Arvind Sanjeev

software .The robot also becomes completely autonomous.

Android Controlled Honda Dio Scooter

Created an android software to control all the basic functions of a scooter like: engine start, headlights, horn, etc.

Autonomous Line Following Robot

Here,I have created an autonomous robot that follows a black line through all sorts of curve by following a complex algorithm based on the reflectivity of the black line.

Portable GPS navigation module

Created a GPS based location obtaining module which shows the speed of movement ,room temperature, latitude and longitude coordinates and the universal date and time.

Glove controlled Hovercraft with GPS

Developed a hovercraft and made it remote controlled at 2.4 GHz frequencies. The controls were using hand gestures, by wearing a glove.

Digital Speedometer for Scooter based on GPS

Here, I have developed a digital speedometer for my Honda Dio, which shows the engine temperature, fuel level reading, latitude and longitude coordinates, speed , universal date and time and also the lap time.

Auto stabilization of quad-rotor helicopter

This, is the ongoing project where a quad-rotor helicopter is created and an auto stabilization system is designed for it, the whole vehicle is controlled via a remote.

Interactive voice response systems

Here, I am working on a personal assistant system using which you can turn on/off various appliances in your home by using merely voice/speech.

Keypad protection and anti theft system for vehicles

Passcode protection and GPS tracking is incorporated.

Electric ignition based Rocket using my own solid fuel mixture