Student Enrollment Analysis System

The project's goal is to develop a software system for stakeholders and institutional bodies to retrieve statistical data on school-level revenue analysis, classroom requirement analysis based on class slot, classroom allocation recommendations based on IUB best resource utilization, and IUB resource calculation.

Drowsiness Detector

This project is designed to alert the drivers from falling asleep during driving due to drowsiness or fatigue. In this project we design goggle/spectacles in which IR sensors and buzzer are fitted. This entire set up is worn by the driver. The setup consists of many more things such as Arduino Nano, Buzzer, IR Obstacle avoidance sensor, ON/OFF buttons, each connect with one battery. This entire setup works in this way, as soon as the driver wears the goggle IR sensors checks the eyes are closed or not, if the eyes are not closed then it again checks for it, this loop continues until the eyes are found closed. As soon as the eyes are found closed, it again goes for a second check and again if the eyes are found closed then the buzzer is blown, and it continues blowing until the eyes are not open and then buzzer will be off. We over here set a condition if eyes found closed for more than one second then the driver is drowsy. In short we can say whenever the driver feels drowsy his eyes start to blink for more than one second, this status is detected by the IR sensor and the buzzer is blown to make the driver conscious. Future planning:

  1. Alcohol detection: Using Alcohol Sensor “MQ-3” we can detect whether driver is drunk or not. Being drunk can also cause drowsiness.
  2. Warn the owner: Using “GSM” module to send warning to the owner. Also using “GPS” sensor we can track his location to send to the owner. Also, we can send his data to nearby police or traffic control station.
This is only a DEMO project

LC Management Simulation

A JavaFx desktop application based on LC management of a bank. Record & follow up of the item’s imported budget and the detailed information of the credit, invoices and all item’s expenses with recalculation for them after distributing all different expenses, taxes and adding the inventory transactions, also extracting a report of the detailed & summary information of the credit’s cost.

RC Car

This bot was designed for INTRA IUB TECH FEST AUTUMN 2019.

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Automatic Waterpump Simulation

This project is concerned with the use of Microcontroller for the water level controller. The heart of the Water Level Controller using 8051 Microcontroller is the AT89C51 Microcontroller. The different pins of the microcontroller are responsible for the indication of EMPTY, QUARTER, HALF, 3/4 FULL or FULL level of water. One port is connected to the collector of transistor for the input of current and the other port is connected to the data pins of LCD and control pins. The LCD is programmed to display the levels of water in a tank. A pin is connected to the motor so that it can be turned off or on automatically based on water level. This explains the use of a programmable LCD as a indicator of water level as well as the relay connected to the motor to turn ON and OFF depending upon the level of water.