Projects

The project is about an automated fire exit system designed to detect fire from increased temperature and smoke; after detection, it will automatically ring the fire alarm and show exit direction by the green led in the garments industry. The key feature is to automatically open the exit door lock so that panicked, trapped people can go to safer places quickly within a short time without slight hassle while fire is detected.

Arduino Uno, Servo motors, Temperature Sensor Module, a Smoke sensor Module, GSM, LDR, and Buzzer were used to develop this embedded system. The GSM module sends text fire incidents to the nearest fire station and associated authority.

By using this system, industries can substantially reduce injuries and the death toll in fire incidents.

This is a simple software where doctors' information can be easily accessed, and patient's medical records and prescriptions can be retrieved by logging into their accounts with patients and specific doctors who are treating the patient. This management software was built to provide a hassle-free experience in hospitals and clinical chambers. Patient information can be accessed from anywhere needed as the data is stored in the cloud.

It was a Digital Logic Design Project to monitor the water level in the tank. A breadboard, 9V battery, LED, Transistors, Resistors, Buzzer, and jumper wires were used to complete this project.

A start-up competition, "Student to Startup," organized by Young Bangla. We pitched our idea and developed a detailed outline of software for a better Health Care System in Bangladesh. Here, all the government and private hospitals' detailed information can be accessed quickly, including doctors' profiles, seats available in a hospital, blood bank information, ambulance, disease outbreaks information, etc. Patients' data was stored in a government database to find insights into disease and its characteristics.

Besides, all the data can be seen in an interactive dashboard.