Robotics & Embedded Systems
Boards, sensors, motors and code that has to work in the physical world. Students design it, wire it, program it, and answer for it when it drives into a wall.
About the program
Software forgives. Hardware does not. A robot exposes every lazy assumption in a student's logic within about four seconds of switching on, and that is precisely why it teaches so well.
Students work on Arduino Uno, Nano and Mega boards with the same components a working prototype engineer uses — ultrasonic and IR sensors, servo and stepper motors, L293D and L298N drivers, relays, LCDs and Bluetooth modules. They breadboard it first, debug it with a multimeter, then commit to a chassis.
The track is built around finished machines, not chapters. A line follower, an obstacle-avoiding rover, a Bluetooth-controlled car, a sorting arm. Each one is demoed, and the strongest go on to national and international robotics competitions.
Who is it for
- Students in Grades 6–12 who like building things
- Future engineers, and anyone curious about how machines work
- Schools running a robotics or Atal Tinkering Lab
- Competition teams preparing for robotics events
What you'll gain
- Confident Arduino programming in C/C++ and Python control
- Real circuit sense: power, grounding, drivers and safety
- Sensor and actuator selection for a given problem
- Three to five working robots, built end to end
- Debugging discipline that transfers to every field
What gets built, in order
Every module ends with something the student has actually built, not just notes in a book.
Electronics basics
Voltage, current, resistance and the breadboard. Read a circuit before you build one.
First Arduino
Digital and analog pins, the loop, and an LED that blinks because you told it to.
Reading the world
IR, ultrasonic, LDR, PIR, DHT11 and gas sensors — and what their readings really mean.
Driving motors
BO motors, servos and steppers through L293D and L298N drivers, with power handled properly.
Line follower
The first full robot: sensor array, control logic, calibration and a track it has to finish.
Obstacle avoidance
A servo-mounted ultrasonic scanner and a rover that decides its own path.
Wireless control
HC-05 Bluetooth, a phone as the remote, and firmware the student wrote.
Competition build
A team robot built to a brief, tested under time pressure, entered into competition.
Get program details & fees
Fill the form and our counsellor reaches out with the full plan, schedule and fees for Robotics & Embedded Systems.