Digital Report App For External Relation Departement At Pt Berau Coal

PT Berau Coal Energy is one of the companies that provide leading mining materials in Indonesia. At a company, reporting is one important thing to do everyday. The development of technology is currently fast and very helpful for humans in doing a job, Currently PT Berau Coal is in the process of digitalization, one of which is the external department. The External Department at PT Berau Coal has the task of ensuring stakeholders and PT Berau Coal run smoothly and there are no conflicts. There is daily reporting that must be reported by external department officer (Reporter) in the field and there are other reports that require approval from superiors (Superintendent and Manager). Therefore, external departments need digital reporting because for reporting in external departments, it is still manual using WhatsApp which is then input into excel by admins. This application build using PHP programming language with the CodeIgniter (CI) framework, For its Front-end using HTML, CSS, JS, Boostrap and SASS frameworks for styling. To develop the system, we applied Scrum. We use the SCRUM method because this method is faster and more efficient which can be more flexible in its implementation. This research ultimately resulted in a website-based application with displaying features that suit external department PT. Berau Coal needs. The testing is used Black box testing and User Acceptance Test (UAT) which produces a test value of 90,6%. Hopefully, this application can make efficient, easier for PT Berau Coal External employees to do a reporting and manage the report

Pengembangan Sistem Informasi Penjualan Ikan Cupang Berbasis Web di Labetta Solo

Labetta Solo is a seller of ornamental betta fish located at Kepatihan Kulon, Kec. Jebres, Surakarta City, Central Java. The process of sales and transactions is still using the manual transaction model, where Customers have to go to the store to see the Betta fish collection to make transactions. In some cases, Customers are visiting the Betta fish collection on Labetta Solo social media and doing COD (Cash on Delivery) with the seller for transactions. However, such activities should be limited specifically meeting with other people due to COVID-19 pandemic. Therefore, to address the challenge and increase the sales we design a web-based application so that the Labetta Solo still be able to perform transaction and Customers can still buy Betta fish easily. The system is designed using the Waterfall method including analysis, design, coding, testing, implementation. In the implementation process the system is built using MySQL database and PHP CodeIgniter framework as the programming language. Several unique features is also developed to the system such as location map to help Customers identify the store location and embed messaging application to facilitate Customer communication. To evaluate the system, we conduct several tests such as black box and SUS testing and system usability scale. Experimental results show that our system is well performed and meet the user expectation with high usability scale around 76%

Implementasi Metode Pieces Untuk Pengembangan Sistem Informasi Pelayanan Administrasi Kependudukan E-Kelurahan Genengsari

One of the keys to the welfare of a country can be seen from the realization of fast and good administrative services, in the era of very rapid technological progress, it encourages every agency to keep abreast of technological developments and continue to improve the ability to manage data and information held to be more accurate and efficient. Administrative services and data processing for the genengsari village are still far from technological developments today, the service method is far from effective, namely by coming directly and bringing administrative completeness to be submitted, the form of financial data processing or financial bookkeeping is still done manually which is often done manually. errors occur and even data is lost or damaged because too much data is stored, thus one of the efforts to realize good service and data processing is to apply the concept of E-Government (Electronic Government). The purpose of this research is to design a web-based service information system in genengsari village (E-kelurahan). The research method was carried out using a combination of the PIECES method used to collect data and the Waterfall System Development Life Cycle (SDLC) used for system design. From the results of testing using blackbox to get results that are as expected and testing using the SUS method which gets a final score of 86.4, which means this system is feasible to use, it can be concluded that this system can help the community and officers in managing correspondence and processing data

Perancangan Dan Implementasi Sistem Informasi Inventaris Pada Usaha Dagang Putra Mariyo

Technological advances such as these now allow data recording of goods to be done using a system to make the management process easier. Putra Mariyo Trading Business is a business that sells wood as a building material of various types and sizes. Data processing of incoming and outgoing goods in this business is only by copying goods data into books so that problems often occur such as loss of data in the processing process. Therefore, we need a system to solve these problems. This system was developed using the Waterfall software development method. Furthermore, the system will be built using the PHP programming language, CodeIgniter framework and MySQL as the database server. To determine system reliability, this information system testing uses black box testing which focuses on the functional requirements of the system. The results of black box testing show the error percentage is 0%. The System Usability Scale is used to get responses from users who are experimenting with the system that has been developed. The final SUS score obtained is 70.1 which means the system is at the "good" level and feasible to use

Sistem Pendukung Keputusan Pemilihan Smartphone Pada Counter Baladewa Cell Menggunakan Metode Topsis

A smartphone is an electronic telecommunications device that has the same basic capabilities as a conventional telephone, however smartphones are more practical and have more complete features. In Indonesia, more than half of the population or 56.2% used smartphones in 2018. A year later, 63.3% of people used smartphones. It is estimated that by 2025, at least 89.2% of the population in Indonesia will have used smartphones. Until now, many smartphone products have been offered from various brands, the company always develops products that will be marketed immediately. With so many products being presented to consumers, starting from brands, hardware specifications, and functionality of the smartphone itself, make consumers are confused when deciding which smartphone to buy. Based on these problem, then a decision support system is needed that uses the TOPSIS method, this method performs ranking using predetermined criteria to determine the best choice of several existing alternatives. The results of system testing using the blackbox method show positive results because all system functionality can run well. then the system usability scale (SUS) test obtained a value of 89, which means that the rating is acceptable to the user

Sistem Informasi Inventaris Aset Berbasis Website di Sekolah Dasar Muhammadiyah 16 Surakarta

The advancement of information and communication technology attracts institution to transform their business strategy from conventional methods to the digitalized method, specifically in managing asset and inventory. A school namely SD Muhammadiyah 16 Surakarta which is a part of education system need such information system to help the school in recording its assets. Presently, the school uses spread sheet application to manage its asset and inventory. However, it causes many errors such as data duplication, missing data, and data inconsistency. Therefore, to address the problem in this research we propose to build a web-based application to manage the school assets and inventory. The proposed system is developed using waterfall method which consists of requirement analysis, design, development, testing, and maintenance. To boost the development time and software quality we adopt CodeIgniter framework and MySql database management system. To evaluate the system, we conduct several tests such as black box testing and system usability scale. Experimental results show that our system is well performed and meet the user expectation with high usability scale. Based on the Black Box Testing of the Asset Information System, it was stated that there were no errors in every function and was running well, while the System Usability Scale test obtained a fairly high score with a percentage of 78.25%, which means this system is relatively easy to use and can be well received by the public. user

Rancang Bangun Sistem Informasi Penjualan Ikan Hias Berbasis Website Pada Toko Ikan Radiant Farm

With the development of the ornamental fish lover community, ornamental fish competitions began to emerge with various assessment categories, starting from proportional body shape, the neatness of the fins from the top, bottom and tail then body color whether it is solid color, combination or mascot and also health and mental health, whether it is healthy or not. handicapped, agile, brave. This causes a lot of criteria as an assessment of the selling price of ornamental fish among lovers, there are also many buyers who still don't really understand what kind of fish they want to buy. From these problems, it is necessary to create a program that can help ornamental fish lovers to get fish that meet the criteria. The workflow of the application is (1) the application asks the user to register an account, (2) the user input options in selecting the ornamental fish criteria they like, (3) the user input will be filtered, and the system will display fish specifications according to the criteria set. selected by the buyer. Application quality is tested using two testing methods, namely black-box and system usability scale (SUS). The test results show that the application can run well in terms of functionality with an error rate of 0%. The SUS test results indicate that the application has received B level with a SUS score of 76.07 so that the application can be categorized as acceptable and can be used in real everyday cases

Rancang Bangun Sistem Informasi Manajemen Magang Berbasis Website Odama Studio

The internship program is a place for students to get to know the real world of work environment, where when carrying out internships students can see and receive direct direction and be able to adapt to the world of work later after completing their education. On the other hand, agencies / companies with an internship program can monitor the quality of performance possessed by prospective HR. In the process of implementation, the supervisor gives a jobdesk to the intern either in the form of a project or outside the project after the intern is completed, it is directly submitted to the supervisor, there is no system that records any performance that has been completed by the intern. Based on this, a system is needed that is able to record every performance of the intern according to the jobdesk given by the supervisor. The design process of this system uses the Waterfall Model development method, with the programming language used HTML, CSS, and PHP and MySQL as database management. The results of this study are expected to be a system that can increase the effectiveness of supervisors and apprentices in the process of implementing the internship program. Each intern's performance will be recorded to make it easier for the supervisor to evaluate the performance and help increase the productivity of the intern and supervisor with the features of the system

Aplikasi Niaga Untuk Penjualan Hewan Hasil Peternakan

Globalization requires people to think how to market their products effectively and efficiently. Especially for breeders in Indonesia, they understand very well the results of their livestock both in quantity and quality. The use of technology is done in order to increase efficiency in the marketing of their livestock products, because the wider the marketing area for livestock products, thebetter. So we need a sales application system to market livestock products to the wider community. The emergence of this application is expected to help farmers face this era of globalization. Blantik which operates traditionally does not raise the effectiveness of selling farmed animals. The development of this system uses the method of water flow or Waterfall. System database using MYSQL. Using black box testing as application testing so that the application runs all the functionalities of this system. After doing a trial using the Black Box and System Usability Scale methods, get a score of 63.8 so that the application is classified as high, the Adjective Rating is at the Ok level and the Grade Scale score is at Grade D

Sistem Informasi Pemesanan Jasa Tukang Barbasis Website

Construction worker is a highly skilled field of work that requires concentration and precision in building construction. During the Covid19 pandemic, it is difficult to find highly skilled construction workers nearby who are available since people do not have acquaintances or contacts of them. To address the problem, we propose to build a web-based information system that provide various information related to the construction workers such as hiring price, time availability and rating of workers’ skill. People who need their service can easily find the workers to hire them according to the workers skill. To develop the system we adopt Waterfall method, which consists of requirement analysis, design, development, testing, and maintenance. The system is built by using PHP Codeigniter framework as the programming language and MySQL as the database container. Based on the test results conducted by blackbox and SUS (System Usability Scale) methods, the blackbox testing method shows that the system has no errors, while from the sus test results obtain a percentage of 77% which indicates that the system is accepted in the community, and can be used in accordance with its functions