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This dedication aims to design a Coal Production Data Management System at PT. Mitra Terminal Kaltim using the Waterfall method to enhance efficiency. Coal production data, including hauling, crushing, barging, coal getting, stock reporting, and daily reporting, is currently manually managed using Excel, resulting in process inefficiencies. Through systematic design steps, this dedication emphasizes the User Interface (UI) to expedite and streamline the production data processing. The expected outcome is to support coal production monitoring more swiftly and efficiently.

As an innovation for food security in Indonesia, the Agriverse website has been developed, which is a platform for information media and education on hydroponic techniques. The website contains e-commerce services, agricultural extension services, data on nearby agricultural shops, articles and discussion forums. Because people still rarely know about hydroponic techniques, designing the website interface relies on the needs of target users using the User Centered Design method. Testing the Agriverse website using Black Box Testing and 5 Second Testing resulted in an average time of 9.6 seconds to try each feature, and the entire feature system for the website's functional requirements was successfully used.      

one of the media for conveying information about a company or government agency is a company profile website. During operation, PT. Jamrkida East Kalimantan they only rely on the sales team to be able to promote the company and its products to the surrounding community by still using company profile brochures. To deal with the problems faced, we provide input and recommendations for website design at PT. Jamkrida East Kalimantan. The method that will be used in developing this website is to use the prototyping method. The result of this service is to produce a user interface design and prototype of company profile website of PT. Jamkrida East Kalimantan.

Internet technology has not only transformed societal thought patterns but has also significantly impacted lifestyles, particularly through User Interface (UI) and User Experience (UX). In Indonesia, specifically in the fashion e-commerce sector, there has been rapid growth with over 2 million e-commerce businesses. The UI/UX design process utilizes the Design Thinking method, encompassing stages such as Emphatize, Define, Ideate, Prototype, and Testing. Through the involvement of surveys and interviews, user issues are identified and formulated in the How Might We framework. Figma is employed in the development of UI/UX, resulting in a prototype tested through Usability Testing and the Single Ease Question. The testing outcomes indicate the success of the prototype. Through the application of the Design Thinking method, the design process yields effective solutions, providing an optimal user experience in interacting with the e-commerce merchandise website of Sidoarjo city.

Currently, many people keep cats and dogs at home, in fact, according to research, keeping cats and dogs can relieve stress for pet parents. Cats and dogs are no longer just pets but are like family for pet parents. Veterinarians and pet shops are everywhere, this indicates that many people are starting to keep and love their cats and dogs. The need for technology regarding pets is also increasing, encouraging people involved in the IT world to create applications. One of the needs is how to design the right UX/UI for an application related to pets, especially cats and dogs. The intended users are pet parents. How can it be easy for pet parents to use this application so that pet parents get a user experience and user interface that is comfortable and enjoyable so that the purpose of creating the application can be achieved well. Comparing the 10 selected journals according to the criteria using the narrative review method, it was found that the second journal was the best among the other nine journals.    

Executive Information Systems (ISE) have become an integral part of modern corporate management, providing executives with relevant and immediate information to support decision making. This journal discusses the implementation of the Executive Information System in the employee payroll process using the Microsoft Visual Studio 2010 development environment and SQL Server database. This research includes the design, development and implementation of an Executive Information System application for the employee payroll department. The system development methodology focuses on requirements analysis, application design, coding, testing, and implementation. Microsoft Visual Studio 2010 is used as the primary development environment, providing powerful tools for building intuitive and efficient user interfaces. SQL Server database is used as an integrated and secure data storage. This application is designed to manage payroll information, including employee personal data, salary history, salary deductions and bonuses. The advantages of this system include the ability to provide real-time information to executives, increase the efficiency of human resource management, and support faster and more accurate decision making in the context of employee payroll.

The User Interface (UI) of the website-based application 'K-Foodies' was created to provide information on Korean street food recipes with an attractive appearance and is easy to use. In the context of the popularity of Korean street food in Jakarta and people's interest in cooking themselves, the difficulty in finding scattered recipe information is an obstacle. Creating the UI involved using Figma software, with a focus on UI design and user experience. The UI design includes descriptions of Korean street food, recipes, and cooking steps. Usability tests using the completion rate method will measure the effectiveness of the UI based on user interactions with the system in the form of various task scenarios. The aim of this research is to create an attractive and easy-to-use UI for the 'K-Foodies' application, allowing users to easily find Korean street food recipes in one place.

Palembang City Research and Development Bappeda has several main tasks and is carried out by several different fields, one of which is the field of Regional Development Planning, Control & Evaluation which focuses on preparing regional development planning and budgeting, controlling through monitoring regional programs and activities, as well as carrying out evaluations. and reporting on regional development programs and activities. To carry out several main tasks in the PPEPD field, there are several work tools in the form of systems with running business processes, one of which is the Monitoring and Evaluation Information System (SI MonEv) which is used quarterly. Based on the analysis carried out at the Palembang City Research and Development Bappeda, especially in the field of PPEPD with a system that is already running to assist in carrying out tasks, there are several problems found in the process and its use, namely the inaccurate layout of the features and assets in the system interface, which causes a feeling of discomfort. in its use, and there are no features to support ease of use. Therefore, several system design efforts are needed that are able to provide solutions to problems, convenience, and refresh the existing system. This development takes the form of evaluating and designing the user interface on the system to provide refreshment to the interface and adding features to support ease of operation such as graphical data visualization to simplify the monitoring process, a search feature to simplify the process of searching for reports, notifications to provide notification of each entry of the latest report in order to avoiding missing information, and providing a deadline feature to minimize delays in the reporting process.

The background for the design of the user interface for the Hola-Hola mobile application is the problems that exist in the Hola-Hola premium gadget accessories business. Namely the limited space for product sales in businesses, which only provide offline services, so marketing is not effective and results in product sales being relatively low. This design uses the "Design Thinking" method with a user-focused approach, as well as "S.W.O.T" as a data analysis method, and uses the elements and principles that exist in U.I. Design and visual communication design in general. This application functions as a forum for conveying information about products and services, and user transactions, as well as a feature called "custom case", which is designing case designs directly through the application. The output of this design is an application prototype, aiming to see the user flow in the application later, as well as supporting media that have their respective functions. From the feasibility tests that have been carried out on several targets, a positive response has been received in terms of interface appearance as well as existing functions and features. Fresh appearance, the message conveyed and the flow is clear. The custom case feature is the main attraction for users, and the placement of sales features needed by Hola-Hola is in one application, so this application is expected as a business strategy for businesses, in increasing and expanding marketing.

Bus systems are an important component of modern computer organization and architecture. In this context, the two types of buses that stand out are Universal Serial Bus (USB) and Peripheral Component Interconnect (PCI). The USB bus is an interface standard commonly used to connect various external devices to a computer, while PCI is an internal bus that connects computer components. This study aims to analyze the role and characteristics of the USB and PCI bus systems in computer organization and architecture. The results of this analysis provide an in-depth understanding of the role of USB and PCI bus systems in modern computer organization and architecture. This information can help IT professionals and system designers make decisions regarding hardware connectivity and performance in a variety of computing environments.  

Currently, many people keep cats and dogs at home, in fact, according to research, keeping cats and dogs can relieve stress for pet parents. Cats and dogs are no longer just pets but are like family for pet parents. Veterinarians and pet shops are everywhere, this indicates that many people are starting to keep and love their cats and dogs. The need for technology regarding pets is also increasing, encouraging people involved in the IT world to create applications. One of the needs is how to design the right UX/UI for an application related to pets, especially cats and dogs. The intended users are pet parents. How can it be easy for pet parents to use this application so that pet parents get a user experience and user interface that is comfortable and enjoyable so that the purpose of creating the application can be achieved well. Comparing the 10 selected journals according to the criteria using the narrative review method, it was found that the second journal was the best among the other nine journals.  

The proliferation of mobile technology has brought about significant changes in how we interact with various aspects of daily life. In this context, mobile applications have become crucial tools for simplifying diverse processes, including the purchase of movie tickets. Amidst this evolution, the development of mobile applications has gained prominence, and the Flutter platform provides a robust framework for rapidly creating responsive and engaging applications. This study aims to present a Flutter application that allows users to purchase movie tickets with various film choices, seat selections, and payment methods. The application is designed to deliver an interactive and efficient experience for users to access film options, choose desired seats, and complete the payment process through their preferred methods. The development methodology of this study applies a user-centered approach, focusing on intuitive user interface design and implementing features that cater to user needs. Additionally, the research involves integration with payment systems and the relevant business logic associated with ticket purchasing. The outcome of this research is a Flutter movie ticket purchasing application with an appealing and responsive user interface. The application empowers users to select movies they intend to watch, opt for desired seats, and choose the most suitable payment option. Upon successful payment, the application also presents a summary of the ticket purchase data. It is anticipated that this application will contribute positively by simplifying the movie ticket purchasing process, enhancing user experiences, and providing valuable insights into how mobile application development can effectively meet user needs.

This journal discusses the creation of a Flutter-based attendance application that aims to increase efficiency in monitoring attendance on campus. The presence of students in each lecture session has an important role in the learning process and academic management. However, traditional attendance systems are often prone to errors, difficult to track data, and less efficient in gathering information. In this study, the authors designed and developed an attendance application using the Flutter framework, which allows applications to run cross-platform (multi- platform). This application is designed to make it easier for students and lecturers in the process of recording attendance with features such as using QR codes, face identification, or manual options. In addition, this application is also equipped with an administrative dashboard for lecturers and staff to monitor student attendance in real- time. The development method includes designing an intuitive and responsive user interface, implementing a data security system, and integrating with the campus database system. The results of application testing show increased efficiency in attendance monitoring, reduction of recording errors, and easy access to digital attendance data. It is hoped that this application can make a positive contribution in managing attendance on campus and encourage the application of modern technology in the academic process.

Flutter is an open-source user interface (UI) software development kit (SDK) created by Google, designed for building natively compiled applications for mobile, web, and desktop platforms from a single codebase. It employs the Dart programming language and provides a rich set of pre-built widgets, offering developers the flexibility to craft visually appealing and interactive user interfaces. This paper presents an overview of the Flutter framework, discussing its core features, architecture, and benefits. Flutter's "hot reload" feature allows for real-time code changes without the need for a full application restart, enabling faster development and experimentation. The framework's performance is optimized by leveraging Skia, a graphics engine for smooth rendering, resulting in fast and fluid UI experiences. The Flutter ecosystem encompasses a thriving community, extensive documentation, and a wide range of plugins that extend functionality and simplify integration with native platform features. Its cross-platform capabilities streamline the development process and reduce time-to-market, making it a popular choice among developers and businesses alike. The paper also highlights some potential challenges faced when adopting Flutter, such as platform-specific issues and limited native functionality access. However, the benefits of code reusability, fast development cycles, and consistent UI across platforms outweigh these challenges for many projects. Overall, Flutter has emerged as a robust and versatile framework for building high-performance applications across diverse platforms. Its continuous evolution, strong community support, and commitment from Google position it as a promising solution for modern app development in the rapidly evolving world of technology.

The internet has been a highly influential phenomenon in recent times, impacting technological advancements and various fields of knowledge. Internet development also directly affects the growth of websites. Initially, websites were not very popular due to limited services. However, they are now widely used and offer various services, such as news portals, email providers, and social media platforms. The use of computerized systems becomes more convenient when integrated with information systems based on websites, offering a user-friendly interface for data input and accuracy. In the current internet era, websites are essential for both government and private institutions, providing information to the public without constraints of distance and time. The Sukalaba Village Government Office, located in the Gunungsari subdistrict, is a government institution that serves the community. However, it faces challenges in its services, primarily related to the lack of easy access for the public to obtain information. This research aims to systematically and structurally develop the Sukalaba Village Government Service website. The process involves needs analysis, planning, content development, website design, implementation and testing, training, and launching. Through this approach, it is expected that the website will enhance service quality and increase transparency of information for the community. The website is expected to be an effective platform for the public to access essential information about their village and participate in its development. The creation of the Sukalaba Village Government Service website has successfully improved service quality and information availability for the community. The interactive and responsive design ensures easy access to information through various devices. With the website's launch, the community now enjoys fast and convenient access to relevant village-related information, encouraging greater transparency and community participation in the development process. In conclusion, the development of the Sukalaba Village Government Service website has significantly improved service quality and information transparency for the community, benefiting both the village government and its residents.

As the main road that connects one region to another, damaged roads is a complex problem and causes huge losses, especially for road users. Therefore, in this study will be designed a system for measuring the volume of damage road surface by using ultrasonic sensors. This system uses ATMega 328 microcontroller interface and applications are made from Visual Basic 6. From this study, we got the best measurements results of road surface damage volume in a short time and the data stored on the pc directly get in Microsoft Excel format.

Doctors at the Tanjunganom Health Center UPTD use a medical action approval form before taking medical action. Baseded on the findings, the implementation of the medical action approval form at the Tanjunganom Health Center UPTD was difficult to read and the writing was not in accordance with the rules for documenting medical records. Whereas approval of medical action as evidence of legality in court and avoiding malpractice actions that harm patients. The purpose of the study was to design an electronic medical action approval form according to the needed of the officer, based on color, layout and control. This study used a qualitative descriptive, for the population and a sample of 2 inpatient registration officers who use informed consent. The result of this research is the interface design of the electronic medical action consent form. The results of interviews with 2 inpatient registration officers obtained that the colour uses light green as a colour symbol from the Tanjunganom Health Center, the layout was neatly arranged according to the comfort of the officers when using the application, and the controls used are icons and explanatory text adjusted to their functions so that the use of buttons was easy. understood. These results are adjusted to the needed of officers to make it easier for officers to operate the application. It should be realized immediately by organizing training, outreach to officers so that services are more effective and efficient.

DISPERKIM Lombok tengah is in an effort to improve services to the community by utilizing existing information technology, one of which is using the website. Bad user interface and user experience design from a website will make users uncomfortable and leave the website. However, the current website has not maximized the utilization of user interface and user experience. As for the results of the questionnaire conducted on 30 respondents, 5% felt bad, 43% of respondents felt it was enough, 33% felt it was quite bad, 18% felt it was quite good and 1% felt good, for the appearance and the availability of information on the DISPERKIM Lombok Tengah website right now. The method used in designing UI/UX on the DISPERKIM Lombok Tengah website uses the Design Thinking method. The Design Thinking method has five stages, namely empathize, define, ideate, prototype and test. The wireframe and prototypes are designed by using the Figma application. The Prototype results have passed the testing process to users with good results. So that the proposed design has met the needs of users and can be continued to be implemented.

The development of a Website-Based Sarto Sapi Kiosk Sales System in writing this thesis is carried out to improve efficiency and service quality in the process of selling Sarto Sapi kiosk products, and to explain the importance of adopting website technology in the sales business to increase accessibility and convenience for customers. The goal of this development is to create a sales system that is responsive, intuitive and integrated with the inventory system. The development method used includes analysis of user needs, responsive user interface design, and integration with an accurate inventory system. The result of this development is a website-based Sarto Sapi kiosk sales system that is equipped with product search features, shopping carts, and a secure online payment system. This system also allows kiosk owners to manage and update products, as well as track sales and financial reports. The output of this development is increased operational efficiency and growth of the Sarto Sapi kiosk business through the adoption of modern website technology..

The development of a Website-Based Sarto Sapi Kiosk Sales System in writing this thesis is carried out to improve efficiency and service quality in the process of selling Sarto Sapi kiosk products, and to explain the importance of adopting website technology in the sales business to increase accessibility and convenience for customers. The goal of this development is to create a sales system that is responsive, intuitive and integrated with the inventory system. The development method used includes analysis of user needs, responsive user interface design, and integration with an accurate inventory system. The result of this development is a website-based Sarto Sapi kiosk sales system that is equipped with product search features, shopping carts, and a secure online payment system. This system also allows kiosk owners to manage and update products, as well as track sales and financial reports. The output of this development is increased operational efficiency and growth of the Sarto Sapi kiosk business through the adoption of modern website technology..