DESIGN OF AN ANDROID-BASED AIRSIDE FACILITY INSPECTION APPLICATION AT H. ASAN SAMPIT AIRPORT IN CENTRAL KALIMANTAN

Abstract

H.Asan Airport in Sampit, Central Kalimantan, plays a strategic role in supporting regional air transportation. The
current manual inspection system for airside facilities has several limitations, including vulnerability to human error
and inefficiency in data recording. This study aims to design an Android-based inspection application to improve the
accuracy, reliability, and efficiency of daily airside facility inspections. The research uses the waterfall development
method and employs MIT App Inventor, integrated with Google Sheets and Firebase, to create a user-friendly and real
time data processing system. The resulting application enables faster data recording, supports decision-making, and
helps maintain airside safety and cleanliness. The application has undergone functional testing using black-box methods
and proven successful in all intended functions.