Design Of Interactive Simulation Model Software Of Bridge Navigational Watch Alarm System Using Unreal Engine

Atmojo, Naufal Allam Gani (2022) Design Of Interactive Simulation Model Software Of Bridge Navigational Watch Alarm System Using Unreal Engine. Other thesis, Institut Teknologi Sepuluh Nopember.

Text 04211741000018-Undergraduate_Thesis.pdf - Accepted Version Download (3MB)

Abstract

In today's world of shipping, the sophistication of communication and navigation tools from ships has far grown compared to previous eras and has made almost all activities in the ship's wheelhouse able to be done automatically. However, the presence of a guard or Officer On Watch (OOW) is still needed to ensure that nothing goes wrong in the ship's navigation while sailing. Therefore the presence of OOW is still required to maintain the ship's bridge deck while sailing. One of the navigation and communication equipment that ensures this happens is the Bridge Navigational Watch Alarm System (BNWAS). BNWAS will detect the presence of OOW and will alert officers if OOW is absent for too long from their duties. So the existence of BNWAS has become mandatory equipment as stated in Safety Of Life At Sea (SOLAS) Chapter V Regulation 19. This makes seafarers have to understand how to operate the BNWAS. however, BNWAS equipment is equipment that will be activated when the ship is sailing, so to learn firsthand how it works, you must be on the ship first. So to make it easier to learn how to learn how the BNWAS system works, the author designed a software for BNWAS simulation that can be played from a computer so that sailors or shipping students will be able to learn how the BNWAS system works even though they don't try the tool directly on the ship. In order for the simulation software from BNWAS to run properly, the end result of the software product must be close to how the original BNWAS equipment is operated. BNWAS equipment has performance standards listed in resolution 128 of the 75th session of the Maritime Safety Committee (MSC) in 2002, this is the author's reference standard in making simulation software from BNWAS. Author use Unreal Engine Software as the base software to design and create The BNWAS Simulator software. After testing the BNWAS simulation software, it was concluded that the simulation scheme designed by the author actually met the BNWAS performance standard criteria listed in resolution 128 of the 75th session of the Maritime Safety Committee (MSC) in 2002, such as regarding operational modes & sequences. reset function, as well as alarm output per stage and presentation of information, so that the software designed by the author can be used as a learning tool about BNWAS system simulation on ships.
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Dalam dunia Perkapalan di masa kini, kecanggihan alat alat komunikasi dan navigasi dari kapal telah berkembang dan membuat hampir seluruh kegiatan di ruang kemudi kapal bisa dilakukan secara otomatis. Namun, keberadaan petugas jaga atau Officer On Watch (OOW) tetap diperlukan kehadirannya untuk memastikan tidak ada yang salah di navigasi kapal selama berlayar. Maka dari itu keberadaan OOW tetap diwajibkan untuk menjaga dek anjungan kapal selama berlayar. Salah satu peralatan navigasi dan komunikasi yang memastikan hal tersebut terjadi adalah perangkat Bridge Navigational Watch Alarm System (BNWAS). BNWAS akan mendeteksi keberadaan OOW dan akan mengingatkan petugas apabila OOW absen terlalu lama dari tugasnya. Maka keberadaan BNWAS telah menjadi perlatan Wajib sesuai yang tercantum dalam Safety OF Life At Sea (SOLAS) Chapter V Regulation 19. Hal ini membuat para pelaut harus mengerti bagaimana mengoperasikan BNWAS tersebut. untuk mempelajari secara langsung cara kerjanya harus berada di kapal terlebih dahulu. Untuk mempermudah bagaimana mempelajari cara kerja dari sistem BNWAS, penulis mendesain perangkat lunak simulasi BNWAS yang bisa dimainkan dari komputer agar para pelaut ataupun siswa pelayaran akan dapat mempelajari cara kerja sistem BNWAS. Maka hasil akhir dari produk perangkat lunak harus mendekati dari bagaimana perlatan BNWAS yang asli dioperasikan. Peralatan BNWAS memiliki standar kinerja yang tercantum pada resolusi 128 dari sidang ke 75 Maritime Safety Committee (MSC) pada tahun 2002, inilah yang menjadi standar acuan penulis dalam membuat perangkat lunak simulasi dari BNWAS. Penulis menggunakan Software Unreal Engine sebagai basis perangkat lunak dalam membuat perangkat lunak simulasi BNWAS tersebut. Setelah perangkat lunak simulasi BNWAS dicoba didapatkan kesimpulan bahwa skema simulasi yang dirancang oleh penulis ternyata memenuhi kriteria standar kinerja BNWAS yang tercantum dalam pada tesolusi 128 dari sidang ke 75 Maritime Safety Committee (MSC) pada tahun 2002 seperti mengenai operational mode & sequences. fungsi reset, serta output alarm per stage dan presentation of information, sehingga perangkat lunak yang dirancang oleh penulis dapat digunakan sebagai sarana pembelajaran mengenai simulasi sistem BNWAS pada kapal.

Item Type:	Thesis (Other)
Additional Information:	RSSP 623.893 Atm d-1 2022
Uncontrolled Keywords:	BNWAS, Officer on Watch, MSC Resolution, Simulator Software, Unreal Engine
Subjects:	V Naval Science > VK > VK555 Navigation.
Divisions:	Faculty of Marine Technology (MARTECH) > Marine Engineering > 36202-(S1) Undergraduate Thesis
Depositing User:	- Davi Wah
Date Deposited:	16 Dec 2024 06:20
Last Modified:	16 Dec 2024 06:20
URI:	http://repository.its.ac.id/id/eprint/115985

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