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"This report is one of the outcomes of the student project execution being done by the writers as a part of the graduation conditions for students. The project, which was being executed in one semester, is to make a design of an integration system for all business process being done in every department in Bimasena. Bimasena is an executive membe club. The object includes all business process being done by the manager, Accounting Department, Spa & Club Facilites Department, Program Execution & Development Department, Members Relation Department, and also the Inventory Department. The integration was needed as previously each department was going on its own with each respective system (if there is any). This resulted in complex business process, difficulties to retrieve information from one department to another, not to mention miscommunications. The integration system, named Bimasena Enterprise Integrated Information System, is expected to be able to simplify every business process in the company, making it possible for every department to get real-time information from other departments, and to avoid miscommunications. Bimasena itself is a club for the mines and energy society in Indonesia. It stood with an objective to be come the center of harmony and synergy of the mines and energy society in Indonesia, and also to be the focus for regional and international forums by facilitating business and social interaction. Bimasena also has an objective to improve the business relationship among the mines and energy society in the Asia Pacific region through interactive dialogues and international forums."

"Pada saat ini, Pangkalan Data Pendidikan Tinggi PD Dikti menghimpun semua data dari perguruan tinggi, salah satunya adalah data akademik. Data akademik yang dibutuhkan oleh PD Dikti antara lain data program studi, mahasiswa, dosen, mata kuliah, proses pembelajaran, dan proses evaluasi. Namun, perguruan tinggi yang berbeda-beda memiliki sistem yang berbeda-beda sehingga data yang tersedia juga berbeda-beda baik dalam hal kelengkapan, format, dan lain-lain. Selain itu, sistem informasi akademik yang dimiliki perguruan tinggi saat ini umumnya memiliki kekurangan yaitu kesulitan mengetahui beban kerja dosen dan belum dapat menggambarkan secara keseluruhan performa akademik mahasiswa seperti IPK dan masa studi. Penelitian ini membandingkan sistem informasi akademik yang dimiliki oleh UI, ITS, dan ITK. Selain itu, penelitian ini juga bertujuan untuk memetakan data yang tersedia pada sistem informasi akademik perguruan tinggi dengan kebutuhan data PD Dikti. Pengumpulan data dengan observasi dari tiga sistem informasi akademik yang dibandingkan sehingga menghasilkan daftar fitur yang ada pada masing-masing sistem. Selain itu juga dilakukan analisis dokumen sehingga dapat diketahui alur proses bisnis dari sistem akademik. Pada tahap analisis, dihasilkan gambaran dari sistem yang sudah ada dan sistem yang diusulkan dengan menggunakan pemodelan UML. Nilai tambah dari sistem yang diusulkan antara lain mampu mengetahui beban kerja akademik dosen serta memberikan early warning mengenai banyaknya mahasiswa yang terancam DO dan banyaknya beban kerja dosen yang melebihi batas. Sistem yang diusulkan juga dapat memudahkan dosen ketika melakukan perubahan nilai dan memudahkan mahasiswa yang mengajukan permohonan transkrip resmi. Pada tahap desain, dihasilkan tampilan fitur-fitur pada sistem yang diusulkan, misalnya dashboard yang menampilkan data jumlah mahasiswa, IPK, masa studi, dan data dosen untuk rektor, dekan, dan ketua departemen. Selain itu, terdapat early warning yang dapat membantu dalam pengambilan keputusan, misalnya dalam menentukan kebutuhan dan alokasi dosen. Penelitian ini menghasilkan sistem informasi akademik yang generik serta pemetaan antara data akademik yang dibutuhkan oleh PD Dikti dengan data yang ada pada sistem informasi akademik yang diusulkan.

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Currently, Pangkalan Data Pendidikan Tinggi PD Dikti collects all data from universities, one of them is academic data. The academic data required by PD Dikti are data of study program, student data, lecturer data, course data, learning process, and evaluation process. However, different universities have different systems so that the data available also vary both in terms of completeness, format, and so on. In addition, academic information systems owned by universities are generally have weaknesses such as difficult to know the workload of lecturers and can not describe the overall academic performance of students, for example GPA and study period. This study compares the academic information system owned by UI, ITS, and ITK. This study also aims to map between available data on academic information system of higher education with the data required by PD Dikti. Data collection is done by observation of three academic information systems that are compared to produce list of features that exist on each system. In addition, document analysis is also done to know business processes of the academic system. In analysis phase, the existing system and proposed system are depicted using UML modeling. Added value of the proposed system is able to know academic workload of lecturers, provide early warning about the number of students who may drop out and the number of lecturer workload that exceeds the limit. The proposed system can also facilitate lecturers when making changes to student rsquo;s mark and facilitate students who apply for official transcripts. At the design stage, display of features of the proposed system, such as a dashboard showing the number of students, GPA, study period, and lecturer data for rector, dean, and department chairman. In addition, there are early warning that can assist in decision-making, for example in determining the needs and allocation of lecturers. This research results a generic academic information system and mapping of the academic data required by PD Dikti with the available data on the proposed system."

"UMKM di bidang makanan dan minuman menjadi prioritas pemberdayaan bagi pemerintah. Dalam peta jalan Making Indonesia 4.0 oleh Kementerian Perindustrian, UMKM harus mengadopsi teknologi di sepanjang rantai nilai bisnis agar hasil produksi dan pangsa pasar meningkat. Pemerintah juga menargetkan 30 juta UMKM untuk melakukan transformasi digital di akhir 2023. Penerapan sistem informasi sebagai transformasi digital membantu UMKM untuk mengotomatisasi aktivitas operasional, mengintegrasikan data, dan mendapatkan data yang lebih akurat. Penelitian ini, menggunakan metode System Development Lifecycle (SDLC) dengan pendekatan Object Oriented. Sistem yang dihasilkan berupa sistem pemesanan, sistem manajemen produk, sistem manajemen karyawan, sistem input promosi, sistem input invoice, dan sistem transaksi. Dalam penelitian ini, alat bantu perancangan yang digunakan adalah entity relationship diagram, use case diagram, use case scenario, class diagram, activity diagram, dan sequence diagram. Sistem informasi yang dirancang memiliki arsitektur database berupa three-tier architecture. Adapun tahapan tranformasi digital yang dicapai adalah integrasi data dan otomatisasi proses.

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The government has made MSMEs in the food and beverage sector as a priority for empowerment. In the Making Indonesia 4.0 roadmap by the Ministry of Industry, MSMEs must adopt technology along the business value chain so that production results and market share increase. The government is also targeting 30 million MSMEs to carry out digital transformation by the end of 2023. The application of information systems as digital transformation helps MSMEs to automate operational activities, integrate data, and obtain more accurate data. This study uses the System Development Life Cycle (SDLC) method with an Object-Oriented approach. The resulting systems are order systems, product management systems, employee management systems, promotion input systems, invoice input systems, and transaction systems. In this study the design tools used are entity relationship diagrams, use case diagrams, use case scenarios, class diagrams, activity diagrams, and sequence diagrams. The designed information system has a database architecture in the form of a three-tier architecture. The stages of digital transformation that have been achieved are data integration and process automation."