Animasi merupakan gambar yang bergerak dan memiliki cerita dalam bentuk 2D atau 3D. Animasi 2D menghasilkan video 2 Dimensi, sedangkan animasi 3D mampu menghasilkan vedio dari gambar 3D, sehingga sangat cocok digunakan sebagai media promosi kepada masyarakat dalam penyebaran informasi. Saat ini banyak bermunculan industri rumah tangga yang membuat sabun secara mandiri. Oleh karena itu pembuatan sabun menjadi salah satu matakuliah pada program studi Teknik Pengolahan Kelapa Sawit(TPS).  Pemanfaatan animasi dalam simulasi pembuatan sabun, menjadi salah satu solusi media informasi dan pembelajaran bagi masyarakat khususnya mahasiswa TPS dalam pemanfaatan minyak kelapa sawit untuk pembuatan sabun. Metode Multimedia Development Life Cycle (MDLC) yang terdiri dari concept, design, material collecting, assembly, testing, distribution biasanya digunakan dalam pembuatan Animasi. Pembuatan animasi menggunakan perangkat lunak Blender versi 2.80 dan Adobe Premiere CC 2017. Tujuan penelitian ini adalah menghasilkan animasi 3D pembuatan Sabun. Hasil penelitian berupa Animasi 3D proses pembuatan sabun yang telah dipublis melalui media penyebaran informasi youtube. Hasil respon pengguna 92.40% menyatakan animasi mudah dimengerti, 93.20% menyatakan penggunaan bahasa mudah difahami, 87.14% menyatakan kualitas animasi sangat interaktif, berdasarkan respon pengguna hasil animasi sangat membantu  dalam pembuatan sabun secara mandiri.

Klasterisasi kualitas minyak kelapa sawit pada PT. Tasma Puja dilakukan dengan cara uji laboratorium dan selanjutnya data disimpan menggunakan database menggunakan microsoft excel. Klasterisasi data tersebut membutuhkan waktu dan memungkinkan data hilang, kedepannya perkembangan ilmu pengetahuan nantinya bisa di gantikan dengan pendekatan data mining yang dapat digunakan dalam mengelompokan kualitas minyak kelapa sawit berdasarkan standartnya. Kriteria untuk menentukan mutu minyak kelapa sawit diambil dari data kandungan air, kotoran dan asam lemak bebas. Dari data yang didapat digunakanlah metode k-means clustering untuk menentukan kualitas minyak kelapa sawit. Metode k-means clustering dapat diterapkan untuk mengelompokan suatu kualitas minyak kelapa sawit berdasarkan kriterianya. Data yang digunakan adalah data kualitas minyak kelapa sawit pada bulan desember 2017. Hasil pengujian menggunkan software RapidMiner terdapat 3 cluster yaitu cluster 0 kategori baik  berjumlah 12 data, cluster 1 kategori sangat baik berjumlah 13 data dan cluster 2 kategori kurang baik berjumlah 6 data. Metode k-means clustering dapat digunakan untuk proses pengolahan data menggunakan konsep data mining dalam mengelompokkan data sesuai kriterianya.

This research is motivated by the indications of low computer literacy in rural communities which makes it difficult to become part of the information society. The study was designed to determine the extent to which the level of computer literacy in rural communities and the factors indicated to affect the level of computer literacy in rural communities. The research was carried out using a survey method of respondents in the rural community of New village, Tebangan Hamlet (Labuhan Batu Regency) North Sumatra Province.

Transport vehicles in the form of trucks are one of the important components in supporting the logistics system when collecting crops in a plantation company. Fresh fruit bunches (FFB) produced by oil palm plantations must be sent to the location of the crude palm oil (CPO) processing plant at a predetermined time so that fruit quality is maintained. Therefore, scheduling and arranging the route of truck trips plays an important role. Constraints faced in plantations are the absence of a cellular internet network in plantations and limited road infrastructure so that location, time and route data cannot be accurately monitored. Scheduling can be done optimally and can reduce waiting times and queues of trucks that want to enter the shelter location. To overcome this problem, a monitoring system for oil palm trucks was created using a website-based GPS tracking. The components used are GPS Neo-6M, NodeMCU ESP8266, GSM SIM800L. It can be concluded that the tool can display data and information as expected, and the tool works well and can control the coordinates of the oil palm truck remotely.

The rapid advancement of informatics technology in the telecommunications sector has remarkably mitigated the challenges of distance and time, rendering them inconsequential in today`s dynamic landscape. Presently, long-distance conversations are effortlessly facilitated through telephone media, predominantly employing the Public Switch Telephone Network (PSTN) network technology. However, at SMKN 1 Bangkinang Kota, conventional communication practices persist, leading to inefficiencies, particularly in locating teachers, staff, and employees within the school premises. This search process, whether for determining their whereabouts or utilizing smartphones, often necessitates additional time and may incur expenses related to data quotas or credits. In response to these challenges, the primary objective of this research is to conceptualize and establish a VoIP communication system, strategically designed to alleviate operational expenditures associated with communication. The study is conducted within the framework of an existing internet network established on a local scale, involving the integration of wireless and LAN cable technologies. Notably, two distinct operating systems are evaluated, and their performance is compared to identify the optimal choice for serving as a VoIP server. Through this comparative analysis, the study seeks to determine the most suitable operating system that aligns seamlessly with the project's objectives. Central to the research is the successful deployment of a VoIP server utilizing the available local network infrastructure, a feat achieved through the implementation of the Trixbox Linux server. This innovative approach harnesses the existing network facilities to facilitate cost-free communication, effectively bypassing the need for additional expenses typically associated with conventional communication tools like smartphones and PCs. A notable aspect of the system is the pivotal role played by the VoIP server, particularly the Trixbox variant, in managing Session Initiation Protocol (SIP) calls emanating from the diverse client base registered on the Trixbox server. In summation, this research showcases the transformative potential of VoIP technology within educational institutions such as SMKN 1 Bangkinang Kota. By adopting innovative strategies like deploying the Trixbox Linux server, the study underscores the capability of VoIP to streamline communication processes, optimize resource utilization, and ultimately enhance operational efficiency.