OPTIMIZATION OF LOGISTICS ARRANGEMENT OF AVIATION INFRASTRUCTURE IN PAPUA
Published:
2026-07-26Downloads
Abstract
The Air Bridge cargo air transport subsidy program in Papua aims to reduce price disparities and ensure logistics availability in the 3TP (Underdeveloped, Remote, Outermost, Border) regions that are highly dependent on air transportation. This study analyzes logistics movements and examines their implications for the capacity of airport cargo terminal infrastructure. The method used is descriptive with quantitative and qualitative approaches. This study integrates Least Square forecasting , Systematic Layout Planning (SLP) through Activity Relationship Chart (ARC), and safety and operational standards analysis. The analysis results project Sentani Airport's cargo load to reach 120,167 tons in 2026, which could trigger overcapacity conditions . Existing findings indicate weaknesses in warehouse layout and stockpiling that obstruct circulation routes. Optimization is focused on rearranging the layout through the ARC approach and separating specific goods placement using Systematic Layout Planning (SLP), as well as implementing strict Standard Operating Procedures (SOPs) for special cargo and perishable goods . This development, combined with the Business Model Canvas (BMC) strategy and optimal distribution routes, is essential to support an effective aviation logistics ecosystem in Papua.
Keywords:
Activity Relationship Chart Business Model Canvas Airport Infrastructure Air Logistics Systematic Layout Planning, Papua Air Bridge ProgramReferences
Ana Devi Simatupang. (2018). Analysis of Standard Operating Procedure (SOP) Design in the Export Cargo Delivery Process of Perishable Goods (Special Cargo) at PT. Angkasa Pura Kargo, Kualanamu International Airport Branch, Deli Serdang .
BPS Papua Province. (2024). Papua Statistics Document .
Dr. Ir. Agus Purnomo, MT (2022). Warehouse Relayout Analysis for Dangerous Goods Arrangement at PT Linfox Logistics Indonesia Cikarang. Journal of Business Logistics , 12 .
Fithri Azizah, N., Agil Apriani, R., Mahardika, FP, Zikra Zizo, MA, Aji Pradana, F., & Azzam, A. (2023). Analysis of Layout Design Using Activity Relationship Chart (ARC) and Computerized Relationship Layout Planning (Corelap) Methods at CV. Tunas Karya. In Jurnal Teknik Industri (Vol. 9, Number 1).
Frenton Togatorop, RG (2021). Application of Transportation Methods for Freight Analysis at PT Cargo Indonesia Medan. In Journal of Computing and Informatics Research (Vol. 1, Number 1).
Gunawan Mohammad. (2023). Proposal for Improving the Layout of Production Area Facilities Using the Activity Relationship Chart Method. Scientific Journal of Research and Development Student , 1 (1), 22–29. https://Doi.Org/10.59024/Jis.V1i1.255
Hidayat and Diah Imawati, YA (2011). Simulated Annealing for Solving Vehicle Route and Schedule Problems with Multiple Trips and Time Windows .
L Kartika. (2014). Designing Layout and Warehouse Organization Using the Grouping Method and Implementing 5S at the Petruk Jepara Shop .
Muhammad, A., Achmad, F., Sutina Azis, I., Elisa, C., Katili, M., Teknik, J., Agro, I., Manufaktur, JT, & Ati Makassar, P. (ND). Determination of Vehicle Routes with Time Windows for Product Distribution by Pt. X. Journal of Agro-Industry Engineering Research (Jaier) , 2 (1), 2023.
Nopiah, R., Azansyah, Ekaputri, RA, Sunaryo, & Prasetya, BA (2024). Connectivity Infrastructure Spending And Its Indicator Achievement: Case Study Of Southern Sumatra Region. Journal Of Sustainable Economics , 2 (2), 94–103. https://Doi.Org/10.32734/Jse.V2i2.18708
Nuning Muhayyaroh. (2022). Improvement of Goods Placement Layout at PT. Angkasa Pura Logistik Pasuruan (Warehouse & Distribution Center) Using the Grouping Method .
Pt.Angkasa Pura Indonesia. (2024). Business Transformation to Improve Connectivity Pt Angkasa Pura Indonesia Transform To Improve Connectivity .
Putu Talia Jayanti. (2021). Differences in the Degree of Agglutination in Blood Type Examination Using the Cell Grouping Method Based on the Concentration Levels of Cell Suspensions of 5%, 10%, and 40% .
Ri. (2021). Law Number 2 of 2021 concerning Special Autonomy for Papua Province. Law (Uu) Number 2 of 2021 , (1), 1–40. https://Peraturan.Bpk.Go.Id/Details/172403/Uu-No-2-Tahun-2021
Riadi, S., Bestario Harlan, F., Zelmiyanti, R., Wahyu Hati, S., Wirawan, A., Managerial - Batam State Polytechnic, A., & International Trade - Batam State Polytechnic, L. (2021). Inventory Management and Warehouse Layout in Aircraft Maintenance Engineering, Batam State Polytechnic in Project-Based Learning Review . Indonesian Scientific Journal of Accounting and Finance , 5 (1).
Ricardianto, RP, Kuntohadi, H., Rifni, M., & Trisakti, S. (2014). Air Cargo Capacity on Cargo Terminal Development Plan at Soekarno-Hatta International Airport. Journal of Transportation & Logistics Management (Jmtranslog) , 01 (02).
Sianipar, RJ, Januar, RR, & Silalahi, SDC (2024). Analysis of Potential Mapping and Realization of New and Renewable Energy (EBT) Using Consumption Determinant Modeling and EBT Grouping Analysis Method in Indonesia. Journal of New and Renewable Energy , 5 (2), 30–49. https://Doi.Org/10.14710/Jebt.2024.22970
Supriyono, Widodo S Pranowo, Sofyan Rawi, & Bambang Herunadi. (2017). Analysis and Calculation of Tidal Prediction Using the Admiralty Method and the Least Square Method (Case Study of Tarakan and Balikpapan Waters) .
Syafaruddin Mahaputra, M. (2017). Solving Vehicle Routing Problems with Multiple Trips, Time Windows, and Simultaneous Pickup and Dropoff Using Genetic Algorithms. In Jurnal Teknik Industri (Vol. 12, Number 2).
Wahyu Poncotoyo, Dinar Kania, Sarinah Sihombing, Sesaria Mardhiani Rachma Puspitsa, Sita Aniisah Sholihah, & Luluk Fauziah. (2024). Analysis of Distribution Warehouse Layout in an Aerospace Company Using System Layout Planning and Class-Based Storage Methods. Journal of Transportation & Logistics Systems , 4 , 1. https://Journal.Itltrisakti.Ac.Id/Index.Php/Jstl
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