At this time, information and communication technology is growing rapidly. One example of technological developments is Augmented Reality (AR). Augmented Reality in theory is to present virtual effects in the real world. This AR technology has been applied in several fields. One of them is in the field of education. In this study, an AR application was made as an educational medium for the history of the heritage buildings of the Ottoman Empire, especially for Madrasah students in the subject of Islamic Cultural History (SKI). This research will discuss the history of heritage buildings of the Ottoman Empire such as; Hagia Sophia Monument, Yeni Valide Mosque, and Blue Mosque. The Ottoman Empire was one of the world's Islamic empires that played a major role in the spread of Islamic teachings. This AR application uses the Marker Based Tracking method and the Fast Corner Detection algorithm. The tools used are Android Studio, Unity 3D, Sketchup, Figma, and Vuforia. The results of this study resulted in the application having succeeded in displaying a 3D Object from the Ottoman Sultanate heritage building, along with a description next to the 3D Object. In addition, this Monument AR application also works well on the Android operating system.Keywords:Augmented Reality, Marker Based Tracking, Fast Corner Detection, 3D Object, Android.

The purpose of this study is to evaluate the level of IT maturity that occur in XYZ Shipping Company using COBIT 4.1 framework as a best practice in information technology audit. The company is highly depend on Key Logistics System as a core system in shipping process. For this reason, the company wants to focus on internal processes by increasing efficiency while minimizing costs, so COBIT IT Process was chosen: PO3, AI2, AI5, AI3, AI4, AI7, PO6, DS3, DS7, DS8, DS9, PO5, and DS6. An assessment was conducted on 26 Key Logistics System users as respondents. Stages of research to be carried out include: identification of the COBIT 4.1 process; data collection; measurement of current and target maturity levels; gap analysis; and preparation of recommendations. Result has shown that the average maturity score of the Key Logistics System is 3,50 or in maturity level 4 (managed). At this level the key logistics system process has been carried out and part of it has been standardized. However, results shows that there are some gaps below the target, such as IT Process PO5, AI2, and AI5 which have maturity level 3 (defined). In order to improve the maturity level, XYZ Shipping Company has to optimize the IT investement, application maintenance, and IT resources.

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ABSTRAKInstruksi Maraknya kasus pencurian di Indonesia masih terus melanda masyarakat sehingga perlu ditindak lanjuti dan diantisipasi. Secara umum motivasi pelaku kejahatan adalah untuk memenuhi kebutuhan yang relatif sulit, salah satunya adalah minimnya ketersediaan lapangan pekerjaan. Tidak sedikit masyarakat pernah mengalami kasus pencurian barang dan tidak mengetahui prosedur perlaporan perkara ke pihak berwajib. Pembuatan dan pengelolaan laporan polisi yang bersifat manual seringkali menjadi kendala bagi Pusat Pelayanan Polsek Sukmajaya, perlu sigap dan akurat dalam menangani laporan kepolisian, antara lain dalam memantau jumlah laporan. Di era digital ini, informasi yang terbatas ini dapat memudahkan masyarakat dalam menyampaikan laporan pencurian barang melalui aplikasi mobile smartphone dengan memanfaatkan pesatnya perkembangan teknologi informasi dan komunikasi. Perancangan ini menggunakan metode Design Thinking pada sistem aplikasi penangan laporan pencurian barang. Model desain aplikasi bertindak sebagai perantara, membantu memfasilitasi pertukaran informasi antara korban dan pihak berwenang..

This research will discuss the analysis of the design and manufacture of website-based e-certificate applications using the Object Oriented Programming (OOP) method. The main problems that underlie this research are the waste in the use of paper and the cost of printing certificates, as well as the difficulty of distributing certificates to participants for every activity held in an agency. In addition, another problem is the number of fake certificates from activities that have been held and the difficulty of checking the authenticity of these certificates. Therefore, we need an application that can facilitate the making of certificates without having to be printed conventionally, assist in distributing certificates from activities that have been held to activity participants, as well as in checking the authenticity of certificates. For making applications using the OOP method with tools Unified Modeling Language (UML) as a tool in designing applications. The results achieved from this research are a website-based e-certificate application that will be used to print certificates digitally (paperless), distribute e-certificates from every activity organized by an agency, and check the authenticity of certificates using QRCode technology.