The Online Furniture Management System aims to address the complexities faced by the cargo management and logistics industry, particularly in the transportation, storage, and tracking of furniture. Companies often struggle with issues like inventory mismanagement, damage during transit, delayed deliveries, and inefficient space utilization, all of which negatively impact operational efficiency and customer satisfaction. The system is designed to streamline these processes, ensuring better organization, resource management, and operational control for businesses. Specifically, the system is tailored to the needs of businesses in areas like Gisozi Gakinjiro, providing solutions for managing stock, tracking furniture, and optimizing space usage. By integrating technology into cargo handling, the system enables businesses to overcome common logistical challenges, reducing the likelihood of inventory loss or damage, and minimizing delays in delivery. This not only improves operational efficiency but also enhances customer service through timely and accurate deliveries. Additionally, the Furniture Management System offers financial management tools, helping businesses monitor expenses and generate cost savings. With better resource utilization and streamlined operations, companies can reduce overheads and focus on growth. Overall, the system provides an all-encompassing solution for the management of furniture logistics, leading to increased efficiency, reduced costs, and improved customer ex

In the digital age, it's crucial to have an easy and direct way for doctors and patients to interact. This is especially important for making appointment booking faster, storing medical information securely, and ensuring effective communication during emergencies. This thesis focuses on the creation and implementation of a Web-based Platform and Mobile Application for Improved Healthcare Access in remote and underserved areas. The main goal is to make healthcare services more accessible, boost the efficiency of healthcare delivery, and enhance health data management. The " Web-based Platform and Mobile Application for Improved Healthcare Access " was developed using React.js for the front end and Node.js for the back end. The application offers various features, including appointment scheduling, patient record management, and real-time communication between patients and healthcare providers. By using mobile technology, the application seeks to overcome the geographical and logistical challenges that often limit access to quality healthcare in remote regions. This research uses qualitative case studies. Data from pilot implementations in selected communities show notable improvements in healthcare access and operational efficiency. Moreover, the application's data management capabilities provide valuable insights into public health trends, which can support better policy-making and resource distribution. The results of this study suggest that mobile clinic applications like this one can significantly improve healthcare delivery in Rwanda by making it more accessible, efficient, and data-driven. The thesis concludes with recommendations for expanding the application to more regions and integrating it with existing healthcare systems to maximize its benefits.

The creation of an online mobile shopping platform for Kigali Phones Shop is the focus of this project. By offering a digital platform where customers can simply browse and purchase smartphones, tablets, and accessories, the main objective is to improve the shopping experience. The first chapter will cover the study's history, following the development of e-commerce from its inception through the efforts of companies like CompuServe and Amazon to more modern platforms like Alibaba and Jumia in Africa. It also looks at Kenya's e-commerce scene, highlighting its growth in spite of a number of obstacles. The second chapter also discusses Database Management Systems (DBMS) detailing its structure, features, and types, including relational, object-oriented, and NoSQL databases; it also covers key concepts relevant to the Online Mobile Shopping System. The third project focuses on system analysis and design for the proposed online mobile shopping system for Kigali Phones Shop. It begins by addressing the issues with the current manual purchasing system by offering an online platform with features like customer registration, product catalogue management, shopping carts and Wishlist. Tools like data flow diagrams, entity-relationship diagrams, and a data dictionary are employed for system design and analysis. The final phase covers the implementation, coding and technology used such as PHP, HTML, CSS and JavaScript to develop Online Mobile Shopping System, where the conceptual idea is transformed into a functional platform facilitating smooth interactions between shoppers and suppliers. The implementation process involves selecting appropriate tools and technologies for both server and client sides to ensure a seamless user experience. Keywords: online, mobile, shopping, phone and system.

The Online Movie Ticket Booking System at Canal Olympia Rebero is designed to simplify and enhance the ticket purchasing experience for moviegoers. This system allows customers to browse available films, check show times, and select seats from the comfort of their own devices. By offering a user-friendly interface on both web and mobile platforms, the system provides an efficient, streamlined process for securing tickets. Customers can view real-time availability, choose from various payment methods, and instantly receive digital tickets, reducing the need for in-person purchases at the theater. The implementation of the system at Canal Olympia Rebero not only benefits customers but also streamlines operations for the cinema. It minimizes the workload on physical ticket counters, reducing long lines and wait times. The system integrates with inventory management to track ticket sales in real-time, allowing the cinema to better manage capacity and optimize seating arrangements. Additionally, this digital solution enables Canal Olympia Rebero to offer promotions, discounts, and loyalty rewards to frequent customers, improving customer retention and satisfaction. Moreover, the system incorporates a secure payment gateway, ensuring safe transactions for users. It also offers features like ticket cancellation, refunds, and seat changes, adding flexibility to the overall experience. By adapting to the growing demand for online services, Canal Olympia Rebero’s Online Movie Ticket Booking System aligns with modern consumer preferences, contributing to the cinema’s increased accessibility and convenience for moviegoers in Kigali and beyond. This strategic enhancement positions Canal Olympia Rebero to remain competitive in the evolving entertainment landscape, catering effectively to the needs of a digital-savvy audience. Keyword: Online, Movie, Ticket, Booking, System.

Prenatal care is crucial for the health and well-being of expectant mothers and their unborn babies. However, many women face challenges in accessing timely and convenient prenatal services, leading to missed appointments, inadequate monitoring, and potential complications during pregnancy. This project proposes the development of an online prenatal maternity monitoring system, a digital platform designed to address these challenges and improve the accessibility and quality of prenatal care. The proposed system aims to provide expectant mothers with a comprehensive and user-friendly online platform, enabling them to conveniently schedule appointments, track vaccinations, monitor consultations, access information about pregnancy growth, and communicate with healthcare providers. By leveraging modern technology and digital tools, the system facilitates efficient data management, streamlines communication channels, and empowers expectant mothers to actively participate in their prenatal care journey. Through the online platform, expectant mothers can easily access their medical records, receive personalized reminders for appointments and vaccinations, and engage in secure communication with healthcare professionals, facilitating timely feedback and guidance. Additionally, the system incorporates educational resources and informative materials Customized to each stage of pregnancy, ensuring that expectant mothers have access to reliable and up-to-date information. By integrating this online prenatal maternity monitoring system into existing healthcare infrastructure, the project aims to enhance the overall quality of prenatal care services, promote better maternal and fetal health outcomes, and contribute to a more efficient and accessible healthcare system for expectant mothers.

WASOKO Online food shopping Rubavu Branch project aims to revolutionize the shopping experience by developing an innovative online shopping system. This system is meticulously designed to offer a seamless, user-friendly platform for customers to explore, select, and purchase products, thereby enhancing their overall shopping experience. Guided by comprehensive research methodologies, including interviews, observations, and document reviews, this project employs the waterfall model for system development. The webbased application is built using HTML, CSS, JavaScript, and PHP, with a MySQL database to efficiently manage product information and transactions. This dissertation is structured into five chapters: General Introduction, Literature Review, Methodology, Analysis of Existing and New Systems, and Implementation and Testing. The system is designed with an intuitive interface and robust database integration to ensure efficient and reliable performance. The outcome of this project is an online shopping system that simplifies the shopping process, optimizes multiple tasks, and replaces the manual system with an automated, scalable solution. This system addresses the current challenges and provides a reliable, efficient, and user-friendly solution for online shopping. Recommendations for future enhancements are provided to ensure continuous improvement and adaptability of the system.

This project focused on the development and implementation of an online school fees management system in Secondary School in Liberia, addressing inefficiencies and challenges associated with manual fees collection processes. Utilizing technologies such as UML for system analysis, Xampp for database creation, and PHP—a widely-used server-side scripting language—integrated within HTML, the system aimed to create dynamic web pages that interact with databases, process form data, manage sessions, and handle tasks like sending and receiving cookies. PHP, which runs on the server, generates HTML that is sent to the client's browser, making it suitable for building interactive, data-driven websites. It easily interfaces with many different databases, such as PostgreSQL, MySQL, and SQLite. The front-end development was achieved using HTML, CSS, bootstrap and JavaScript (JS), alongside PHP for back-end functionalities. The system was designed to minimize the use of paper, reduce administrative costs, and improve the quality of service to students and parents, while enhancing data management and financial transparency in fee collection and tracking. The implementation led to significant improvements, including a substantial reduction in fee processing times, leading to enhanced efficiency and streamlined school operations. The transparency of the fee payment review and approval process increased, promoting fairness and accountability. Data accuracy, accessibility, and compliance with financial regulations were significantly enhanced through the integration of relevant databases and frameworks. In conclusion, the adoption of the online school fees management system proved advantageous for educational institutions in Liberia by reducing administrative burdens, ensuring compliance with financial regulations, and improving communication between schools, parents or guardians. The system notably enhanced efficiency, transparency, and financial management in fee collection processes, enabling more effective school administration. Recommendations include regular system updates and enhancements to meet the evolving needs of educational institutions and technological advancements. Comprehensive testing was conducted to ensure the system meets user needs and performs as intended.

Online College Management System (OCMS) provides a simple interface for maintenance of student information. It can be used by educational institutes or colleges to maintain the records of students easily. The creation and management of accurate, up-to-date information regarding a students’ academic career is critically important in the university as well as colleges. Student information system deals with all kind of student details, academic related reports, college details, course details, curriculum, batch details, placement details and other resource related details too. It will also have faculty details, batch execution details, students’ details in all aspects, the various academic notifications to the staff and students updated by the college administration. It also facilitate us explore all the activities happening in the college, Different reports and Queries can be generated based on vast options related to students, batch, course, faculty, exams, semesters, certification and even for the entire college The placement officer is responsible for updating the placement related information like eligible criteria for a particular company, arriving date for the company which is coming for recruitment, the list of students who are eligible for attending the recruitment process. E-Library (also referred to as digital library) is a special library with a focused collection of digital object. Languages used in coming up with the system are: PHP, JavaScript, HTML, CSS and MySQL.

The study will focus on the design and implementation of an online shoe storing management system. It will develop a platform for customers to browse, order, and pay for shoes online, and an inventory management system for the store to manage stock efficiently. It will also include staff training to ensure the system's optimal use.

The Online Tourism Management System (OTMS) is a comprehensive digital platform designed to streamline travel planning and management. It integrates essential functions such as booking accommodations, flights, and transportation, offering users a seamless experience for organizing their trips. With an intuitive interface, the OTMS caters to both tech-savvy and non-technical users, facilitating easy searches and bookings. Travel agencies benefit from its features by managing reservations and showcasing packages to a global audience. The system provides real-time availability, secure payment options, and personalized itinerary planning. User-generated reviews and recommendations enhance decision-making, while data analytics help providers tailor their offerings. The OTMS is accessible via mobile devices, ensuring travelers can manage their plans on the go. Robust security measures protect user data, and effective customer support is available to address any issues. Overall, the OTMS simplifies travel management, improves customer satisfaction, and supports efficient communication between users and service providers.