Safe Booth – An Automated Disinfection System using FAR UVC

This paper aimed to address the current gaps of health and safety measures done by institutions establishments counter Covid-19. The system has manual way getting temperature each individual; using hand sprays washing hands, attendance logbooks biometrics are some fastest ways transmitting virus that poses risks people. Thus, these pushed researchers find an alternative carrying out things lessen risks. Safe Booth was developed as a platform composed microcontrollers electronic circuits records attendance, scans for disinfects employees, students, dwellers, residents village, apartments, condos etc. Likewise, it features thermal camera, RFID / QR UVC disinfection, Buzzer, Web Portal displays profile temperature, Real-time data monitoring via dashboard. With this, will not eliminate but at least help prevent its spread. used Agile: Scrum methodology software engineering framework. Following framework, sat down with stakeholders collected their concerns listed user stories. then gave stories schedule activity corresponding module created create solution existing problems. Along this is collection resources staffing. During development, team leader conducted daily standup meetings whole respondents make sure all project deliverables met right pace. Keywords: Micro-controllers, Internet Things, Ultraviolet C, Covid Response, Sensors, Wireless Technology, Application