500+
Global Trainees
50+
Industrial Projects
20+
AI Patents
99%
Lab Success Rate
About the Program
Inspiring Robotic Minds
Our robotics programs are designed to inspire curiosity and innovation through experiential learning. Students explore the fundamentals of electronics, coding, and automation by building real-world projects using advanced platforms like Arduino, Raspberry Pi, and Micro:bit.
With a strong focus on practical understanding, our approach encourages learners to think critically, solve real-life problems, and develop future-ready skills in robotics and artificial intelligence.
R&D Focus
Expert Faculty
Live Prototypes
Lab Access
Innovation Lab
High-Fidelity Project Demos
Live demonstrations from our engineering facility.
Door Alarm
A wireless door security system using Micro:bit. One device detects door opening and sends a signal to another device, which triggers an alert or buzzer.
Components:
2 × BBC Micro:bit, Battery packs / USB power
Smart Dustbin (Arduino)
Automatically opens the lid when a hand is detected, promoting hygiene through touch-free operation.
Components:
Arduino Uno, Ultrasonic Sensor (HC-SR04), Servo Motor, Jumper wires, Breadboard, Power supply, Dustbin model
Smart Dustbin (Micro:bit)
A Micro:bit-based automatic dustbin that opens when an object is detected nearby.
Components:
BBC Micro:bit, Ultrasonic Sensor, Servo Motor, Jumper wires, Dustbin model
Laser Security System
Detects intrusion when a laser beam is interrupted and activates an alarm.
Components:
Arduino Uno, LDR, Laser module, Buzzer, Resistor, Breadboard, Jumper wires
Smart Tollgate System (Arduino)
Automatically opens and closes a gate when a vehicle is detected.
Components:
Arduino Uno, Ultrasonic/IR Sensor, Servo Motor, Breadboard, Jumper wires
Smart Tollgate System (Micro:bit)
Micro:bit-based automated gate system for vehicle detection and control.
Components:
BBC Micro:bit, Ultrasonic Sensor, Servo Motor, Jumper wires
Gesture Controlled Car
A robotic car controlled using hand gestures via wireless communication.
Components:
2 × Micro:bit, Motor Driver (L298N), DC Motors, Robot chassis, Battery pack
Smart Light
Automatically turns lights ON/OFF based on surrounding brightness.
Components:
Micro:bit, LED, Connecting wires
Indoor & Outdoor Temperature Monitor
Measures and compares indoor and outdoor temperatures.
Components:
Micro:bit, DS18B20 Temperature Sensor, Jumper wires
EMG (Muscle Sensor Project)
Detects electrical signals from muscle movements for control or display.
Components:
Micro:bit, Alligator clips, Battery pack
Soil Moisture Detector
Measures soil moisture to monitor plant health.
Components:
Micro:bit, Soil Moisture Sensor, Jumper wires
Clap Sound Light Control (Micro:bit)
Turns light ON/OFF when a clap sound is detected.
Components:
Micro:bit, LED, Resistor, Jumper wires
Clap Sound Light Control (Arduino)
Controls light using clap sound detection with Arduino.
Components:
Arduino UNO, LED, Sound sensor, Resistor
Radar System
Scans surroundings and detects object distance and position.
Components:
Arduino Uno, Ultrasonic Sensor, Servo Motor, Breadboard
Smart Home Security System
Detects motion and alerts users for security.
Components:
Arduino Uno, PIR Sensor, Buzzer, LED
Mario Game
Interactive game controlled using Micro:bit inputs.
Components:
Micro:bit, Computer, Scratch platform
Dance Game
Motion-based interactive dance game.
Components:
Micro:bit, Computer, Scratch platform
Tap Game
A fast reaction game where players tap to score points.
Components:
Micro:bit, Computer, Battery pack
Traffic Survey System
Counts vehicles and helps in traffic data analysis.
Components:
Micro:bit, IR Sensor / Push Button, Breadboard
Innovation Gallery
27 Technical Breakthroughs
A comprehensive showcase of our engineering projects across diverse technical tiers.
Door Alarm
A Door Alarm using Micro:bit with a microcontroller is a wireless system where one Micro:bit detects when the door is opened and sends a signal to another Micro:bit using radio.
Smart dustbin (Arduino)
A Smart Dustbin is an automatic waste bin that opens its lid when a hand is detected near it. It uses an ultrasonic sensor to detect distance and a Servo motor to open and close its lid.
Smart dustbin (Micro:bit)
A Smart Dustbin using Micro:bit is an automatic waste bin that opens its lid when a hand is detected near it. It uses an ultrasonic sensor to detect distance and a Servo motor to open and close its lid.
Laser Security System
A Laser Security System is a simple perimeter security system that protects an area using a laser beam and an LDR (Light Dependent Resistor). When the beam is broken, the alarm activates.
Smart tollgate system (Arduino)
A smart tollgate system is an automated gate system that opens and closes automatically when a vehicle is detected. It uses an ultrasonic sensor to detect distance.
Smart tollgate system (Micro:bit)
A smart tollgate system using Micro:bit is an automated gate system that opens and closes automatically when a vehicle is detected.
Gesture Controlled Car (Micro:bit)
A Gesture Controlled Car is a wireless robot car that moves based on hand movements. One Micro:bit detects the tilt direction and sends these directions via radio to another Micro:bit on the car.
Chatbot using ESP32
A Chatbot using ESP32 is an interactive system that allows users to ask basic questions and get voice responses over a small display or speaker.
Smart light (Arduino)
A Smart light using an Arduino automatically turns a light ON or OFF based on the surrounding brightness determined by a light sensor.
Line Follower car
A Line Follower car is a robot car that automatically follows a path (usually a black line on a white surface). It uses IR sensors to detect the path.
Indoor and Outdoor Temp (Micro:bit)
Indoor and outdoor temperature measurement using the BBC micro:bit helps us monitor temperature in different environments.
EMG (Micro:bit)
An EMG project using the BBC Micro:bit detects electrical signals produced by muscle movements. These signals can be used to display muscle activity.
Soil moisture (Micro:bit)
A soil moisture sensor project with the BBC micro:bit measures the amount of water in the soil. It can monitor plant conditions and send alerts.
clap Sound light control (Micro:bit)
A clap sound project using the BBC micro:bit turns a light ON when it hears a loud sound. It uses the built-in microphone to detect sound.
clap Sound light control (Arduino)
A sound control light system using Arduino UNO is a form of lighting control automation where a sound sensor detects sound and toggles the light.
Radar System (Arduino)
A radar system using the Arduino Uno detects objects and shows their distance and position using a visual display through processing software.
Smart Home Security System (Arduino)
A smart home security system using the Arduino Uno helps protect a house by detecting unauthorized entry. It uses sensors like a PIR sensor to detect motion.
Mario Game (Micro:bit)
The Mario game using the BBC micro:bit on the Scratch platform allows students to control a game character using the micro:bit buttons.
Snake Game (Micro:bit)
The Snake game using the BBC micro:bit on the Scratch platform allows players to control a moving snake, collect food, and grow longer.
AI Activity Tracker (Micro:bit)
An AI activity tracker using the BBC micro:bit detects and classifies human activities like walking or running based on motion data.
Robot Dog (Arduino)
A robot dog built using the Arduino Uno is a project that mimics the movement of a real dog. It uses servo motors to walk, move, and perform simple actions.
Dance Game (Micro:bit)
A dance game using the BBC micro:bit allows players to perform dance moves based on motion and sound cues.
Tap Game (Micro:bit)
A tap game using the BBC micro:bit allows players to score points by tapping or pressing buttons quickly.
Online Attendance (ESP32)
An online attendance system using the ESP32 logs student attendance information automatically.
Electric Guitar (Micro:bit)
An electric guitar project using the BBC micro:bit allows users to create and play music by pressing buttons or touching pads.
Traffic Survey (Micro:bit)
A traffic survey project using the BBC micro:bit helps count the number of vehicles passing a location.
Obstacle Avoidance Car (Arduino)
An obstacle avoidance car using the Arduino Uno is a robot that automatically detects and avoids obstacles in its path. It uses an ultrasonic sensor.
Our Toolkit
Technologies We Use
Arduino
Electronics & automation fundamentals.
Raspberry Pi
Embedded systems & computing power.
Micro:bit
Beginner-friendly hardware innovation.
IoT Sensors
Smart systems & data analysis.
Why Choose Our Program
The TekGenie Edge in Robotics
Upcoming Events
Robotics Summer Camps 2026
Level 1: Robo Junior
Beginner Intro to Logic & Micro:bit
Ages 7-11
Level 2: Tech Pro
Arduino & Sensor Integration
Ages 12-15
Level 3: AI Innovator
Advanced Robotics & Deep Learning
Ages 16+