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ANALISIS KEBUTUHAN ASURANSI UNTUK PESERTA OLAHRAGA DIVING Maolani, Rukaesih A.; Robidi; Marsanto, Budi
Premium Insurance Business Journal Vol. 8 No. 1 (2021): PREMIUM INSURANCE BUSINESS JOURNAL
Publisher : P3M Trisakti School of Insurance (TSI)

Show Abstract | Download Original | Original Source | Check in Google Scholar | Full PDF (640.956 KB)

Abstract

Along with the development of marine tourism in Indonesia, diving is a type of sport that is increasingly in demands. Many diving associations have sprung up, making diving a new trend in society. Diving is an outdoor activity in the open sea that has risks to health and safety compared to other outdoor activities. Diving or scuba diving is a fairly safe activity, but there are many health and safety risks that can occur that must be considered. Based on several events experienced by divers that resulted in the loss of their lives, the problem in this study is formulated as follows: 1). Does scuba diving need insurance to mitigate the risk of accidents that may be experienced while doing their activities, 2). What type of insurance is required. The results showed that scuba diving activities need insurance and the types of insurance required are: loss insurance and accident / life insurance. The research was conducted with a quantitative descriptive method. The results showed that the respondents are willing to participate in insurance
PENENTUAN CADANGAN KLAIM IBNR MENGGUNAKAN METODE CHAIN LADDER DAN INFLATION ADJUSTED CHAIN LADDER PADA ASURANSI MARINE Saragih, Dearmayanti; Haryanto, Dwi; Marsanto, Budi
Premium Insurance Business Journal Vol. 10 No. 1 (2023): PREMIUM INSURANCE BUSINESS JOURNAL
Publisher : P3M Trisakti School of Insurance (TSI)

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.35904/premium.v10i1.22

Abstract

Pembayaran klaim dapat dilakukan tidak lama setelah klaim dilaporkan, namun pada beberapa jenis asuransi tertentu, terkadang pembayaran klaimnya membutuhkan waktu yang cukup lama dihitung dari saat terjadinya klaim, seperti klaim asuransi marine. Perusahaan Asuransi wajib menyediakan dana siap pakai secara tepat untuk memenuhi kewajiban kepada tertanggung atau pemegang polis. Perbedaan nilai mata uang saat pemegang polis melakukan klaim dan perusahaan asuransi melakukan pembayaran klaim menyebabkan perbedaan nilai uang yang harus disediakan perusahaan berbeda akibat laju inflasi. Penentuan besar cadangan klaim yang optimal merupakan salah satu hal yang krusial bagi perusahaan asuransi. Dalam tugas akhir data klaim diolah dengan menggunakan metode chain ladder basic dan Inflation adjusted chain ladder untuk menentukan cadangan klaim di masa depan yang harus dibayar dengan menggunakan data run off triangle. Data yang digunakan merupakan data dari jumlah klaim yang diamati di masa lalu yang terletak di segitiga kiri atas dan data yang akan diestimasi terletak di segitiga bawah. Baris pada data run off triangle mewakili periode terjadinya klaim dan kolom mewakili periode pengembangan, periode saat klaim diselesaikan. Penelitian ini akan menggunakan data workshop Aktuaria Asosiasi Asuransi Umum Indonesia (AAUI) mengenai cadangan teknis. Estimasi cadangan klaim yang diperoleh dari kedua metodologi tersebut dibandingkan untuk menentukan metode yang tepat dalam menentukan cadangan klaim IBNR.
Comparasion Model Analysis Time of Earthquake Occurrence in Indonesia based on Hazard Rate with Single Decrement Method Novika, Fanny; Maulidi, Ikhsan; Marsanto, Budi; Amalina, Anvika Nur
JTAM (Jurnal Teori dan Aplikasi Matematika) Vol 6, No 1 (2022): January
Publisher : Universitas Muhammadiyah Mataram

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.31764/jtam.v6i1.5535

Abstract

The purpose of this studi is to find an expectations and variability as estimators of the risk of earthquakes occurring in each province in Indonesia. Indonesia is a country that prone to natural disasters, especially earthquakes and tsunamis. The earthquake disaster damage the buildings and casualties. The risk of loss from earthquakes can be transferred using insurance. Insurance companies certainly need an analysis to estimate the probability of an earthquake occurring at a certain location and time. Hazard rate has an important role in the prediction theory of the process of earthquakes. The hazard rate can be known by the single decrement method. After the hazard rate is known, the survival function and the distribution function of the cumulative distribution of earthquake data in Indonesia will be known to look for expectations and variability as estimators of the risk of earthquakes occurring in each province in Indonesia. The data used in this study is earthquake that happen in Indonesia categorized as destructive earthquake minimum 5 magnitude. We used the data to compare a hazard function using linear model, quadratic model, cubic model and exponential. First, we plot and then using each models find the standard error. The best model suggest for Indonesia prediction Time of Earthquake Occurrence using an exponential model.