DEVELOPMENT OF CHECK-IN PROCESS SUPPORT FACILITIES AT TERMINAL 1 JUANDA AIRPORT

As the second busiest airport in Indonesia, Juanda Airport located in East Java has experienced significant growth in its passenger numbers. In 2022, Juanda Airport successfully served 10.7 million passengers, indicating an 83% increase from the previous year. This growth continued into the first ha...

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Main Author: Evangelista
Format: Theses
Language:Indonesia
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Online Access:https://digilib.itb.ac.id/gdl/view/80982
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Institution: Institut Teknologi Bandung
Language: Indonesia
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spelling id-itb.:809822024-03-18T08:25:31ZDEVELOPMENT OF CHECK-IN PROCESS SUPPORT FACILITIES AT TERMINAL 1 JUANDA AIRPORT Evangelista Teknik sipil Indonesia Theses check-in area, Bandara Juanda, self bag-drop, check-in konvensional INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/80982 As the second busiest airport in Indonesia, Juanda Airport located in East Java has experienced significant growth in its passenger numbers. In 2022, Juanda Airport successfully served 10.7 million passengers, indicating an 83% increase from the previous year. This growth continued into the first half of 2023, where passengers reached 6.7 million, a 40% increase from the same period the previous year. This rapid growth has had a significant impact on terminal operations, particularly in the check-in area. In response, a reassessment of the performance of check-in process support facilities in Terminal 1 of Juanda Airport is necessary. This research aims to evaluate the existing conditions of check-in facilities, develop scenarios with different combinations of check-in facilities to enhance the quality of check-in services and operations in the face of the "Airport 4.0" era, and select the best scenario to accommodate the increase in passenger numbers until the planned year. Three check-in facility scenarios were developed: Scenario 1 (Existing), Scenario 2 (Combination) with the addition of Self Bag Drop (SBD) technology, and Scenario 3 (Machine-Based), where the check-in process is entirely machine-based and technology-driven. These scenarios were developed with a combination of various check-in process support facility quantities while prioritizing the utilization of the current number of desks and available area. Each scenario was modeled and simulated using the PTV Vissim application to evaluate service times and queue lengths in the existing and planned years. The evaluation results of Scenario 1 (Existing) indicate that with only 70 out of 83 conventional check-in counters active, this scenario can only accommodate peak passenger numbers until the year 2024. This highlights the limitations of the existing scenario in handling passenger surges beyond that year. Scenario 2 (Combination) begins implementation in 2025, starting with the use of only 54 out of 83 check-in counters in the first year, where 27 counters are allocated for conventional check-in and 27 for SBD. The scenario continues to operate until 2032, with 41 counters used for conventional check-in and 42 for SBD. Scenario 3 (Machine-Based) is fully operational by 2033, starting with 72 SBD desks and reaching a total of 83 SBD counters and 14 additional self-check-in machines by 2041. Based on these results, Juanda Airport must explore alternative solutions to accommodate peak passenger numbers in the Terminal 1 check-in area after 2041. text
institution Institut Teknologi Bandung
building Institut Teknologi Bandung Library
continent Asia
country Indonesia
Indonesia
content_provider Institut Teknologi Bandung
collection Digital ITB
language Indonesia
topic Teknik sipil
spellingShingle Teknik sipil
Evangelista
DEVELOPMENT OF CHECK-IN PROCESS SUPPORT FACILITIES AT TERMINAL 1 JUANDA AIRPORT
description As the second busiest airport in Indonesia, Juanda Airport located in East Java has experienced significant growth in its passenger numbers. In 2022, Juanda Airport successfully served 10.7 million passengers, indicating an 83% increase from the previous year. This growth continued into the first half of 2023, where passengers reached 6.7 million, a 40% increase from the same period the previous year. This rapid growth has had a significant impact on terminal operations, particularly in the check-in area. In response, a reassessment of the performance of check-in process support facilities in Terminal 1 of Juanda Airport is necessary. This research aims to evaluate the existing conditions of check-in facilities, develop scenarios with different combinations of check-in facilities to enhance the quality of check-in services and operations in the face of the "Airport 4.0" era, and select the best scenario to accommodate the increase in passenger numbers until the planned year. Three check-in facility scenarios were developed: Scenario 1 (Existing), Scenario 2 (Combination) with the addition of Self Bag Drop (SBD) technology, and Scenario 3 (Machine-Based), where the check-in process is entirely machine-based and technology-driven. These scenarios were developed with a combination of various check-in process support facility quantities while prioritizing the utilization of the current number of desks and available area. Each scenario was modeled and simulated using the PTV Vissim application to evaluate service times and queue lengths in the existing and planned years. The evaluation results of Scenario 1 (Existing) indicate that with only 70 out of 83 conventional check-in counters active, this scenario can only accommodate peak passenger numbers until the year 2024. This highlights the limitations of the existing scenario in handling passenger surges beyond that year. Scenario 2 (Combination) begins implementation in 2025, starting with the use of only 54 out of 83 check-in counters in the first year, where 27 counters are allocated for conventional check-in and 27 for SBD. The scenario continues to operate until 2032, with 41 counters used for conventional check-in and 42 for SBD. Scenario 3 (Machine-Based) is fully operational by 2033, starting with 72 SBD desks and reaching a total of 83 SBD counters and 14 additional self-check-in machines by 2041. Based on these results, Juanda Airport must explore alternative solutions to accommodate peak passenger numbers in the Terminal 1 check-in area after 2041.
format Theses
author Evangelista
author_facet Evangelista
author_sort Evangelista
title DEVELOPMENT OF CHECK-IN PROCESS SUPPORT FACILITIES AT TERMINAL 1 JUANDA AIRPORT
title_short DEVELOPMENT OF CHECK-IN PROCESS SUPPORT FACILITIES AT TERMINAL 1 JUANDA AIRPORT
title_full DEVELOPMENT OF CHECK-IN PROCESS SUPPORT FACILITIES AT TERMINAL 1 JUANDA AIRPORT
title_fullStr DEVELOPMENT OF CHECK-IN PROCESS SUPPORT FACILITIES AT TERMINAL 1 JUANDA AIRPORT
title_full_unstemmed DEVELOPMENT OF CHECK-IN PROCESS SUPPORT FACILITIES AT TERMINAL 1 JUANDA AIRPORT
title_sort development of check-in process support facilities at terminal 1 juanda airport
url https://digilib.itb.ac.id/gdl/view/80982
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