TRIO-FUNCTION SOLAR POWERED SELF-MANAGING POULTRY HOUSE
KEY FEATURES OF THE WORKING SYSTEM
This project just as the name implies has three main functions with future possible function integration. It is based on renewable energy and has its own uninterrupted electrical energy for its endless power needs and operations. It is a solar powered system. Its number one task is to administer food substances to the chicken automatically, therefore automated feed dispenser was integrated. This feeder works with sensors and timers to accurately do this function effectively.This system also has a function that enables it to deliver drugs and water to the poultry automatically. The system also automatically regulate its bulb turning ON/OFF to ensure the poultry house never experiences darkness.The system monitors temperature of the poultry house and automatically turn ON/OFF heating device and at some point if need arises in other to dispel heat will go as far as turning ON an automated fan. Therefore, at all times this system can accurately regulate temperature.
The core objective of this project is for poultry farmers to be less involved in raising chicken. Read more

DRIVERLESS CAR (ROBOT CAR)
KEY FEATURES OF THE MODEL
Built around arduino board. Uses the principle of reflection of sound waves to detect an obstacle. Uses the principle of reflection of light waves to detect a black or white surfaces. Employs to principles of semiconductor material to use green energy for its operations. Employs the principles of computer programming to automating most of its robotic behaviours. This is system has been tested rigorously in a flyover bridge, and it successfully navigated effortlessly many time around the bridge without going off track. The sensors are highly reliable and hold a lot of promises for what tomorrow cars that will rule the world will look like. The core objective of this project is for it to serve as an Agricultural farm produce conveyance system for given farm settlement location. Helping farmers in carrying their produce around the farm and to the nearest bus stop on their journey to a major market for farm produce sells.Read more

A SEMI-AUTONOMOUS UNMANNED GROUND VEHICLE
KEY FEATURES OF THE MODEL
Built around Peripheral Interface Controller from microchip electronics (microcontroller) The software control was implemented using two languages (1).Programmed using C-programming language (2). Assembly language. For human controls Radio Frequency based wireless control equipment was used for navigation and appropriate sensors were employed for its autonomous operations. Designed to be used in hazardous environment that is difficult for human access. Can be used for the purpose of spying and information gathering for effective military operation Can be equipped with gun for the purpose of taking down target if necessary To be remote controlled from a computer system or simply remote pad Can be configured so that the system control its own activities without human support. Read more

FUTURE VEHICULAR TRAFFIC ROBOT
KEY FEATURES OF THIS TRAFFIC MODEL
Detect an over-speeding vehicle, alert road regulating authorities and forcefully cause the vehicle to stop though depends on configurations and settings. It can be called a robotic junction, it is equipped with sensing bars to behave like humans while carrying out its designated function. Some persons prefers to call it the talking junction, because it talks to pedestrians on the status of the traffic junction thereby ensuring they don't cross while it is not safe. It does basic physics calculation of distance over time ratio to ascertain the exact speed of every vehicle to create better safety. The system is implemented to enforce traffic laws automatically With the voice integrated system, it becomes very possible for the visually challenged pedestrians to use this junction without much difficulty. Read more

A MOBILE PICK AND PLACE ROBOT
KEY FEATURES OF THE PROTOTYPE
Designed to be able to pick up an object and place it at another location. this is made possible Using INTEL ATMEL microcontroller(microprocessor with added features). This system was programmed using C-Programming language; operated usign a RF remote control or from a computer system interfaced with RF controls. With its equipped Radio Frequency wireless communication the picking claws can be manipulated using Servo-motors.Navigated using a Graphical User Interface implemented using Visual Basic Programming language. The system is undergoing upgrade for autonomous operations. Read more

PICTURE OF THE MODERN PARK
KEY FEATURES OF THE PROTOTYPE
This system is designed to enable ENTER/EXIT gates open without human intervention. Equipped with infra-red sensors to sense incoming and outgoing vehicles,it counts and keeps accurate record of total number of vehicles in the garage. The system knows when the garage is filled and causes the gates not to open for incoming vehicles. It is equipped with a digital read out to enable humans know precisely the internal state of the systemís count. Implemented using Assembly language programming. Undergoing credit card acceptance integration to facilitate the garage use only when user has adquately made payments for using the car park. This is necessary for prepaid parks. Read more