Outlet Entrance S.O.P (Standard Operating Procedure) system / Afifah Ahmad Jasdi, Norseha Allysa Mohd Adni and Nurul Athirah Imam

COVID pandemic has influenced human life in various sectors. Various attempts were taken to reduce the spread of the virus. Most of the available hand sanitizers and doors do not operate automatically. It leads to the spread of viruses between customers. This project aims to make a better system where the temperature sensor will detect the customer’s temperature. If the temperature is greater than 37.5C, hand sanitizer will not pump and the door will remain closed. If the temperature is lower than 37.5C and the IR sensor detects the presence of the hand, it will pump the hand sanitizer and open the door before close it back. On the other hand, the system is also equipped with hand sanitizer’s level notifications. When the hand sanitizer is lower than 15cm, the GSM module will notify the janitor that the hand sanitizer level is low. The system consists of infrared sensor, ultrasonic sensor, temperature sensor and buzzer, servo motors, GSM and Arduino UNO R3 were designed and simulated by using Proteus. Prior to completion of prototype on a strip board, the constructed system is tested through a series of prototype’s testing and the average accuracy is 100% and average time taken to complete the process is 10.53. minimize the risk The Entrance SOP system has many advantages and its auto features deemed to of COVID-19 spread.