Objective:
- To have a proper digital system to schedule appointments by doctors.
- To keep track of available beds,isolation units and ventilators in all hospitals.
- To help the government identify shortage of medical facilities and equipment.
Description:
Use of technology will help control the current epidemic. This software(web application) helps in data collection across all the hospitals in India involved in treating COVID-19 patients. The main aim is to help doctors schedule appointments for patients, help hospitals to provide isolation beds to patients and keep track of medical equipment into a central government database.This project will help doctors to check for available isolation beds in various hospitals and divert patients accordingly. Having a central database helps the government to check for shortages and make arrangements accordingly.The login ids to doctors and hospitals will be given by admin.
Functionality:
- Hospital Login
- Doctor Login
- Adding bed by hospital ( general,isolation,ventilator)
- Editing Bed information ( hospital)
- Booking a specific type of bed in a specific hospital. (Doctor)
- Deleting booking.(Doctor)
- Deleting Booking.( Hospital)
- Deleting Bed.(hospital)
- Summary of occupancy (Anyone)
Software Requirements:
For server:
-
Python 3
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Django 3.0.2 or higher
-
Web browser (Mozilla firefox 73.0 or higher)
For clients ( Hospitals and Doctors):
Web Browser ( Mozilla firefox 73.0 or higher)
Process Flow:
- First, the patient will consult a doctor nearby who is having access to the system. The doctor after examining the patient will decide if the patient is to be sent for testing of COVID-19. If yes, the doctor will then book a general bed in the nearest hospital for the same patient.
- After being tested if the result is positive the patient is shifted to an Isolation bed and the changes are uploaded on the website from the hospital side.
- Also the administration will have the access to check if any hospital is going to run out of beds and plan further preparations.
Data Flow Diagram: