Journal of Airport Engineering Technology (JAET)

THE STRATEGY PROGRAM FOR IMPROVING AVIATION VOCATIONAL COLLEGE STUDIES THROUGH INTERNATIONAL TRAINING INTEGRATION

2024-12-02T04:21:56+00:00

Merdeka Belajar Kampus Merdeka (MBKM) Program aims to improve graduates' abilities, soft skills, and hard skills following the needs of the times to prepare graduates to become superior and personable future leaders and the acceleration of Indonesian human resources education is more focused on vocational education human resources. This research aims to develop appropriate strategies to improve human resources competency to support the transformation of the transportation sector by integrating the international training curriculum into the curriculum and syllabus of higher education study programs so that it has an impact on increasing the quality of the leading performance indicators in the independent learning campus of independent higher education. This research uses the Strengths, Opportunities, Aspirations, and Results (SOAR) analysis method to analyze the internal factors' Strengths, Aspirations, and external factors' opportunities and results, which are the basis for determining strategy. The results of the research analysis conducted on the strategy for improving study programs in the higher education environment of the Ministry of Transportation aviation vocational college through the integration of international training is a new policy that is the output of the international curriculum and syllabus of higher education, international competency certificates to benefit from improving the quality of education and its relevance to the needs of the global market—the implementation impact to improve competency in supporting the transformation of the transportation sector.

THE PURSUIT OF AVIATION SECURITY AND SAFETY: DALIL NAQLI AND AQLI

2024-12-02T04:05:54+00:00

Aviation security and safety are crucial aspects of the aviation industry that require serious attention from various parties. Along with technological developments and increasing air traffic, the challenges in maintaining aviation security and safety are increasingly complex. This research aims to examine the role of naqli and aqli postulates in improving aviation security and safety. The research methodology used a qualitative approach with a case study method, involving in-depth interviews with aviation experts, religious experts, and aviation regulators, as well as analysis of policy documents and official reports using data collection literature study and interview. The results showed that the principles of dalil naqli, such as justice and social responsibility, significantly shape aviation safety policies. Meanwhile, the dalil aqli approach, based on rationality and modern technology, effectively reduces accident risk and improves operational efficiency. This study concludes that integrating naqli and aqli arguments can create a more comprehensive aviation safety policy that various parties accept.

THE INSPECTIFY: MOBILE APPLICATION FOR SUPPORTING AIRPORT FACILITY TERMINAL INSPECTION SERVICE

2024-12-20T02:20:50+00:00

Operational activities at the airport are highly dependent on the efficiency and reliability of facilities, and formal reporting evidence is needed to improve the quality of facilities inspections at the Terminal Inspection Service (TIS) unit, as well as to serve as monitoring evidence that will be used as a basis for facility improvement evaluations. This study aims to design and develop the Inspectify application. The research methodology used is the Research and Development (R&D) method with the Borg and Gall research model. The study results show that the Inspectify application can facilitate the reporting process of facility damages and maintenance while improving the response to issues occurring since this application has features to track the status of repairs and receive real-time notifications. This application supported TIS personnel in conducting inspections more effectively and efficiently. Implementing this application is expected to contribute positively to airport operations, improve the efficiency of TIS personnel’s work, become the TIS data center, and increase overall passenger satisfaction.

DESIGN OF POLTEKSMART TRASH BIN: SOLUTION FOR WASTE MANAGEMENT IN AVIATION TRAINING COLLEGE

2024-12-02T02:22:05+00:00

Waste management issues are a significant challenge in many major environments, including dormitory life in aviation vocational colleges. This study aims to design a prototype of a Polteksmart trash bin equipped with sensors and a Telegram Bot to manage waste in the dormitory building at Politeknik Penerbangan Palembang. This research and development (R&D) method using a 4D model started with data collection from literature review and observation. The research result is a smart design technology of a robot trash bin equipped with infrared sensors, proximity sensors, RTC sensors, EM4, and a Telegram Bot that sends notifications to mobile phones whenever trash capacity reaches 90%. The final design has been validated by a material expert and IT expert, and the analysis becomes quantitative data with assessment results both 90% means it very innovative and can be implemented. By implementing it, we hope to increase the effectiveness and efficiency of the waste sorting and management system. This implementation not only helps in reducing operational costs but also supports efforts to recycle and reuse organic waste that in line with goal to create a cleaner and healthier environment in the Politeknik Penerbangan Palembang. This research emphasizes the importance of technology integration in providing real-time waste management by making it easier for users to monitor the condition of the bins. As such, this research provides a strong foundation for future research to improve waste management's efficiency and effectiveness in educational settings.

ALARM INDICATOR ANALYSIS ON CORE SUBSYSTEM FOR ENHANCES RELIABILITY AND AVAILABILITY IN AERONAUTICAL MESSAGE HANDLING SYSTEM

2024-06-11T05:05:45+00:00

Perum LPPNPI Palembang uses the AMHS Comsoft brand, which has a Core Subsystem (CSS), a module used to connect with external communication partners, handle different protocols, and receive store and forward messages. This research aims to analyze the alarm indicators on CSS A by performing corrective maintenance, which consists of inspection, equipment troubleshooting, and problem-solving. This research uses a descriptive qualitative method by collecting data from observation and document analysis to explore the relationship in each context. The inspection results found a way to restore the alarm using corrective maintenance such as checking the condition or inspecting the equipment, troubleshooting by conducting connectivity checking and performing problem-solving by routing the address. By conducting this research, AMHS equipment can operate using 2 CSS modules (CSS A and CSS B) so that CSS can operate redundantly. One CSS is in operational mode, and the second CSS waits in a hot standby mode, so it impacts optimal performance, reduces downtime, and enhances operational reliability and availability for aviation communication systems to enhance aviation safety standards.

THE IMPACT OF THE DRILL METHOD ON CADET’S LEARNING OUTCOME IN THE FIREMANSHIP SUBJECT

2024-12-02T04:17:16+00:00

Firemanship is one part of a compulsory course designed to prepare cadets to know and understand attitudes, tasks, functions, and organizations, including rescue and firefighting organizations, and it is used in the Palembang Civil Aviation Polytechnic learning process, especially in the Aviation Rescue and Fire Fighting study program. This research aimed to find out (1) whether there was a significant difference in cadets' learning outcomes by applying the drill method and (2) whether there was a significant difference in cadets' learning outcomes by those who were taught using the drill method and those who were not or not. This research used a quasi-experimental design method involving 45 Palembang Civil Aviation Polytechnic cadets as a sample chosen by purposive sampling. The test was used to collect the data, while paired sample t-tests and independent t-tests were used to analyze the data. This research result found a significant difference between the learning outcomes of cadets taught with this method and those who did not. It proved that the result implies that the calculated value of r-obtained (4.256) was higher than r-table 1.681, and the significance level was 0.000 and degrees of freedom equal to 43.

A WEBSITE-BASED INFORMATION SYSTEM DEVELOPMENT FOR APPLYING TEMPORARY AIRPORT PASS REGISTRATION

2024-12-20T09:56:18+00:00

Pass visitor is an entry permit used by guests (visitors) who carry out visits or activities at the airport, and the management and registration process for applying is still done manually. This research aims to build a website-based application for registered pass visitors and conduct black box testing. The research and development (R&D) method uses the System Life Development Cycle (SDLC) technique with waterfall as a development model that involves analysis, design, implementation, and testing. Data collection by conducting observation and document analysis. The result is a website-based application that is designed using Google Apps Script. This application has been validated by a media design expert with a validation result of 82.10% and a material expert with a validation result of 86.25% with the category "Very Feasible" and tested using Black box testing. The website information system for applying for Pass visitor registration can be used on various platforms and runs flexibly anywhere and anytime online. By conducting this system, airport management can achieve time flexibility in the registration process and convenience in managing pass visitor data storage. This system simplifies the registration process to improve the quality and security of the airport.