach. We didn't just code; we learned how to solder and design actual circuits.”
Priya Dharshini
Student - Electronics Batch
Kickstart your journey into robotics and electronics by applying for our summer batch.