Main Article Content

Abstract

This study used a narrative inquiry design to reveal the outstanding participants of a community service conducted to train aviation communication and safety at SMK Muhammadiyah 9 Lamongan. This study was intended to portray the impactful benefits and contributions in determining future implications for participants’ professional development. There were seven participants chosen using a purposive sampling technique by considering inclusion criteria such as being the most active participants in the program. Data were collected using interviews and the obtained qualitative data were analyzed using a thematic approach. Results showed that there were three key points of experiences perceived by the participants, namely the importance of effective aviation communication, awareness of aviation safety, and collaboration between school staffs and students. The benefits covered increasing understanding of the aviation industry, developing practical skills, increasing awareness of safety, and forming aviation people. The future implications involved implications on education and the world of aviation, and implications in the world of transportation in Indonesia. This study suggests that the community service program conducted brings more benefits for teachers, students, the headmaster, school staff, and the facilitator.


Keywords: aviation communication, aviation safety, community service, narrative inquiry

Keywords

aviation communication aviation safety community service narrative inquiry

Article Details

References

  1. Alharasees, O., Jazzar, A., Kale, U.,
  2. & Rohacs, D. (2023). Aviation
  3. communication: the effect of
  4. critical factors on the rate of
  5. misunderstandings. Aircraft
  6. engineering and aerospace
  7. technology, 95(3), 379-388.
  8. Ansell, P. J. (2023). Review of
  9. sustainable energy carriers for
  10. aviation: Benefits, challenges, and future viability. Progress in
  11. Aerospace Sciences, 141, 100919.
  12. Bellido-Manganell, M. A., Gräupl,
  13. T., Heirich, O., Mäurer, N., FilipDhaubhadel, A., Mielke, D. M., ... &
  14. Schnell, M. (2021). LDACS flight
  15. trials: Demonstration and
  16. performance analysis of the future
  17. aeronautical communications
  18. system. IEEE Transactions on
  19. Aerospace and Electronic
  20. Systems, 58(1), 615-634.
  21. Cahill, J., Cullen, P., & Gaynor, K.
  22. (2023). The case for change:
  23. aviation worker wellbeing during
  24. the COVID 19 pandemic, and the
  25. need for an integrated health and
  26. safety culture. Cognition, Technology
  27. & Work, 25(1), 75-117.
  28. Cheng, C. B., & Shyur, H. J. (2025).
  29. Introduction to Flight Safety.
  30. In Flight Safety Management:
  31. Quantitative and AI Approaches (pp.
  32. -17). Singapore: Springer Nature
  33. Singapore.
  34. Claes, E., Schrooten, M.,
  35. McLaughlin, H., & Csoba, J. (2022).
  36. Community service learning in
  37. complex urban settings: challenges
  38. and opportunities for social work
  39. education. Social Work
  40. Education, 41(6), 1272-1290.
  41. Dave, G., Choudhary, G., Sihag, V.,
  42. You, I., & Choo, K. K. R. (2022).
  43. Cyber security challenges in
  44. aviation communication,
  45. navigation, and
  46. surveillance. Computers &
  47. Security, 112, 102516.
  48. Dinçer, N. (2023). Elevating
  49. aviation education: A
  50. comprehensive examination of
  51. technology's role in modern flight
  52. training. Journal of Aviation, 7(2),
  53. -323.
  54. Harjanti, W., Wahjoedi, T., Sari, A.
  55. K., & Setiadi, P. B. (2021). Work
  56. Experience, Interpersonal
  57. Communication on Performance
  58. and Use of Information
  59. Technology, Aircraft Maintenance
  60. Companies. Ekuitas: Jurnal Ekonomi
  61. Dan Keuangan, 5(4), 1-20.
  62. Kankaew, K. (2021). Human Capital
  63. Development in Services Job: A
  64. Modelling from the Airlines Industry.
  65. Horizon Books (A Division of
  66. Ignited Minds Edutech P Ltd).
  67. Malakis, S., Kontogiannis, T., &
  68. Smoker, A. (2023). A pragmatic
  69. approach to the limitations of
  70. safety management systems in
  71. aviation. Safety science, 166, 106215.
  72. Malhotra, R., Massoudi, M., &
  73. Jindal, R. (2023). An alumni-based
  74. collaborative model to strengthen
  75. academia and industry
  76. partnership: The current challenges
  77. and strengths. Education and
  78. Information Technologies, 28(2),
  79. -2289.
  80. MoghimiEsfandabadi, M. H.,
  81. Djavareshkian, M. H., & Abedi, S.
  82. (2023). Significance of aviation
  83. safety, its evaluation, and ways to
  84. strengthen security. International
  85. Journal of Reliability, Risk and Safety:
  86. Theory and Application, 6(2), 37-45.
  87. Ng, D. T. K. (2022). Online aviation
  88. learning experience during the
  89. COVID-19 pandemic in Hong
  90. Kong and Mainland China. British
  91. journal of educational
  92. technology, 53(3), 443-474.
  93. Parnell, K. J., Wynne, R. A., Plant,
  94. K. L., Banks, V. A., Griffin, T. G., &
  95. Stanton, N. A. (2022). Pilot
  96. decision-making during a dual
  97. engine failure on take-off: Insights
  98. from three different decisionmaking models. Human Factors and
  99. Ergonomics in Manufacturing &
  100. Service Industries, 32(3), 268-285.
  101. Prayitno, H., Prabowo, A. S.,
  102. Supardam, D., & Wiyono, D. S.
  103. (2023). Study of API Banyuwangi
  104. Seaplane Operations with
  105. Connectivity Analysis and Flight
  106. Optimization Methods for
  107. Outermost, Remote and
  108. Underdeveloped Regions in
  109. Indonesia. Riwayat: Educational
  110. Journal of History and
  111. Humanities, 6(3), 914-926.
  112. Raharjo, S. N. I., & Pudjiastuti, T. N.
  113. (2024). Indonesia in the BIMPEAGA: Assessing connectivity
  114. development in reducing
  115. inequality. SUVANNABHUMI, 16(
  116. , 175-203.
  117. Singh, S., Sharma, S. K., & Parti, R.
  118. (2024). Role of Aviation
  119. Infrastructure in Aviation
  120. Operation. In New Innovations in AI,
  121. Aviation, and Air Traffic
  122. Technology (pp. 212-245). IGI
  123. Global.
  124. Śliwa, R. E., Dymora, P., Mazurek,
  125. M., Kowal, B., Jurek, M., Kordos,
  126. D., ... & Unnthorsson, R. (2022). The
  127. latest advances in wireless
  128. communication in aviation, wind
  129. turbines and
  130. bridges. Inventions, 7(1), 18.
  131. Soto, J. Y. (2024). Communication
  132. Performance Analysis of Air Traffic
  133. Control and International Inbound
  134. Flights in the United States (Doctoral
  135. dissertation, Inter-American
  136. University of Puerto Rico (Puerto
  137. Rico)).
  138. Stuart, J., Aul, K., Bumbach, M. D.,
  139. Stephen, A., De Siqueira, A. G., &
  140. Lok, B. (2022, March). The effect of
  141. virtual humans making verbal
  142. communication mistakes on
  143. learners’ perspectives of their
  144. credibility, reliability, and
  145. trustworthiness. In 2022 IEEE
  146. Conference on Virtual Reality and 3D
  147. User Interfaces (VR) (pp. 455-463).
  148. IEEE.
  149. Timonora, S., & Ariyanto, W.
  150. (2022). Training of Indonesian
  151. National Police Pilots to Improve
  152. Competence, Professionalism and
  153. Aviation Safety. KnE Social Sciences,
  154. -369.
  155. Ukwandu, E., Ben-Farah, M. A.,
  156. Hindy, H., Bures, M., Atkinson, R.,
  157. Tachtatzis, C., ... & Bellekens, X.
  158. (2022). Cyber-security challenges in
  159. aviation industry: A review of
  160. current and future
  161. trends. Information, 13(3), 146.
  162. Yıldız, E. (2024). Navigating the
  163. Skies: Unraveling Communication
  164. Challenges in Diverse Aviation
  165. Accidents. Antalya Bilim
  166. Üniversitesi Uluslararası Sosyal
  167. Bilimler Dergisi, 5(1), 14-3