Prosiding SNITP (Seminar Nasional Inovasi Teknologi Penerbangan)

KAJIAN PENERAPAN AUTOMATIC GATE BOARDING PASS SCANNER GUNA MENINGKATKAN LEVEL OF SERVICE AREA POTS BANDAR UDARA INTERNASIONAL YOGYAKARTA

2023-10-30T14:33:59+00:00

Yogyakarta International Airport as one of the busiest airports in Indonesia, of course, must be supported with optimal service quality and ensure flight safety and security. To get optimal operational activities in providing services to passengers, it must be supported by the availability of adequate facilities. Thus, the improvement of facilities is closely related to the implementation of services to achieve Level of Service. This study aims to examine the application of the autogate boarding pass scanner to improve the Level of Service of the Passenger On The Service area of Yogyakarta International Airport. This research uses a qualitative descriptive writing method that uses primary and secondary data sources, with data collection techniques of observation, interviews, literature study and documentation. The data analysis technique is gap analysis. The results of the research show that the study of the application of the autogate boarding pass scanner can improve the Level of Service which prioritizes the quality of effective and efficient passenger boarding pass scanning services, and can improve aspects of flight safety, security and can help unravel the buildup of passenger queues in the Passenger On The Service area of Yogyakarta International Airport.

RANCANGAN APLIKASI LF-GO (LOST AND FOUND GOODS) SEBAGAI LOGBOOK DATA TEMUAN BARANG BERBASIS DIGITAL DI BANDAR UDARA AHMAD YANI SEMARANG

2023-10-30T04:40:54+00:00

Handling regarding the recording and storage of found unclaimed goods in the airport terminal area is handled by two units related to the Aviation Security (AVSEC) unit and the Airpot Operation Landside, Terminal & Service Improvement (AOLTSI) unit, but until now the process of recording, documenting and the database related to item findings is still done manually and has not been integrated between the two related units, personnel often experience difficulties when searching for found item data if there are service users who report feeling left behind items at the airport. So that this causes the service process to service users at the airport is still not carried out optimally. This study aims to design a digital-based logbook that can improve the service of AVSEC and AOLTSI personnel to service users at airports. Thus this item finding data logbook system can be used on various platforms, there are no special specifications for software or hardware and of course this application runs flexibly anywhere and anytime online, so as to improve service to service users at airports.

OPTIMALISASI PENANGANAN BAGASI PADA BAGGAGE HANDLING SYSTEM GUNA MENGURANGI LOST TRACK BAGGAGE DI TERMINAL 3 ULTIMATE BANDAR UDARA INTERNASIONAL SOEKARNO-HATTA

2023-10-30T04:49:53+00:00

Terminal 3 of Soekarno-Hatta International Airport, Tangerang is equipped with modern facilities such as Baggage Handling System (BHS) technology which can be sorted automatically using a barcode on the baggage tag that is scanned by an automatic barcode scanning machine. However, there is baggage that cannot be scanned automatically, which is called lost track baggage.

This study aims to find out the reasons why baggage handling in the Baggage Handling System (BHS) is not optimal so we can find the way to optimize baggage handling in the Baggage Handling System (BHS) so, the number of lost track baggage can be minimized.

With a qualitative descriptive research method, this study uses Miles and Hubberman's Interactive Analysis Model to analyze the data. The data collection was carried out by observation, interviews and documentation techniques.

This research results in problems that cause many baggage being lost track and ways to reduce these problems.

KAJIAN PENGGUNAAN PASSENGER PATH MARKING UNTUK KESELAMATAN DAN KEAMANAN PENUMPANG DI SISI UDARA TERMINAL 1 BANDAR UDARA INTERNASIONAL SOEKARNO- HATTA

2023-10-30T06:28:12+00:00

Soekarno-Hatta International Airport is currently the busiest airport in Indonesia. Airport operators must ensure that the layout and marking of airside areas allow for safe and smooth movement of passengers to and from the terminal area. The layout of markings and facilities can contribute significantly to passenger safety and security. For example, there is a passenger path marker that aims to help regulate the movement of passengers who board or disembark the plane. The author of this study discusses the passenger path markings on the alpha apron of terminal 1 Soekarno-Hatta International Airport which is currently only available limited to the front of the aerobridge. The purpose of this study is to find out how the condition and use of Passenger path marking on the air side of terminal 1 Soekarno-Hatta International Airport. The data collection method used in this study is a qualitative descriptive research method by collecting data through observation, interviews, and literature studies. The results of this study can be concluded that passenger path markings are very important and need to be considered for the existence of new markings that can regulate passengers passing on the air side on the alpha apron of terminal 1 Soekarno-Hatta International Airport safely and smoothly.

RANCANG BANGUN TRAINER FIRE ALARM SYSTEM BERBASIS ARDUINO UNO SEBAGAI MEDIA PEMBELAJARAN DI POLITEKNIK PENERBANGAN MAKASSAR

2023-10-31T02:43:58+00:00

The Fire Alarm System Trainer can be used as an interactive and fun learning media for Makassar Aviation Polytechnic cadets who can increase the skills or knowledge of the cadets themselves. By using fire alarms as learning media, cadets can understand security concepts in a fun and interesting way.The method used in this research is Research and Development. This research uses a type of Research and Development method in the field of education. In the field of education, it focuses on developing new curricula, innovative teaching methods, and educational technology. This research aims to improve the quality of learning and educational outcomes which develop learning media about fire alarm systems that are interactive and effective for cadets of Makassar Aviation Polytechnic to teach the basic principles of fire alarm systems.The Trainer Fire Alarm System is designed with features that include Arduino Uno, flame sensor (fire sensor), MQ2 sensor (smoke sensor), DHT 11 (temperature sensor), buzzer as fire bell, and other related components.

RANCANG BANGUN SISTEM PEMBERSIH SOLAR CELL OTOMATIS BERBASIS MIKROKONTROLER

2023-11-03T17:06:28+00:00

Solar power generation (PLTS) is one of the most common renewable energy by utilizing sunlight radiation. Solar panel system or solar cell is one of the alternative uses of electrical energy that is environmentally friendly. Hang Nadim International Airport Batam has implemented the use of solar cells on perimeter lights. This solar perimeter light system needs to be maintained regularly so that the absorption of sunlight occurs optimally. In the experiment, cleaning the surface of the solar cell is done by using a ladder to reach the surface, but this method causes cleaning that is not optimal and has several disadvantages such as damage to the panel, risk of work accidents, difficulty in movement of technicians, etc. The maintenance carried out so far is still manual, namely by direct cleaning. Therefore, the researchers tried to design a microcontroller-based automatic solar cell cleaning system, which is expected to help technicians in carrying out solar cell maintenance.

REVITALISASI INSTALASI LAMPU FLOODLIGHT PADA BANDARA INTERNASIONAL HANG NADIM BATAM

2023-11-03T17:23:45+00:00

Lighting facilities in the apron area, namely Floodlight lights, are one of the facilities at Hang Nadim Batam International Airport. These floodlights are intended to help with all activities in the apron area, such as groundhandling, maintenance, etc. If there is interference with the lights, operational activities in the apron area, such as groundhandling and maintenance, cannot work optimally. Hang Nadim International Airport Batam floodlights 8, 9, 10, 11 and 12 receive power supply from the Sub Distribution Panel located in the cargo building. Batam's Hang Nadim International Airport will carry out planning for the construction of terminal two. This construction caused the cargo building to be affected, so it had to be demolished and all facilities in the building had to be relocated. Therefore, in order not to disrupt activities in the apron area, the electrical facilities, namely the Sub Distribution Panel in the cargo building, need to carry out a revitalization process in the form of moving and replacing electrical installation lines. The installation revitalization process will be carried out in accordance with the situation and conditions that occur at the airport and carried out by external parties at Hang Nadim Batam International Airport. The transfer will be carried out to the nearest panel room in the terminal building, namely the FF 1.2 panel room.

PENGARUH PENGAWASAN UNIT APRON MOVEMENT CONTROL (AMC) DENGAN CLOSED CIRCUIT TELEVISION (CCTV) TERHADAP KETERTIBAN DI SERVICE ROAD BANDAR UDARA I GUSTI NGURAH RAI BALI

2023-11-03T18:07:56+00:00

The purpose of this research is to find out whether or not the influence of Apron Movement Control (AMC) unit supervision with Closed Circuit Television (CCTV) has on order on the service road in supporting aviation safety and security and to find out how much influence Closed Circuit Television (CCTV) has on order on Service Road. This study uses a quantitative descriptive method in which there are research instrument tests, classic assumption tests for independent and dependent variables, simple linear regression analysis, determination tests, and hypothesis testing with data collection techniques, namely observation and questionnaire distribution. The results of this test have an influence on how optimal the supervision of the AMC unit with CCTV on order in the service road area is carried out by conducting a t-test, namely the significance of the t variable of monitoring AMC personnel with CCTV on order in the service road, which is significant at 0.000, when compared to its significance value smaller than 0.05. This means that H0 is rejected and H1 is accepted, so that the influence of monitoring the AMC unit with CCTV has a positive and significant effect on order in the service road area which can support flight security and safety.

PENGARUH PELAYANAN PETUGAS CHECK-IN COUNTER TERHADAP KEPUASAN PENUMPANG PADA JAM SIBUK DI BANDAR UDARA INTERNASIONAL JENDERAL AHMAD YANI SEMARANG

2023-11-04T03:46:48+00:00

This research was written to find out how the influence of check-in counter staff service on passenger satisfaction during rush hour at Jenderal Ahmad Yani International Airport, Semarang. The problem to be examined in this study is that during peak hours at the General Ahmad Yani International Airport there are often long queues passengers. Through these long queues it seems as if the service provided by the check-in counter officers is decreasing. This study uses a statistic quantitative method with the population used is passengers who use the check-in counter facility during busy times from 2 January 2023 to 9 January 2023 with a total population of 300 people. In this study, the sample as a data source was taken using a non-probability sampling technique, with a category determination (purposive sampling) of 50 people. The data obtained will be processed using the IBM SPSS version 25 application to find research results. After processing the research data so that it gets the result that, there is an influence of check-in counter officer service on passenger satisfaction. Through hypothesis testing which produces a T-count value of 7.971 which is greater than the T-table value of 2.010, which means H0 is rejected. Based on the results of the R square value or the coefficient of determination of 57%, which means the ability to influence the check-in counter service on passenger satisfaction is 57%. Based on the results of the R square value or the value of the coefficient of determination of 57%, which means that the ability to influence the check-in counter service on passenger satisfaction is 57%. In the check-in counter service, there are factors that contribute to passenger dissatisfaction, namely responsiveness and tangibles. Therefore, it is suggested that the airline provide training for the check-in counter service agents, particularly in the areas of responsiveness and tangibles.

OPTIMALISASI PENGATURAN JADWAL KERJA PETUGAS KARGO TERHADAP ON TIME PERFORMANCE (OTP) PENERBANGAN KHUSUS KARGO DARI BANDAR UDARA JUANDA

2023-11-05T08:08:19+00:00

On Time Performance has become a benchmark for the trust of service users who choose to travel. Therefore, quality and efficiency in managing cargo officers' work schedules for On Time Performance must be more structured in order to meet the quality of quality handlers in the work, and can be adjusted to the conditions in the field. This research aims to find out and analyze what factors influence the level of punctuality / On Time Performance (OTP) for cargo-only flights and whether the schedule given to cargo officers is optimal so that it is effective and efficient in terms of on-time performance on cargo-only flights in Juanda Airport, Surabaya. This research uses a qualitative descriptive method with data collection techniques using Triangulation techniques, which means the research uses data collection techniques from the same source. Researchers use participant observation, in-depth interviews and documentation for the same data sources simultaneously. The conclusion of this research is, with punctuality or on time performance in setting the peak hours schedule for cargo officers, air transportation is required to be able to provide excellent service for service users.

RANCANGAN PROTOTIPE VISUALISASI FUNGSI MARKER BEACON BERBASIS ARDUINO SEBAGAI MEDIA PEMBELAJARAN DI POLTEKBANG SURABAYA

2023-10-29T11:08:40+00:00

The design is to design a prototype visualization of the Marker Beacon function using the Arduino Nano microcontroller which functions as a learning medium. This design was made with the aim and hope of being able to provide facilities and infrastructure that support cadets in carrying out education, especially cadets in Telecommunication and Air Navigation Engineering. In this design, the Arduino Nano microcontroller, Infrared Sensor, Buzzer, LED, and NRF24L01 Module are used. In this study using the 4D method (Define, Design, Develop, and Disseminate). The results of the discussion from this study are to determine the feasibility of the prototype used as a learning medium of 91.5%.%. Testing this tool by ensuring each module functions as it should. A demonstration was carried out at the Air Navigation Engineering Cadets and the pretest and posttest results were dominated by a high level of effectiveness of 86.3%.

ANALISIS PERBAIKAN TANAH LEMPUNG PADA AREA RUNWAY BANDAR UDARA BARU POHUWATO GORONTALO MENGGUNAKAN METODE PREFABRICATED VERTICAL DRAIN (PVD)

2023-10-29T12:40:01+00:00

Airport Baru Pohuwato is located in the north of Sulawesi Island, precisely in Imbodu Village, Randangan District, Pohuwato Regency, Gorontalo Province, with geographical coordinates 0^o 27' 41.390" North Latitude (N) and 121o 48' 33.527" East Longitude (BT) and the axis of the Runway which has an azimuth of 90^o.Pohuwato Airport has a strategic role in supporting efforts to increase the role of air transportation in relation to regional development in particular and national development in general. In accordance with the Decree of the Minister of Transportation Number KM 166 of 2019, Pohuwato Airport has a role as an Accessibility node on the island of Sulawesi, an economic gateway, transfer of modes of transportation, trade and tourism, support for disaster-prone areas, and acts as an airport that provides added value to national insight.

At the construction of Pohuwato New Airport there is a problem of soil conditions that will be made part of the Runway, N-SPT Value The soil at a depth of 0 – 20m 4-8 is Pasiran clay soil – Medium Clay which requires special treatment. Referring to the results of the research experts, it was concluded that there was an elastic decrease of 0.602 m, and a consolidation decrease of 0.702 m which was not uniform without handling.

Based on the results of the analysis with this method, it was found that the result of the elastic decrease was 0.212 m. with the thickness of the pile needed was 6 meters to reach the target elevation.therefore PVD planning, with a triangular configuration with the distance between PVD needed is 1.4 meters with a radius of PVD 0.74 meters and a depth of 17 meters. In this planning has a target land can be consolidated with PVD for 90 days.PVD planning requires a budget of Rp.15,137,203,180. these costs include PVD work (Prefabricated Vertical Drain), PHD job(Prefabricated Horizontal Drain,Quality Control and Landfill with Urug Land.

ANALISA STRUKTUR GEDUNG ADMINISTRASI EEXISTING MENJADI DUA LANTAI DI UNIT PENYELENGGARA BANDAR UDARA KELAS III NAHA, TAHUNA – SULAWESI UTARA

2023-10-29T12:46:21+00:00

The administration building is a land-side facility that aims to organize airport administration and also control services in the airport work environment area. The administration building at Naha Airport needs to be expanded to two floors and improvements to the building construction to improve the safety of the building construction and also the safety of workers. There are several things in this planning, one of which is redesigning plates, beams, and columns. From the results of the analysis, the location of the construction of the administration building is in risk category E so that the structural analysis uses the SRPMK (Special Moment Bearing Frame System) method.

In planning the building structure, SNI 2847: 2019 concerning reinforced concrete and SNI 1727: 2018 for loading are used. In this final project, the SAP 2000 auxiliary program is used for 3D building modeling, PCAColumn for calculating column interaction diagrams, and Autocad 2018 for reinforcement details. In this final project, the calculation of the Cost Budget Plan is also needed to determine the estimated cost of rebuilding the administration building into two floors.

From the structural design results, the dimensions of the main beam (B1 25/40), child beam (B2 15/30), column (K1 25/25) and plate thickness of 12 cm and structural reinforcement details are included in the engineering drawings. In addition, the design control check of the administration building structure based on SNI 1726: 2019 has met the requirements.

RANCANGAN INSTRUMENT APPROACH PROCEDURE CHART (IAC) REQUIRED NAVIGATIONS PERFORMANCE (RNP) RUNWAY 33 DI PERUM LPPNPI CABANG PONTIANAK

2023-11-04T07:11:00+00:00

This research aims to design an Instrument Approach Procedure Chart (IAC) using Required Navigations Performance (RNP) for runway 33 at Perum LPPNPI Pontianak Branch. This research will consider various factors such as geographical conditions, topography, and applicable aviation regulations. This research method is qualitative research. The sampling technique is done by observation and interview. The population in this research is ATC personnel at Perum LPPNPI Pontianak Branch. After that, a design will be carried out using special software to visualize and test the design of the proposed Approach Instrument. Qualitative data analysis techniques with a descriptive Approach that produces objects in the form of Instrument designs. This research is expected to produce a draft Instrument Approach Procedure Chart (IAC) that meets RNP requirements for runway 33 at Perum LPPNPI Pontianak Branch. This design is expected to improve flight safety operational in the area.

SISTEM KONTROL DAN MONITORING HASIL DATA GROUNDCHECK LOCALIZER BERBASIS WEB SERVER

2023-10-29T11:16:00+00:00

The use and implementation of web server-based systems is currently very widely used in data processing in companies, in the world of aviation the use of web server systems is also very much needed. Ground check localizer is a measurement made using a PIR (Portable ILS Receiver). Parameter data results are recorded on paper and then input back to the computer so that it takes quite a long time to fill in the ground check results. In practice, ground check parameter data processing is currently still ineffective, because it takes quite a long time to fill in the ground check results. This study aims to solve this problem by inputting data using a smartphone to increase efficiency, both in terms of time efficiency and data storage. This study uses the Waterfall method. The Waterfall method in question includes information gathering and analysis, design, implementation, and testing. The results of testing the web server input ground check localizer data with the results obtained, the web server can already be used as a control system and monitoring the results of ground check localizer data according to the author's expectations, the results of input data uploaded can be seen in the ground check report menu and can also be downloaded in PDF format so that the ground check implementation is more effective and efficient.

IMPLEMETASI SISTEM KONVERSI DATA SERIAL MENJADI TCP/IP MENGGUNAKAN WIZ110SR PADA PERALATAN NAVIGASI PENERBANGAN

2023-10-29T12:32:50+00:00

Data communication systems are part of the top priorities in the world of aviation. In the development of technology that is widely used today, serial data communication can be converted into TCP/IP protocols, so that it can support the use of more renewable data transmission media. This research implements WIZ110sr in navigation equipment. This research aims to improve remote data communication that is more stable and supports the use of access points. The research method used is the design of a serial data conversion system to TCP/IP using WIZ110sr. Data analysis techniques used quantitatively from QoS measurement data using Wireshark. The first test resulted in a througput value of 145 kbps, packet loss 0, delay 3.197 ms, and jitter 0.005 ms. In the second test for sample 1 got a througput value of 99 kbps, packet loss 0, delay 5.2 ms, jitter 0, and sample 2 got a througput value of 101 kbps, packet loss 0, delay 5.2 ms, and jitter 0. Then in the third test for sample 1 got a througput value of 99 kbps, packet loss 0, delay 5.3 ms, jitter 0.003 ms, and sample 2 got a througput value of 101 kbps, packet loss 0, delay 5.2 ms, and jitter 0. From this data shows that the WIZ110sr module can transmit data stably. So it can be implemented in navigation equipment as a serial to TCP/IP converter

TRANSMISI MULTICAST DATA RADAR PADANG – PEKANBARU MENGGUNAKAN METODE TUNNEL IN TUNNEL

2023-10-30T02:31:26+00:00

Multicast Radar data is a concept in modern radar systems that aims to efficiently transmit and receive data from multiple receivers (receiver) simultaneously. Radar is an important technology in the surveillance and monitoring of various areas, both in military and civilian applications. In situations where the data from the radar must be accessed by multiple receivers, use of the technique multicast be an efficient choice for sending the data to multiple destinations simultaneously. The method used in this study uses the ADDIE development method. The ADDIE method makes it easier to make transmissions Multicast Radar data Padang - Pekanbaru using the method tunnel in tunnel.This transmission consists of components hardware and software as a material in transmission planning Multicast Radar data Padang – Pekanbaru uses hardware laptop or PC and software virtualbox, winbox64.exe, ASTModoS.exe, wireshark. The data analysis technique carried out by the author is assessing quality of Service (QoS) of the Radar Data transmission design that has been made by the author.

PERANCANGAN FPPT BERBASIS WEB UNTUK OPTIMALISASI SOSIALISASI PENCEGAHAN DAN PENANGGULANGAN KEBAKARAN DI BANDAR UDARA INTERNASIONAL YOGYAKARTA

2023-10-30T05:42:32+00:00

The purpose of this research is to produce web-based FPPT products and test the feasibility level of web-based products based on aspects of functional suitability, compatibility, usability, and performance efficiency (ISO 25010). This research is a Research and Development (R&D) study that applies the Linear sequential development model, also known as the Waterfall model. This development model involves several phases, namely analysis, design, implementation and testing. The research data was collected using testing instruments that included testing aspects of functional suitability, compatibility, usability, and performance efficiency. The result of this research is the design of web-based FPPT has gone through the analysis phase (problem analysis, hardware, and software), design phase, implementation phase, a nd system testing phase. From these stages, the web- based FPPT is declared feasible and meets ISO 25010 quality standards.

RANCANGAN SISTEM REDUNDANSI DATA METEOROLOGICAL AERODROME REPORT ONLINE BERBASIS APLIKASI DESKTOP DI PERUM LPPNPI CABANG BANJARMASIN

2023-10-30T05:51:07+00:00

Perum LPPNPI Banjarmasin branch maintains and operates several aviation communication equipment, one of which is Automatic Terminal Information Services (ATIS). based on the ATIS equipment technician's logbook at the Banjarmasin branch of Perum LPPNPI, damage often occurs to the ATIS server, namely the BMKG METAR news is not updated. Therefore, a redundancy application system is needed from the Automatic Terminal Information Services (ATIS) equipment at Perum LPPNPI Banjarmasin Branch. In designing this application, researchers used the Rapid Application Development (RAD) method with three stages, namely Requirement Planning, System Design, and Implementation. By using the Rapid Application Development (RAD) method, it can assist researchers in creating software that is faster, more accurate, and minimizes the risks and costs associated with unnecessary changes and revisions. The results of this study are a desktop application-based Meteorological Aerodrome Report (METAR) redundancy application that will be used as a backup medium of Automatic Terminal Information Services (ATIS) equipment at Perum LPPNPI Banjarmasin Branch, where this application has been validated by feasibility trials with relevant experts. the function and workings of the application obtained from the results of the application are working properly and are suitable for use.

RANCANGAN SPECTRUM ANALYZER MENGGUNAKAN RTL – SDR DENGAN BAHASA PEMROGRAMAN PYTHON

2023-10-28T14:46:28+00:00

A Spectrum Analyzer is an instrumentation device capable of displaying and analyzing signal frequencies. This tool is crucial, but in practice, it comes with a high price tag, making it inaccessible to many individuals. One way to overcome this challenge is by creating something that can provide functionality similar to a spectrum analyzer at a relatively affordable cost. This way, it can be implemented and expected to serve as a tool to enhance the quality of learning. The research utilizes the research and development (R&D) method with the ADDIE development model. Additionally, this study employs RTL – SDR to process signals received by the antenna. The research process involves the use in Python programming language, which is then connected to RTL – SDR to generate signals. The spectrum produced by the system constructed with the factory-produced spectrum analyzer shows that obtained frequencies are well-receivedd in each respective spectrum. During the testing phase, we distributed a validity questionnaire covering various assessment aspects. The results showed an 86% suitability rating for the applications’s performance, equipment functionality and application design. Based on the validation results, it can be concluded that the design is suitable for use

RANCANG BANGUN APLIKASI eBOOK BERBASIS ANDROID SEBAGAI PENDUKUNG MEDIA PEMBELAJARAN TARUNA/I DI POLITEKNIK PELAYARAN SULAWESI UTARA

2023-10-31T02:33:21+00:00

Reading books are books that contain a collection of readings or information that can enhance the reader's knowledge of a particular subject. However, in this era of information technology, printed books and notes that fill a bag are likely to be a burden for some people. The habit of not taking notes in class during the teaching and learning process makes it difficult for students to remember and understand what is taught by the teachers. In fact, there are many books available for cadets in the library. However, these books are rarely used by the cadets. Based on the need situation described above, it is necessary to have supporting applications for cadets to better understand the material. This research has several stages, namely research preparation, data collection, system analysis, system design and testing, and implementation. The research uses the waterfall method with five stages, namely planning, analysis, design, implementation and testing. The researchers are trying to solve this problem by analysing and designing Android-based ebooks so that they are expected to be able to solve problems and support the learning process. This Android-based eBook is expected to meet the standards of suitability to support the learning process of cadets in the nautical study programme at North Sulawesi Shipping Polytechnic, and to be able to be used in a user-friendly manner. This Android-based eBook will be supported on any smartphone with an Android operating system, starting from the lowest version to the present.

RANCANGAN ANTENA MULTIPLE INPUT MULTIPLE OUTPUT ARRAY TRIANGULAR FREKUENSI 2.5 GHZ UNTUK JARINGAN 5G

2023-11-03T16:50:35+00:00

Fifth generation (5G) cellular networks have evolved rapidly to address the demand for faster, reliable and scalable connectivity in today's digital era. One of the key aspects in this evolution is the utilization of multiple-input multiple-output (MIMO) to increase network capacity and performance. In this research, we focus on developing and evaluating the performance of triangular array MIMO antennas especially for applications in 5G networks. In this paper, we propose a triangular array MIMO antenna design approach that combines the advantages of triangular geometry with MIMO technology. We describe a design methodology involving antenna element selection, array configuration, and spatial arrangement. The influence of these parameters on system performance is explored through simulation and field-based testing. Our experimental results reveal that this triangular array MIMO antenna shows potential in increasing network capacity and reducing inter- channel interference. We analyze antenna performance in terms of signal gain, throughput capacity, connection stability and spectral enhancement. Compared to traditional MIMO antennas, this triangular approach provides a significant increase in terms of network capacity and carrying capacity. We also discuss the challenges and opportunities associated with the practical implementation of triangular array MIMO antennas in a 5G network environment. Factors such as physical size, energy efficiency and circuit complexity are studied to provide insight into optimal deployment scenarios. Overall, this study illustrates the potential of triangular array MIMO antennas as a promising solution to improve 5G network performance. Our results and findings can provide guidance for further developments in dealing with connectivity challenges in the modern wireless communications environment.

RANCANG APLIKASI ELEKTRONIK FLIGHTSTRIP BERBASIS WEB

2023-11-05T09:51:59+00:00

The implementation of a sophisticated flighttrip system in Industry 4.0 is expected to improve the quality of air services and optimize the overall air traffic management process. In addition, this website can be used as teaching material to introduce the process of aircraft moving airspace. in the process of creating a website using the 4D method in this method there are four steps, namely Define, Design, Development, Dissemination. The tool testing technique in this study uses questionnaires, and Quality of Service (QoS). The main function of Electronic Flightstrip is to provide accurate and detailed information about aircraft that will take off or land, such as flight number, aircraft type, route, departure time, and arrival times as well as to simplify Flightstrip transfers on ATC units (ADC, APP, and ACC Units).

RANCANG TONGKAT PENDETEKSI JARAK BERBASIS SENSOR SEBAGAI MOBILITAS TUNANETRA

2023-11-05T10:58:31+00:00

Mobility is very important for human life, but for those who have physical limitations such as the blind, mobility can be a big challenge. To help improve the mobility of the blind, the authors designed a distance detection stick based on an ultrasonic sensor. This distance detection stick uses an ultrasonic sensor and a microcontroller signal processor. Ultrasonic sensor work by emitting ultrasonic sound waves and then measuring the time it takes for these waves to bounce back form objects in front of them, From this measured time, the object's distance can be calculated and the information is sent to the signal processor. This distance detection stick is also equipped with additional features, such as sensor sensitivity settings and sound notifications to enhance user functionality and comfort. The test results show that this distance detection stick can provide accurate distance information and can assist the blind in their mobility. It is hoped that with this distance detection stick, the mobility of the blind can be increased and provide convenience in carrying out daily activities

RANCANG BANGUN SISTEM MONITORING PENGUNJUNG LABORATORIUM TELEKOMUNIKASI BERBASIS IoT UNTUK MENINGKATKAN UTILITAS DI POLTEKBANG SURABAYA

2023-10-28T04:16:14+00:00

The laboratory is a place where scientific theories are applied, theories are tested, demonstration tests, research, etc. There are several problems that occur in the laboratory. One of them is that cadets who visit the laboratory can currently be known from a manual list of entries on paper, the use of paper that is easily damaged, data collection is not in real time, it causes visitor data to be difficult to access, there is no data on how many times the lab is used. The author makes a monitoring system that uses an ESP 32 Cam microcontroller camera, with an infrared proximity sensor connected to the internet and connected to a web server- based application that can be used to increase utility in the laboratory. The method used is 4D (Define, Design, Develop, Disseminate) but does not use the disseminate stage. The results showed that the tool can work well according to its respective functions and can perform monitoring tests by admin/super user users on cadets who will use/borrow the laboratory. So that it can reduce the occurrence of lab abuse, lab damage and loss of components in the laboratory

RANCANGAN WEB APLIKASI KONVERSI DATA ASTERIX MENGGUNAKAN ARDUINO

2023-10-27T05:34:35+00:00

Asterix (All Purpose Structured Eurocontrol Surveillance Information Exchange) is a standardized ATS data exchange format established by Eurocontrol (the European ATC Organization). The transmitted information includes equipment status and aircraft target data. An Asterix Data Conversion application is required for learning purposes, which can help enhance understanding of the Asterix Data Conversion application. The design of this Asterix Data Conversion utilizes the waterfall method for website development. The results of testing the Asterix Data Conversion Application demonstrate its capability to process and translate Asterix Data, with the converted results being instantly visible for each data item from the Asterix Data Conversion. Another feature of this conversion application is the presentation of notifications in case of input errors in Asterix Data, allowing users to identify the specific aspects of the data.

RANCANG BANGUN PLATFORM UJIAN ONLINE BERBASIS WEB DENGAN FITUR MONITORING KECURANGAN

2023-10-27T05:49:43+00:00

Online exams are exams that are conducted online or remotely and can be done anywhere and anytime. With an online exam system, the opportunity to commit fraud can still be reached by examinees such as opening online search access (Google) to find answers, things like this are the background why this research was made. This type of research is applied research or design with a theme raised by the online exam monitoring platform. The purpose of this study is to find out how to design, know the concept of work, and how to operate the online exam monitoring website during the exam. The research method used is the RnD (Research and Development) research method with the 4D development model (Define, Design, Develop, Disseminate), with testing techniques using unit testing and expert validation. The results of the research on how to design a monitoring platform using PHP programming with the Laravel framework and MySQL database, for the working concept of the exam monitoring platform, namely supervisors can monitor the exam in real-time, if participants indicate cheating by opening a new tab during the exam, the exam cannot be continued until the participant applies for access to the server. How to operate the monitoring platform, namely logging into the website then selecting the participant monitoring section, then supervisors can monitor the exam and will get notifications if there are participants who commit acts of fraud.

RANCANGAN SISTEM KEHADIRAN PROSES BELAJAR MENGAJAR MENGGUNAKAN GPS BERBASIS ANDROID DI POLITEKNIK PENERBANGAN SURABAYA

2023-10-27T05:56:48+00:00

The attendance system is important in managing the presence and activity of cadets in an academic environment. The aim of this writer is to implement a design teaching and learning process attendance system using Android-based GPS to facilitate effectiveness and performance at the Suarabaya Aviation Polytechnic. This attendance application uses Laravel as a program to create its web application, the research method used is the waterfall method and uses architectural design. The results of testing the attendance system web application, the application is able to process and record attendance data as expected and the results of the data displayed can be seen in the web application admin system. Based on these data, the existence of this design technology can facilitate the effectiveness of lecturers and administration in monitoring cadets as well as accurately carrying out attendance and the application of this digital technology system can reduce the use of paper and the time needed for manual attendance processes to have a positive impact on environmental sustainability.

RANCANGAN SIGNAL GENERATOR SI5351 BERBASIS ARDUINO DENGAN KELUARAN 225 MHZ

2023-10-27T06:05:39+00:00

This research aims to design an Arduino-based SI5351 Signal Generator with a 225 MHz output, intended to serve as a laboratory practicum assistance tool at Surabaya Aviation Polytechnic. The current signal generator used in the laboratory provides limited waveform shapes and a restricted frequency range, which hampers students' understanding and exploration of signal generators during their practical sessions.

To address this issue, the research employs the research and development (R&D) method, utilizing the 4D development model, which consists of the Define, Design, Develop, and Disseminate phases. The primary goal of this method is to create a product that offers three types of output signals: sine, square, and triangle waves, all operating at a frequency of 225 MHz.

The final design of the SI5351 Signal Generator will provide students with a more comprehensive and versatile learning experience, enabling them to grasp the concepts and applications of signal generators effectively during their laboratory practicums.

RANCANGAN SISTEM PENGAWASAN BERBASIS HUMAN DETECTION MENGGUNAKAN TELEGRAM MOBILE PADA AREA DI BANDAR UDARA

2023-10-27T06:22:52+00:00

To ensure the smooth operation of the flight, safety and security is the main responsibility. Aviation Security is a condition that provides protection to flights from unlawful acts through the integrated use of human resources, facilities, and procedures. Limited human resources make some security areas cannot be directly guarded by the security forces or the security forces. One of the security programs carried out in limited areas at the airport is only limited to periodic patrols and surveillance through CCTV. Thus, supervision is not monitored directly. So the supervisory function becomes less effective and efficient because it is unable to prevent crimes that occur. The purpose of this design is to design a monitoring system design so that it can help improve security and be able to monitor remotely in real-time. This camera will be programed to detect objects that exist, namely humans. When humans are detected, the Raspberry Pi 3b microcomputer will be integrated by sending object data to the smartphone. The results of the object data will be received by security via Telegram. If the object is indicated as a dangerous security, it can go directly to the location and carry out the command to turn on or turn off the Buzzer alarm that has been programmed through the Telegram Botfather.

RANCANG BANGUN SMART LABORATORY BERBASIS INTERNET OF THINGS (IOT) MENGGUNAKAN ESP32 DENGAN APLIKASI BLYNK

2023-10-27T06:29:58+00:00

One of the facilities that supports the learning process is a laboratory used for practical purposes. A laboratory should be managed with an effective management system to function optimally and enhance security. Currently, the telecommunications laboratory at Surabaya Flight Polytechnic does not have equipment for monitoring and controlling electronic devices such as AC, lights, security doors, temperature detection, gas detection, and indoor movement. This research aims to design a miniature IoT (Internet of Things) concept-based device for monitoring and controlling electronic devices in the laboratory. The hardware design involves using the NodeMCU ESP32 microcontroller, DHT-22 temperature sensor, MQ-2 gas sensor, HC-SR501 PIR sensor, light sensor (LDR), magnetic door sensor, solenoid door lock, fan, lights, and a 16x2 LCD display.

The software design is carried out using Arduino IDE and the Blynk application. The research method employed is Research and Development (R&D), which includes data collection, literature review, equipment and material selection, design development, design improvement based on feedback, and design testing. The hardware design involves using the NodeMCU ESP32 microcontroller, DHT-22 temperature sensor, MQ-2 gas sensor, HC-SR501 PIR sensor, light sensor (LDR), magnetic door sensor, solenoid door lock, fan, lights, and a 16x2 LCD display. The software design is carried out using Arduino IDE and the Blynk application. The research method employed is Research and Development (R&D), which includes data collection, literature review, equipment and material selection, design development, design improvement based on feedback, and design testing. From various conducted tests, the created smart miniature laboratory has been able to function according to its design. The DHT-22 sensor is capable of displaying temperature readings, the PIR HC-SR501 sensor can detect motion, the MQ-2 sensor can detect gas or smoke, the door sensor works as a security feature, and the fan and light can operate when controlled using Blynk. The Blynk application can be used to display the sensor reading results and control the on/off function of the light, door, and fan. Successful notifications are sent to Blynk when the MQ-2 sensor readings exceed the set point, the PIR HC-SR501 sensor detects motion in the room, and the door is open under active security feature.

RANCANG BANGUN SISTEM KOMUNIKASI MENGGUNAKAN VOIP BERBASIS OPEN SOURCE ANTAR UNIT KERJA DI POLITEKNIK PENERBANGAN SURABAYA

2023-10-27T07:53:41+00:00

Voice Over Internet Protocol (VOIP) is a technology that facilitates rapid and efficient communication and information exchange. This technology converts analog voice into digital data and transmits it through the Internet network. At Surabaya Flight Polytechnic Campus, the communication system between units still relies on personal phones and the Public Switched Telephone Network (PSTN), which proves inefficient due to limitations in personal phone numbers and dependence on cable infrastructure. This study aims to develop an open source Briker-based VOIP communication system using the Surabaya Flight Polytechnic's WiFi network. With this development, the open source Briker-based VOIP communication system offers a more efficient solution for inter-unit communication at Surabaya Flight Polytechnic, potentially enhancing service quality and reducing reliance on traditional cable infrastructure. The research method used is the Analysis, Design, Development, Implementation, and Evaluation (ADDIE) approach to design and implement the Briker-based VOIP communication system in the Integration Lab. The system's testing involves analyzing Quality of Service (QoS) metrics such as delay, jitter, and packet loss, measured through testing between two users in five trial runs. The test results show that VOIP communication using open source Briker can run on a softphone with QoS results meeting TIPHON standards, with the highest delay value reaching 20.52 ms, the highest jitter value at 20.32 ms, and a packet loss of 1.21%. Product validation also averaged 95.33% with a "strongly agree" criterion.

RANCANGAN PROTYPE POSITION ADJUSTER SEBAGAI POINTING RADIOLINK BERBASIS INTERNET OF THINGS

2023-10-27T08:04:08+00:00

In flight data communication requires a transmission medium as a sender and receiver of information data, one of which is usingradiolinkwith the working principle of using two antennas, transmitting to each otherpoint to point withLine of Sight to exchange data. A problem occurredLoss connection antennaradiolink padaMedan Kualanamu airport caused by gusts of wind due to bad weather. This makes the author interested in designingprototype position adjuster aspointing radiolink basedinternet of thing so that the technician does not need to climb to control the tool because it can be controlled viasmartphone. The method used is

4D(define, design, develop, disseminate) but adapted to 3D by removing disseminate. This method can make designing easierprotoype position adjuster aspointing radiolink. The results showed that the function of the tool, the software, the practicality of the tool and the design were considered feasible to use, with a product validation score of 94% and being in the criteria of strongly agreeing with the statement that it could be used with additional revisions. This shows that this tool can be developed in further research.

MONITORING SISTEM KEAMANAN JARINGAN BERBASIS TELEGRAM PADA LOCAL AREA NETWORK DI POLITEKNIK PENERBANGAN SURABAYA

2023-10-27T08:12:10+00:00

The threat of cyber attacks is a serious problem for network security,. The consequences of a cyber attack can have a big impact, even disrupting network performance or even taking over its control, for example on the Surabaya Aviation Polytechnic campus network that serves public services. Telegram-based network security system monitoring on the Local Area Network at the Aviation Polytechnic of Surabaya is one of the first steps in preventing attacks that have the potential to damage the network. by designing a system to detect and provide early warning of possible attacks. This allows the administrator to immediately take preventive and countermeasures against the attack. The method used in this research uses the ADDIE development method.

SISTEM INFORMASI LOWONGAN KERJA BERBASIS WEBSITE BAGI ALUMNI DI POLTEKBANG SURABAYA

2023-10-27T08:25:13+00:00

With the advancement of information media and the development of technology, this Job Vacancy Website System serves as a crucial facility utilized to facilitate job vacancy information for both alumni and the general public. Therefore, the research aims to create an effective and efficient Job Vacancy service information system.

This research method employs the Waterfall methodology, wherein the process begins with the development of the existing system. The implementation and maintenance of the system use the PHP programming language for this project. The outcomes achieved from this website follow the Waterfall research method, revealing that the application functions well in accordance with the designed specifications.

The outcome of this research is the creation of a website aimed at facilitating both alumni and the general public in conducting job vacancy searches. This Job Vacancy Website also makes it convenient for alumni and the public to access up-to-date job vacancy information easily.

RANCANGAN WEBSITE LABSIM UNTUK DATA INVENTARIS DAN MEDIA INFORMASI DI LABORATORIUM NAVIGASI POLITEKNIK PENERBANGAN SURABAYA

2023-10-27T08:40:37+00:00

Along with the development of the information media era, the website labsim system of the Navigation Laboratory in the Air Navigation Engineering Study Program is an important facility used to facilitate practicum and research activities in the field of air navigation. For now the labsim website is still static and cannot meet the needs of users who access it. Therefore, in this final project a design for the development of a more interactive LabSIM website will be carried out and has more complete features in the Navigation Laboratory. Website design, researchers use the waterfall method. The waterfall method has five stages, namely needs analysis, system design, implementation, testing, and maintenance. With the waterfall method, it is easier for researchers to research user needs which are used as the basis for designing website appearances. The results of the discussion from this study are to produce a website to make it easier for cadets to borrow inventory equipment and obtain media information. This inventory website facilitates the arrangement of goods by the person in charge of the Navigation Laboratory, and also makes it easier for Surabaya Aviation Polytechnic cadets.

RANCANG BANGUN ANTENNA MICROSTRIP ULTRA WIDE-BAND MENGGUNAKAN METODE DEFECTED GROUND STRUCTURE (DGS) PADA FREKUENSI 6 GHZ

2023-10-27T08:49:47+00:00

Microstrip antennas are compact-shaped antennas that can accommodate general antenna capabilities, with the advantage of being easy to fabricate and cost-effective in production. However, they have some drawbacks, one of which is their small antenna bandwidth. By using the Deflected Ground Structure (DGS) method, it becomes possible to enhance the antenna's performance with a wider bandwidth. The author is currently researching the use of this method for ultra-wideband applications. Ultra-wideband refers to antennas with a minimum bandwidth of 500

MHz, which presents a challenge when implementing microstrip antennas.

Results of the five microstrip antenna models using the defected ground structure (DGS) method were obtained. All five antennas meet the specifications for Ultra Wide-Band (UWB) Frequency, with the largest return loss value of -29.93 observed in model D at a frequency of 9.2 GHz. This model also exhibits the widest bandwidth, which amounts to 9.17 GHz, ranging from 3 to 12.17 GHz. The Voltage Standing Wave Ratio (VSWR) of all five antennas also complies with the specified requirements, with the highest value found in models A and D, both at 1.09 at a frequency of 8.3 GHz. Furthermore, all antennas have a gain greater than 0, with the highest gain of 6.05 dB observed in antenna model B at a frequency of 10.6 GHz

ANALISIS PENGGUNAAN APLIKASI SLOW SCAN TELEVISION UNTUK MENTRANSMISIKAN GAMBAR MENGGUNAKAN HANDY TALKY DI POLITEKNIK PENERBANGAN SURABAYA

2023-10-27T09:16:57+00:00

At recent day’s wireless data communication on average using the internet network. This analysis is expected to help and support image delivery media, which can be applied to emergencies such as natural disasters or in situations where there is no internet connection. By using the SSTV application on a PC and smartphone, the image will be converted into a sound signal and processed again using Digital Image Processing. Handy Talky will act as a transceiver. The research method used by the author is SDLC (System Development Life Cycle) which involves the stages of needs analysis, system design, implementation, and system testing. The results of the analysis show that the transmitted image has a linear graph on several images. Meanwhile, other images are of lower quality due to other

DESAIN RECONFIGURABLE MICROSTRIP ANTENNA PADA RADAR MSSR 1030 MHZ DAN 1090 MHZ

2023-10-28T04:03:40+00:00

Antennas play a large role in telecommunications in the world. There are various types of antennas, one of which is the microstrip antenna. This microstrip antenna has several advantages including practicality, relatively light weight, smaller dimensions, and ease of planning and manufacturing. This research uses the principle of reconfiguration at frequencies of 1030MHz and 1090MHz using a capacitor as a frequency switch. This research will try to design and analyze the performance of reconfigurable antennas using the CST Studio Suite 2019 application as a form of antenna learning media at frequencies of 1030 MHz and 1090 MHz and must have a VSWR parameter value of 2 and return loss value of 10dB.

RANCANGAN MEDIA PEMBELAJARAN LOCALIZER BERBASIS WEB MENGGUNAKAN PHP DAN MYSQL

2023-10-28T04:24:28+00:00

Online learning is increasingly popular and increasing with the times, especially at the time of the advent of the internet. Online learning has benefits including ease of flexibility where learning participants can learn anywhere and anytime. This research uses waterfall and agile methods, where the design stage uses waterfall and maintenance methods using agile methods. The results of this research resulted in a website that can be accessed by everyone and get certified after completing one lesson. In this website, the admin can upload material that will be presented to learning participants where participants can find out what content is in one of the available lesson courses. This learning media also has paid courses provided by admins or mentors who can support BLU Aviation Polytechnic Surabaya.

PORTABLE ADSB BERBASIS RASPBERRY PI MENGGUNAKAN RTL- SDR SEBAGAI MEDIA PEMBELAJARAN DI POLITEKNIK PENERBANGAN SURABAYA

2023-10-28T04:37:21+00:00

One of the developments in radio communication technology is SDR (Software Defined Radio). SDR is a software-defined radio and uses a USB donggle to receive direct radio signals with a frequency range typically of 500 kHz – 1.75 GHz. The study was conducted with an RTL-SDR receiver connected to the Raspberry Pi as an operating system to be forwarded to the Dump1090 software as a signal processor and displayed the results of the received signal. This research aims to create learning media at the Surabaya Aviation Polytechnic. The signal receiver design using RTL-SDR and Raspberry Pi OS works well, the signal received by RTL- SDR can be processed properly by looking at the results of dump1090 displaying aircraft information. With this learning media, it is hoped that cadets can practice the process of transmitting and receiving signals effectively and efficiently and more easily understand the material

RANCANG BANGUN MONITORING KEBERADAAN API BERBASIS NODEMCU ESP32 NOTIFIKASI TELEGRAM DI LABORATORIUM NAVIGASI POLITEKNIK PENERBANGAN SURABAYA

2023-10-28T04:44:53+00:00

Security systems are needed to detect early fires that can be monitored and integrated to provide information precisely and quickly so that fires do not grow bigger. Design the existence of an integrated fire based on NodeMCU esp32 using esp32 as the main controller and then use supporting components such as smoke sensors and fire sensors installed in several places that function as fire detection. Data from sensors is sent through the Telegram application, so that it can be received by the user and the data is displayed in the application with real time light. The final project aims to design and build a fire potential monitoring system using IR Flame sensors to detect the presence of fire and MQ-2 sensors to detect the presence of smoke and gases. This research method uses research and development (R&D) methods. R&D research methods with 3D development models are define, design and develop. Design this fire potential monitoring using NodeMCU ESP32 as the microcontroller, and sensors used IR Flame sensors to detect the presence of

fire, and MQ-2 sensors to detect the presence of smoke and gases. The result of this study is that the NodeMCU ESP32-based fire potential monitoring tool using IR Flame and MQ-2 sensors can function properly and can detect the presence of fire, smoke and gas. The IR Flame sensor is capable of detecting at a distance of 10-330 cm. The MQ-2 sensor is capable of detecting at a distance of 10 cm. Response data notifications are sent to the Telegram application and can be accessed by users via PC or Smartphone using an internet connection.

IMPLEMENTASI INTERNET OF THINGS PADA ALAT PEMANTAU KUALITAS UDARA DI POLITEKNIK PENERBANGAN SURABAYA

2023-10-28T05:23:22+00:00

The life of cadets at Aviation Polytechnic of Surabaya involves a tight schedule and activities such as classroom learning and dormitory engagements that influence the surrounding air quality. The aim of this research is to provide users with information about the air quality at Aviation Polytechnic of Surabaya using Internet of Things technology. The research method employed is the 4D development method. Based on the research results, the product validation achieved a consistent score of 96.3%, with the note that it can be used with some revisions. The CO gas level indicates a value of <12, and the CO2 level shows a value of <175, ensuring that both gases remain within safe limits and do not exceed reference values. Temperature and humidity readings with the smallest differences indoors occur in the evening (0.1°C), and humidity shows the same outcome (0%). Outdoors, temperature readings with the smallest difference occur in the afternoon (0.5°C), while humidity variations are most pronounced in the morning (3.4%). The analysis of Quality of Service (QoS), conducted for all four parameters, yields excellent values during both morning and afternoon hours. Throughput parameter records values of 10 kbps and 8331 bps, Packet Loss stands at 0.4% and 0.2%, Delay measures 132 ms and 130 ms, and Jitter is recorded as 0.006 ms and 0.02 ms.

RANCANGAN E-LOGBOOK BERBASIS ANDROID MENGGUNAKAN INDIKATOR PERINGATAN PERALATAN NAVIGASI PENERBANGAN DI PERUM LPPNPI CABANG SEMARANG

2023-10-28T05:30:06+00:00

A logbook is a media for recording and reporting the condition of an equipment, in

this case, all equipment for flight navigation service providers in Indonesia. Basically the media used for recording (logbook) is a ledger filled with certain data according to each equipment which is still conventional and less flexible in its use. By empowering technology, the authors designed an Android-based equipment reporting media where the design of this e-logbook was intended to provide convenience in carrying out daily monitoring of flight navigation equipment. The research method used is the waterfall method. The waterfall or waterfall method is a software design method. The results of the research show that the e-logbook design can be used properly and smoothly. This is obtained from the results of testing the use of the e-logbook as a whole to fill in a complete activity history and testing on small parts of the e-logbook feature.

DESAIN ANTENA MIKROSTRIP RADAR CUACA PESAWAT PADA FREKUENSI 9,4 GHZ DENGAN METODE WILKINSON POWER DIVIDER

2023-10-28T05:47:41+00:00

The application of radar in the world of aviation is the existence of aircraft weather radar to monitor weather conditions around the aircraft in real time. Aircraft weather radar requires an antenna to support detection. The author makes microstrip antenna design research using the Wilkinson Power Divider (WPD) method combined with array techniques to produce high gain parameters. The research method uses 4D from Thiagarajan, namely Define, Design, Develop and Disseminate. To obtain high gain, this study designs single patch, 1x2, 4x4, and 8x4 antenna designs with insert feed and coaxial integration techniques. Then compare based on the substrate used, namely FR-4 and Rogers RT-5880. Analysis includes gain, VSWR, return loss, bandwidth and radiation pattern. The microstrip design is made by doing antenna calculations and determining the method used, namely array and WPD, then designing the design in the application. The FR-4 and Rogers RT-5880 substrate microstrip antenna design has a VSWR value <2 and return loss <-10 dB. The highest gain on the 8 x 4 insert feed Rogers RT-5880 array was 17.979 dBi and the bandwidth with the highest value of the 1x2 Rogers RT-5880 array was

651.1 MHz. Gain increases proportional to the number of patches. The Rogers RT-5880 material produces higher gain than FR-4.

RANCANGAN SISTEM PENDETEKSI BANJIR MENGGUNAKAN NODEMCU ESP8266 TERINTEGRASI DENGAN POMPA AIR BERBASIS IOT PADA SHELTER PERALATAN

2023-10-28T06:06:11+00:00

Floods are natural disasters that frequently lead to significant losses, especially in high-risk areas like equipment shelters. Consequently, an IoT-based flood detection system is essential, utilizing NodeMCU ESP8266 and ultrasonic sensors. The ultrasonic sensors measure water height in equipment shelters by emitting ultrasonic signals towards the water surface, measuring bounce-back time, and calculating water height. Upon reaching a predefined threshold, the NodeMCU sends data via WiFi to a server to activate a water pump. Additionally, there is an air quality monitoring device employing ESP8266, HC-SR04 sensor, 16x2 LCD, buzzer, Arduino IDE, and Blynk. This tool aids in monitoring equipment shelter water levels through online accessible Blynk.

RANCANG BANGUN SISTEM PRESENSI PINTAR BERBASIS FACE IDENTIFICATION DAN CLOUD DENGAN APLIKASI SMARTPHONE ANDROID UNTUK EFISIENSI DI LABORATORIUM TELEKOMUNIKASI POLITEKNIK PENERBANGAN SURABAYA

2023-10-28T06:25:00+00:00

Attendance is the process of recording and reporting absences, which is a repetitive process that is used at certain times, such as when you go to work and when you go home from work. The purpose of conducting this research is to improve the discipline of cadets in participating in the teaching and learning process at the Surabaya Aviation Polytechnic telecommunication laboratory, presence based on face identification using the waterfall method, face identification and cloud systems connected to the android application, this attendance system can be connected directly to the lecturer's smartphone so that lecturers can directly monitor the presence of cadets in the telecommunications laboratory before the teaching and learning process begins. The results in this study, the presence system using Face Identification and cloud with the android application works well, the system makes the attendance process easier, faster, easier, more practical and also the presence tool has a light that automatically turns on when the room conditions are low or dark. The internet used in this system uses a Wifi connection. This system is quite effectively used to improve the discipline of cadets in making attendance in the learning process.

RANCANGAN KONFIGURASI SECURITY MENGGUNAKAN METODE PORT SCANNING DETECTION UNTUK MEMPROTEKSI JARINGAN IP PUBLIC DI AIRNAV CABANG PEMBANTU PADANG

2023-10-28T13:16:42+00:00

In the frequently evolving digital era, public ip network security is a major issue. Performing port scanning or nmap (network mapper) activities, users can view open ports on network hosts. Network security such as firewalls are needed to limit nmap (network mapper) activities. This design aims to create a public ip network security system that is lightweight, and easy to manage by network administrators. This firewall is designed using the port scanning detection method which aims to block internet protocol (IP) addresses that carry out nmap activities and is integrated with telegram bots as notifications in the event of nmap activity. ADDIE method is used in this research which contains Analyze, Design, Develop, Implementation, and Evaluate. This security uses winbox software for firewall configuration and integration with telegram bots. Field testing uses zenmap software to nmap the public ip network. The firewall field test results can block network nmap activity and send notification messages to telegram bots. QoS results show a throughput of 104 kbps, packet loss of 0.3%, delay of 18.07 ms, and jitter of 0.005 ms. The average value of instrument validation is 90.2%, which falls into the strongly agree category.

RANCANGAN APLIKASI BERBASIS ANDROID PADA MEDIA PEMBELAJARAN SOLID STATE ELEKTRONIKA MENGGUNAKAN UNITY

2023-10-28T13:38:46+00:00

The rapid advancement of Information Technology has brought about a positive impact on the education sector. The development of instructional media has emerged as a solution to address traditional teaching methods. The aim of this research is to implement a designed simulation application for solid-state electronics instructional media, with the purpose of enhancing the learning process at Politeknik Penerbangan Surabaya. The research methodology employed in this study follows the Multimedia Development Methodology. The development model adopted here is the 4D model. The participants involved in this research consist of students from Politeknik Penerbangan Surabaya. Data collection methods encompass a range of instruments, including media validation sheets, as well as pretest and posttest assessments. The results obtained from expert validators indicate a percentage of 80.76%. Furthermore, calculations using the N-gain score test on the pretest and posttest outcomes yielded a value of 0.57. Descriptively, this value falls within the moderate category, as it surpasses 0.3 but remains below 0.7 (0.3≤ g ≤ 0.7). Based on this data, it can be inferred that the solid-state electronics instructional media application is suitable and effective for educational activities at Politeknik Penerbangan Surabaya.

RANCANGAN SISTEM PRESENSI DAN REKAPITULASI JURNAL KEGIATAN OJT MENGGUNAKAN VISUAL STUDIO CODE BERBASIS WEB DI AIRNAV CABANG MATSC

2023-10-28T13:51:55+00:00

The presence system that exists at Airnav Makassar Air Traffic Services Center Branch uses paper media manually, which takes time and is easily damaged and this attendance system has the potential for dishonorable behavior from Cadets/i OJT. In website design, researchers use the waterfall method and test it with the black box method. The waterfall method has five stages, namely Requirement, Design, Implementation, Testing, Deployment, and Maintenance. With the waterfall method and black box testing techniques, it is easier for researchers to make improvements if errors or bugs occur in the coding. The results of the discussion from this study are maximizing and producing a website to make it easier for users to make attendance and store data in the system. This website provides presence with real- time facial photos that cannot be changed and can be accessed on one network. Then upload OJT activity reports and journals as Airnav archives and Taruna/i assessment materials. So that an information system in the form of a website presence is needed to help and facilitate the activities of the Airnav Makassar Branch Office Air Traffic Services Center in facilitating OJT cadets.

RANCANGAN PORTABLE MONITORING DATA TERMINAL RADIO VERY HIGH FREQUENCY APPROACH BERBASIS WEBSITE DI PERUM LPPNPI CABANG BANJARMASIN

2023-10-28T13:59:41+00:00

VHF Air to Ground (VHF A/G) is a radio communication equipment used as a means of communication between the Air Traffic Controller (ATC) and the pilot. If communication is lost between the controller and the pilot, it will be fatal and can endanger flight safety. Therefore, the authors designed a monitoring in order to minimize the risk of this incident.

VHF A/G radio operating at the Banjarmasin branch company of Airnav already has a monitoring system. However, currently the radio monitoring used can only display the status of the equipment. So that a design is carried out that can display the status, parameters, changeover, alarm and alarm sound when a fault occurs on the radio. The existence of this monitoring control can help technicians to see a more detailed status with the help of parameter readings according to the radio, and can immediately make changeovers if there are parameters that are close to the alarm tolerance limit. So that technicians can anticipate radio communication interruptions (shutdowns) caused by alarms and this allows the equipment to continue operating normally.

The results of the design show that testing status, parameters, alarms and setting the value of parameter types can also be displayed at the same time equipped with a sound system when the alarm sounds. Switching between TX1 and TX2 is possible. And then, there are delay when the user change the setting and changeover between 1,5 second until 3.7 second

RANCANG BANGUN E-MODUL “LEARNMEASURE” BERBASIS ANDROID DI POLITEKNIK PENERBANGAN SURABAYA

2023-10-28T14:22:24+00:00

Technology-based education has experienced rapid development, with many learning methods created for the learning and teaching process. The use of learning media used today relies on the delivery of material in the form of text - text and less interactive to learn. The purpose of this research is to create more interesting and innovative android-based learning at Aviation Polytechnic Surabaya. In conducting research and development of interactive android-based e-modules, researchers use R&D (Research and Development) research with the ADDIE method which consists of five stages, namely analysis, design, development, implementation, and evaluation. The results of this study are in the form of an android-based APK format application consisting of learning materials presented in the form of text, videos, interesting animations and interactive practicum simulations. E-Modules were expert tested by validators with a feasibility validation score of 65.38% and included in the feasible criteria

RANCANG BANGUN MONITORING LOKASI SMOKE DETECTOR BERBASIS IOT MENGGUNAKAN APLIKASI ANDROID PERUM LPPNPI KANTOR CABANG YOGYAKARTA

2023-10-28T14:33:28+00:00

The design of this tool is expected to help detect smoke and provide location information to be notified to the user in the form of alarm notifications and information on the application. This system method can be seen through the android application in real time with the help of NodeMcu which connects to the internet network and database. The owner of this system can later make decisions quickly if signs of fire are detected.

The sensors used as input are temperature sensors and also gas sensors which will read the conditions of the room to be scanned for smoke or signs of fire. The output of this tool can be a notification in the form of an active buzzer that will light up under certain conditions. This tool will also send data via the internet to mobile applications that are integrated or connected to the internet.

The process of making this tool uses the Arduino IDE application as the text editor and flutter as the android application programming. Interrogation of the gas sensor with the buzzer occurs if it there is smoke, the buzzer will sound if the ppm value obtained is more than 60 ppm. The temperature sensor on the DHT-11 component is integrated with applications and tools to display temperature information in the room.

KONFIGURASI VIRTUAL RADAR SERVER UNTUK PENGGABUNGAN DATA AUTOMATIC DEPENDENT SURVEILLANCE BROADCAST BERBASIS REALTEK SOFTWARE DEFINED RADIO

2023-10-29T11:30:15+00:00

Automatic Dependent Surveillance-Broadcast (ADS-B) is a technology used in aircraft monitoring systems where aircraft publicly transmit their identity, position, speed, and other data via radio signals. RTL-SDR is a versatile and inexpensive platform that uses hardware that can be programmed through software to receive radio signals. In this research implements a multi RTL-SDR (Software Defined Radio) based ADS-B receiver configured through Virtual Radar Server to improve monitoring range and accuracy of flight data. In this paper, it has been successfully configured and compared with Flight Radar 24. For measurements in the Surabaya area which is a combination of Semarang area data, the results of Succes Rate 83.8%, Accuracy 76.68% and sensitivity -64.17dB are obtained

OPTIMALISASI KESESUAIAN WATCHROOM UNIT PKP-PK DI BANDAR UDARA INTERNASIONAL HANG NADIM BATAM

2023-10-30T05:29:06+00:00

To achieve success in aviation safety, it is necessary to increase the safety andsecurity facilities at each airport if something does not meet the standard provisions. The author conducted research on the ARFF watchroom at Batam Hang Nadim International Airport and feel the lack of comfort and function of the room. The purpose of research to find out whether the watchroom is in accordance with PR 30Year 2022 standard and knows the efforts made to meet this conformity. This type of research is qualitative using descriptive qualitative methods with the stages of collecting data in the field such as observation, documentation, interviews and then analyzing the conditions of the watchroom and categorizing its suitability with PR30 Year 2022 until a conclusion is reached. Result the condition of the watchroom in the appropriate category because it gets a value of 61%, but based on PR 30 Year2022 the conditions watchroom not yet 100% appropriate because there are still 5 requirements that have not been met including air ventilation, soundproof room, glass that avoids the effects of direct sun exposure, can operate crash bell, and available direct telephone circuit/line. Efforts to meet suitability watchroom toward PR 30 Year 2022 is to make turbine ventilator on the roof of the room, improving the structure of the room to make it soundproof by changing the type of swing window to fix window then installing rubber pads on the doors and windows and attaching foam panels made of polyethylene terephthalate (PET) on the walls and ceiling of the watchroom, replaced the window glass using window film with a maximum density of 40%, installed a button crashbell, provide hand phone as an alternative that can make telephone connections between provider.

ANALISA PENAMBAHAN KOMPETENSI VEHICLE ACCIDENT RESCUE (VAR) UNTUK MENINGKATKAN KINERJA PERSONEL PKP-PK DI BANDAR UDARA INTERNASIONAL KUALANAMU

2023-10-30T08:12:12+00:00

Safety is a very important thing in the world of aviation, because in the world of aviation so many individuals involved both passengers, cabin crew, airport officials, and others. For the smoothness of this, of course, personnel knowledge is needed on how to carry out the process of handling vehicle accident rescue (VAR). This study aims to ensure that the performance of personnel when facing an emergency situation to be maximized, because there are still some personnel who still do not understand the material terkait VAR so potentially hamper the handling process. This study uses qualitative methods with a descriptive approach that includes interviews, observations, documentation and literature studies. The results obtained from interviews, observations and documentation, explain that the role of VAR competence is very important to support the knowledge of ARFF KNO personnel in the process of handling vehicle accidents at kualanamu International Airport. Therefore, an additional 5 or 10 personnel with VAR competence are needed, so that the number of personnel with these competencies becomes 20% of the total number of personnel so that they can support rescue activities in the ARFF KNO Unit. Obtained a conclusion that the obstacles faced by the ARFF KNO unit after an interview involving 3 VAR-related personnel is that only 5 personnel out of 72 know or understand about the handling of VAR which makes the ARFF KNO unit potentially experience obstacles when evacuating or rescuing

ANALISIS KONDISI EMERGENCY OPERATION CENTER DALAM MENUNJANG PELAYANAN KEADAAN DARURAT DI BANDAR UDARA INTERNASIONAL YOGYAKARTA

2023-10-30T08:19:40+00:00

Yogyakarta International Airport must be able to provide excellent emergency services for related parties, because the airport is an area that is very vulnerable to emergencies. Based on the results of the implementation of On the Job Training at Yogyakarta International Airport, the author made observations of the Emergency Operation Center facility, obtained several aspects of the EOC at Yogyakarta International Airport that did not meet the standards contained in the applicable regulations. Analyzing the condition of the EOC is an important step in order to improve emergency services at Yogyakarta International Airport by ensuring that this facility complies with established international standards, the airport will be better prepared for emergencies. The purpose of this study was to determine the condition of the EOC at Yogyakarta International Airport. The research method used is qualitative research with data collection using observation, interviews, and document studies. The analysis technique used is qualitative descriptive analysis. The results of this study found that there are EOC facilities and an emergency management committee has been formed at Yogyakarta International Airport. However, it has not operated in accordance with the airport's operating hours so that there are no special officers on guard. Emergency management committee training at Yogyakarta International Airport has not been carried out regularly and the facilities and infrastructure at the EOC are in accordance with applicable regulations.

KAJIAN PENETAPAN EXPECTED APPROACH TIME (EAT) RUNWAY 34 DI BANDAR UDARA TJILIK RIWUT PADA AIRNAV CABANG PALANGKA RAYA

2023-10-30T15:12:12+00:00

Tjilik Riwut Airport provides flight traffic services, namely Aerodrome Control Tower (ADC) and Approach Control Procedure (APP). Tjilik Riwut Airport every day has a number of movements reaching 18-25 movements. The movements are traffic departure, arrival, and local flight. In providingservices, the main approach used for runway 34 is the Instrument Landing System (ILS). Tjilik Riwut Airport only has one runway and does not have a rapid exit taxiway so that aircraft that land to go to the apron must turn at the end of the runway or intersection taxiway. This has an impact on aircraft that approach afterwards have to wait. During the observation at Perum LPPNPI Palangkaraya Branch. Based on the Palangka Raya Standard Operating Procedure (SOP), there is no information related to Expected Approach Time (EAT) which is the estimated time given by ATC to delayed arrival aircraft tothen continue the Instrument Approach Procedure (IAP). In addition, in determining ATI, the author also added ROTL which affects the determination of Expected Approach Time to the aircraft. The observations that have been made aim to have a written basis that can be guided for all ATCs on duty for safety, smoothness, and flight efficiency.

ANALISA DAMPAK TURUNNYA TEKANAN INJEKTOR TIPE NH PADA MESIN PENGGERAK UTAMA DU-SULZER 6RTA58T DI KAPAL MV. URMILA

2023-10-31T01:50:29+00:00

the ship’s main engine is the main driving engine on the ship which contains various components. One of the components in the main engine that affects combustion is the injector. The function of the injector is to atomize the fuel that will enter the cylinder or combustion chamber. Considering the importance of injectors in the combustion process on board a ship, an analysis of the impact of lowering injector pressure was carries out. The purpose of this research is to provide comparative material for readers to understand the causes and impact of decreasing NH type injector pressure on the main propulsion engine on ships. In this research, the author used a qualitative descriptive method by collecting from observation, interviews and documentation. The research results found that causes of decreased injector pressure are less than optimal spring elasticity, leaking of the needle seat with nozzle needle and leaking of the nozzle body with the nozzle needle. This has an impact on the exhaust gas temperature increasing and Pmax on the main engine decreasing.

RANCANG BANGUN CONTROLLING DAILY FUEL TANK BERBASIS IOT

2023-11-03T08:26:43+00:00

A generator set is a backup power supply that is used as a replacement for the main power supply. Conditions in the field when carrying out generator maintenance are checking the condition of the fuel tank and filling it manually. This research aims to maintain the power supply in the generator room which is still done manually, namely using a switch to turn on the pump which will supply oil to the generator engine. So this is not yet efficient, where refueling will be late if the PLN goes out and then officers carry out an activity outside the generator room, so that when the fuel runs out, refueling cannot be done. Technology is needed to be able to refuel generators automatically and can be monitored at any time via a smartphone. Researchers made a prototype tool using a flow meter sensor to measure water flow and an ultrasonic sensor to detect height. Then the control system uses an ESP 32 microcontroller which is integrated with wireless fidelity and can be controlled or monitored using a smartphone.

FAKTOR YANG MEMENGARUHI MENURUNNYA TEKANAN MINYAK LUMAS MESIN INDUK KAPAL: PUMP PERFORMANCE , FILTER CLOGGED DAN PIPE LEAK

2023-10-10T04:31:33+00:00

The purpose of writing this article is to review the factors that influence the decrease in lubricating oil pressure in ship main engines, namely pump performance, clogged filters and pipe leaks, by conducting a literature study from scientific journals related to decreasing lubricating oil pressure in ship main engines. The results of this article's literature review: 1) pump performance influences the reduction in lubricating oil pressure; 2) a clogged filter affects the decrease in lubricating oil pressure; and 3) pipe leaks affect the decrease in lubricating oil pressure.

INVESTIGASI KADAR CARBON MONOXCIDE (CO) EMISI GAS BUANG HASIL PEMBAKARAN BEBERAPA JENIS BAHAN BAKAR DIESEL

2023-09-24T11:57:14+00:00

Diversifikasi produk bahan bakar terus berkembang hingga pada akhirnya pemerintah Indonesia menetapkan kebijakan penggunaan biodiesel B35 yang merupakan lanjutan dari program kebijakan sebelumnya. Pada bidang ini telah dilakukan beberapa penelitian terkait karakteristik berbagai bahan bakar akan tetapi dalam penelitian ini lebih spesifik meninjau lebih dalam pada sisi karakteristik emisi khususnya Carbon Monoxide (CO) yang dihasilkan oleh pembakaran berbagai jenis bakar. Pengujian dilakukan dengan cara menguji emisi berbagai jenis bahan bakar diesel diantaranya, bidiesel B20, B30, B35, Dexlite dan Pertamina Dex. Mesin yang digunakan yakni mesin diesel 7.5 HP silinder tunggal dengan metode free load dengan variasi speed 1000,1500 dan 2000 rpm. Pengukuran speed dilakukan dengan menggunakan Digital Photo Tachometer model: RM-1500 dan pengukuran emisi menggunakan Portable Multi Gas Detector model: BH-4A. Hasil penelitian menyatakan bahwa pada semua variasi speed bahan bakar jenis Pertamina Dex menghasilkan emisi CO paling rendah dibandingkan dengan jenis lainnya.