@thesis{thesis,
		author={Ode Muhamad Hijrah  La},
		title ={ANALISIS KAWASAN KESELAMATAN OPERASI PENERBANGAN (KKOP) DI BANDAR UDARA TUNGGUL WULUNG CILACAP SEBAGAI ALTERNATE AERODROME RUTE SELATAN JAWA},
		year={2023},
		url={http://eprints.stta.ac.id/1021/},
		abstract={Cilacap City is one of the areas with rapid development, especially in the 
economic sector, tourism sector, industrial sector, fisheries sector, and plantation 
sector every year. With this, it is necessary to have transportation that has speed to 
support this development. The only air transportation base in the city of Ciacap at 
the moment is Tunggul Wulung Airport with Class III status. Due to the high 
demand for air transportation and interest in this transportation increasing every 
year, it is necessary to conduct a study on the height control of a building and to 
determine potential hazards resulting from incidents or problem findings during 
flight operations at the Tunggul Wulung Airport.
The method of depicting the flight operation safety area (KKOP) in this thesis 
is to use the overlay method by taking a piece of the surface image around the 
airport via Google Earth at a height of 2 km which is then overlayed on the Flight 
Operations Safety Area (KKOP) image made according to the scale determined on 
corel draw X5. While the method used to determine potential hazards related to 
obstacles is to use the FMEA (Failure Mode Effect Analysis) method, which is to 
determine the RPN value from the multiplication of Sverity, Occurrence, and 
Detectability.
The results of the data processing are information about which areas are 
included in the flight operation safety area (KKOP) around the Tunggul Wulung 
Cilacap Airport and can find out the Criticality level of potential hazards resulting
from findings or events during flight operations related to obstacles, namely from 
2017 -2019. This research can be an input for the government in development 
planning and city layout as well as input for airport authorities to further improve 
security and safety during flight operations.}
		}