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OPTIMALISASI BIAYA TRANSPORTASI UNTUK PENDISTRIBUSIAN ROTI MENGUNAKAN METODE VOGEL APROXIMATION (STUDY KASUS: PT ROTPAK) Jeniver F Sirami; Ida Margareta Resiwangge; Herlina Lenora Yowei; Heru Sutejo
HUMANITIS: Jurnal Homaniora, Sosial dan Bisnis Vol. 3 No. 6 (2025): Juni
Publisher : ADISAM PUBLISHER

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Abstract

Efficient distribution is a key component in modern logistics systems, especially in food industries such as bread factories. This study examines the application of Vogel's Approximation method in the optimisation process of bread distribution from PT RotPak, located in Waena, to a number of demand points. This method was chosen for its ability to produce efficient initial solutions that are close to the optimum. The calculation results show that the total distribution cost can be minimised to 510 cost units. This study contributes to data-driven distribution decision-making and heuristic methods in small and medium-sized industrial environments.
Penerapan UML Sistem Informasi Penerimaan Mahasiswa Baru Pada Universitas Sepuluh Nopember Papua Estevina Carolina Bagre; Putra Immanuel Pali; Melki Sendoni Wondiwoi; Nur Atya; Jered Imanuel Wanda; Tirsa Meira Pontoh; Marcella Putri Pentury; Herlina Lenora Yowei; Elia Mando Wanggai; Gladis Dominica Ngaderman; Helson Matuan; Sandra Keke Waromi; Imelda Numberi; Patmawati Hasan
Tamilis Synex: Multidimensional Collaboration SPECIAL ISSUE Tamilis Synex: Multidimensional Collaboration 2025
Publisher : CV Edujavare Publishing

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Abstract

In the digital era, the use of information technology is the main need to improve administrative efficiency in various sectors, including higher education. Universitas Sepuluh Nopember (USN) Papua faces obstacles in the process of admitting new students which are still carried out manually, causing various problems such as inefficiency, risk of data errors, and limited information. To overcome this, this study aims to design a new student admission information system using the Unified Modeling Language (UML) approach that is able to describe the system visually, structured, and easy to understand. The research method used is software engineering with data collection techniques through observation and interviews. The results of the system design are visualized through use case diagrams, activity diagrams, sequence diagrams, and class diagrams to model the process and structure of the system as a whole. It is hoped that the results of this research can provide information system solutions that are more effective, efficient, and support transparency and accountability in the process of accepting new students in the university environment.