Faculty of Engineering, Design and Technology

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Browsing Faculty of Engineering, Design and Technology by Subject "Framework"

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    A Framework for Improving Document Submission in Digital Institutional Repositories: A Case Study of Uganda Christian University
    (Uganda Christian University, 2025-05-26) Drake Tamale
    Digital institutional repositories (DIRs) serve as critical platforms for the preservation and dissemination of academic and research outputs. However, the document submission process in these repositories is often fraught with challenges such as manual data entry, system inefficiencies, and limited user training. This study aims to develop a comprehensive framework to enhance the document submission process in DIRs, addressing these challenges and improving overall user experience and system effectiveness. The primary objective of this study is to develop a framework for improving the document submission process in digital institutional repositories. Specific objectives include assessing the current state of document submission processes, determining the factors for improvement, and developing a framework based on these requirements. The study employed quantitative data collection techniques. A total of 158 questionnaires were distributed to participants, with a response rate of 94.9%. The demographic analysis revealed a diverse participant pool, with a majority holding bachelor's degrees (49%) and having some level of experience with DIRs. The assessment of the current submission process highlighted significant time spent on submissions, guided primarily by institutional policy (62%). System quality and information quality were identified as critical areas for improvement, with participants indicating the need for enhanced metadata workflows and effective error handling mechanisms. User satisfaction and individual impact metrics underscored the importance of training and system updates to improve performance and save time. The findings suggest that improving system quality, information quality, and user satisfaction can significantly enhance the document submission process in DIRs. The designed framework incorporates components such as metadata management, security and privacy measures, automated data entry, and error handling. These improvements are expected to streamline the submission process, reduce errors, and increase user efficiency and satisfaction. This study provides a comprehensive framework for improving document submission in digital institutional repositories. By addressing system inefficiencies and enhancing user experience, the proposed framework aims to facilitate more effective and efficient document management.
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    A Framework for Integrating Blockchain Technology into Copyright Theft Prevention Systems: A Case Study of the Uganda National Musicians Federation
    (Uganda Christian University, 2025-07-22) Ahmed Kasole
    Uganda's vibrant creative economy, particularly its music industry, faces significant challenges from widespread copyright infringement and substantial revenue loss. This is primarily due to unauthorized digital distribution and the limitations of traditional enforcement methods in the digital age. Artists often find their work used without proper compensation, which stifles innovation and threatens the economic viability of creative professionals. This study aims to address these issues by conceptualizing and developing a blockchain-based framework to prevent copyright theft and enhance revenue tracking for artists under the Uganda National Musicians Federation. The framework is designed to revolutionize ownership verification and automate royalty distribution with unprecedented transparency, thereby restoring financial control to creators. To achieve this, a qualitative case study was conducted at the Uganda National Musicians Federation (UNMF). The methodology involved in-depth interviews with musicians, producers, and federation staff to understand their lived experiences of copyright abuse and the challenges in licensing. This empirical data was supported by a comprehensive literature review on copyright enforcement and blockchain integration in the creative industries. To demonstrate feasibility, a simulation model was built using Hyperledger Fabric, which was tested in realistic content distribution scenarios to show how smart contracts could seamlessly register content, automate agreements, and ensure timely royalty payments directly to creators. The findings confirm that blockchain technology can effectively secure content ownership with cryptographic certainty, track usage in real-time, and reduce dependency on intermediaries. Based on these insights, the study proposes a comprehensive Blockchain Copyright Compliance Framework (BCCF) customized for Uganda. This framework outlines processes for decentralized content registration, smart contract-based licensing, and inter-agency collaboration. The study concludes that while blockchain offers immense potential for copyright governance and revenue protection, its successful implementation will require a multi-faceted approach involving legal reform, stakeholder buy-in, and technical capacity-building initiatives