Vol. 1 No. 2 (2022): December 2022

The Jakarta Health Training Center, the Hang Jebat Campus, is a government agency that operates in the health training center to facilitate room reservations. So far, the Jakarta Health Training Center, the Hang Jebat campus, accepts reservations via telephone, fax, or consumers come directly to the Jakarta Health Training Center, Hang Jebat Campus. The purpose of this research is to build a web-based application program that is expected to have a very important impact in getting accurate and fast information and to design a web-based guest reservation application by making it easier for participants to make room reservations online and can control the number of training participants if it is limited to the maximum. So that the work becomes more effective in terms of time for reservations for both guests and receptionists. The system development method used is the Rapid Application Development (RAD) method. Based on the results of the study, to overcome the problems that exist in the Jakarta Health Training Center, Hang Jebat Campus, from the overall results of this study, it can be concluded that the Application Design of the Guest Reservation System for the Jakarta Health Training Center, Hang Jebat Campus, Guest reservation application at the Jakarta Health Training Center, Campus Hang Jebat is very interesting in terms of appearance because there are several features that are easy for guests and receptionists to understand.

Keeping up with technological developments applied to transportation facilities, it is very rare to find sea transportation facilities that can be accessed on a web-based basis, both from departure schedules, information and for booking tickets with one company. This research attempts to design an Android-based mobile application that can solve the problem of ticket ordering and ship departure schedules at the Sinabang Haj port crossing. This application will take advantage of the fast access that the web has that is used to order boat tickets, find out the departure schedules of various ships that will sail around Lintas Labuhan Haji Sinabang. The development method used is the linear sequential model, which is often called the Waterfall Model, which is the most widely used software engineering paradigm. From the research results, it can be concluded that; from the results of making web-based ticket reservations by PT. ASDP Indonesia Ferry (Persero) Labuhan Haji makes it easy to inform ticket reservations and schedules that are ready through the booking system. With the website, the public can access and obtain information and order website-based tickets quickly from their homes, and can choose the desired departure schedule, and The ticket rental application on the Website-based Labuhan Haji Sinabang Information System Design can handle and control and monitor ticket, schedule, ship data, which can avoid delays and in making reports for each transaction activity.

The Yamaha Showroom is a place for repairing and selling spear parts. Not all Yamaha showroom locations can be known by the public, both those from the City of Tasikmalaya and those from outside the city. This is due to a lack of information about the Yamaha showroom in Tasikmalaya City. This study aims to build an android-based Yamaha showroom search application as a source of information to find out the location and route to the showroom location in Tasikmalaya City. The application design method involves modeling using UML (Unified Modeling Language) and location-based service (LBS) applied to the Yamaha showroom search application that was built. The results of the research resulted in a Yamaha showroom search application in Tasikmalaya City that can help the community in finding Yamaha showroom locations in Tasikmalaya City. This showroom search application in the city of Tasikmalaya can help show the direction to go. This application provides information about the opening hours and location of the Yamaha showroom. The LBS method applied to this application is for coordinate points that are more accurate and can be used anywhere and anytime by the public and easy to use.

Calculation of the weight of an animal is very important because in the body of an animal there are many things that can be utilized, one of which is cattle. Therefore, beef cattle weigh the cattle in order to estimate the weight of the beef using a conventional method. However, this use is considered inefficient because the number of scales is very limited and it is not easy to carry around. Therefore, for the process of estimating the body weight of the cattle, it is very important for livestock owners to know the body weight of the cattle. Information System for Estimating Beef Weight Based on Android is designed on Android operating system with minimum API 22 (Lollipop) and target API 26 or 27 (Oreo). For testing the application will be carried out on Asus Zenfone 2 with the Marshmallow version of the Android operating system (API 23). In this case the method used is the Indonesian Winter Formula, namely by measuring the chest circumference and body length. Based on the test results on the design of information systems for estimating the weight of beef based on Android, it can be identified and can be concluded as follows; based on the results of testing and measurements on 5 (five) cows showing an accuracy value of up to 98.75%, and the results of measuring the body weight of the cow depend on the calculation of the length and chest circumference of the cow where the process will greatly affect the calculation results.

Visual branding is an effort to presented and introduced a work (design) to the public or the market. There are many things that must be prepared, including how to process ideas into works. The use of Figma is an option in visualizing the Logo from HIMA Accounting UNU East Kalimantan, besides Figma being online-based and having Cloud Storage, Figma also provides results that are able to compete with other editing applications that require quite high laptop/pc specifications. The convenience provided by Figma makes designers more efficient in terms of time and results. The logo is processed using a practice-based method (Practice Based Research) which uses 3 stages of the creative process from Hawkins: 1) Exploration Stage, 2) Improvisation Stage, 3) Manifestation Stage. The visual branding that is carried out is expected to be able to provide a positive response from the campus community and activities around it later, but it still requires additional introduction efforts in the form of optimizing social media and websites.