UCU Scholar

Welcome to the Uganda Christian University Scholar
It aims to collect, preserve and showcase the intellectual output of staff and students of UCU. This growing collection of research includes peer-reviewed articles, book chapters, working papers,theses, and more.

  • The Repository ingests documents, audio, video, datasets and their corresponding Dublin Core
  • The aim is to open up this content to local and global audiences, with have optimized well for Google Scholar so your items here shows up on Google Scholar searches
  • we also issue permanent urls and trustworthy identifiers, including optional integrations with handle.net and DataCite DOI

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Communities in UCU Scholar

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Recent Submissions

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The Impact of Enviromentmental Conservation on Oil and Gas Production in South Sudan. A Case Study of Paloch Oil Field in Melut County
(Uganda Christian University, 2024-05-17) Peter Agoth
The purpose of the study was to examine the impact of environmental conservation on oil and gas production in South Sudan with a case study of Paloch Oil Field, Melut County. The study was guided by three objectives which were; to identify the ways in which an environment can be conserved, to find-out the impact of environmental conservation on oil and gas production in South Sudan and to establish the challenges in maintaining environmental conservation amongst stakeholders and oil companies. The study assessed a population of 34 from which a sample of 32 respondents were contacted and the targeted sample of respondents was reached and able to respond with a frequency of 22 males and 10 females hitting the targeted sample of 32 respondents. The main research instruments used for data collection was entirely self-administered questionnaires with close ended questions were utilized to collect data and analyzed using Statistical packages for social sciences (SPSS) in form of distribution frequencies and percentages. The findings showed that majority of the respondents agreed to Reforestation programs near oil and gas production areas for conserving and mitigating environmental damage. Therefore, it has positive impacts on oil and gas production. This huge support came as a result of implementing stricter environmental regulations that help the stakeholders and oil and gas companies to combat the vice of environmental damage and biodiversity fortification. The researcher recommends the implementation of environmentally friendly practices like reforestation near oil and gas production areas as a way of conserving the environment. This can be achieved through implementing stricter regulations that make it mandatory for the production Companies to support such initiatives. Like any other research, this research is not exhaustive and therefore, further research is needed to research whether the results hold for other oil and gas production fields in the country. Other oil fields and government sectors might have similarities and therefore this research could also be applied in those production site
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Agrogetaway Final Year Project
(Uganda Christian University, 2024-05-15) Ddumba, Timothy; Gortland, Jim James; Tryphine, Nalule; Josephine, Namuwonge; Joan, Nabirye; Adam, Murungi
The Agrogetaway project is an innovative initiative aimed at transforming the agricultural landscape by leveraging technology to facilitate knowledge exchange between farmers and agricultural enthusiasts. This web-based platform serves as a conduit for sharing best practices, advanced farming techniques, and practical knowledge through an interactive and user-friendly interface. The project's cornerstone is the creation of a digital community where users can book farm tours, access a wealth of educational resources, and engage in real-time discussions with experienced model farm managers. Agrogetaway addresses the critical challenge of improving agricultural produce quality in Uganda, which directly impacts the nation's competitiveness in the global market and its food security. By connecting users with model farmers and providing a repository of multimedia educational content, the platform fosters a collaborative environment for learning and growth. The project also introduces a novel feature, 'Communities,' structured around model farmers, where users can subscribe for exclusive insights and direct mentorship. The platform's development followed a mixed-methods approach, incorporating both qualitative and quantitative research to ensure comprehensive user-centric design and functionality. Evaluations indicate user satisfaction and a gradual increase in engagement, although challenges such as a lack of scientific depth and device compatibility were identified. Recommendations for future enhancements include infrastructure improvements, user education programs, and advanced security measures. Agrogetaway's vision is to empower farmers with the knowledge and tools necessary to enhance productivity and sustainability, ultimately contributing to the advancement of the agricultural sector. The project's ongoing development and research aim to expand its reach, improve user experience, and solidify its position as an indispensable resource for modern agriculture.
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For the Sake of Food
(Uganda Christian University, 2024-05-10) Aguma Destiny Kampumure; Tracy Majorie Najjoba; Rochelle Katukunda; Moses Ayebare
This document provides a comprehensive overview of the development process behind the "For the Sake of Food" nutrition recipe web application. For the Sake of Food’s primary aim was to empower individuals to make healthier dietary choices by offering convenient access to nutritious recipes tailored to their preferences. For the Sake of Food embarked on a methodical journey, employing a variety of research techniques to gain insights into user needs and behaviors. Through interviews and surveys, For the Sake of Food delved into the diverse dietary habits and technological proficiency levels of our target audience, ensuring the app's design catered to a broad spectrum of users. User testing played a pivotal role in refining the application's usability and functionality, with feedback from real users guiding iterative improvements. The team’s findings illuminated key user demographics, dietary preferences, and technological inclinations, informing the development of features such as personalized recipe recommendations and intuitive interfaces. Ethical considerations remained paramount throughout the project, with stringent measures in place to safeguard user privacy and ensure data security. “For The Sake of Food” also acknowledged inherent limitations, such as sample representativeness and resource constraints, which shaped the scope and depth of our research efforts. Ultimately, the systematic approach culminated in the creation of an application poised to positively impact users' dietary habits and overall well-being. By harnessing technology to promote healthier lifestyles, we endeavor to contribute to a healthier society.
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Plant AI: An Application System for Detecting Plant Disease
(Uganda Christian University, 2024-05-14) Joash Otto
This project introduces an innovative Artificial Intelligence (AI) system specifically designed to address the pressing problem of plant diseases which significantly impact agricultural productivity. The urgency for early detection technologies to mitigate crop losses is more crucial than ever. In response, our AI model employs advanced deep learning algorithms, trained on an extensive dataset of leaf images covering a diverse range of diseases, highlighting the approach to tackling the identified problem. The capability of our system to precisely recognize disease symptoms in plants has undergone rigorous testing, yielding a high success rate in disease identification, which constitutes our key findings.Anand, R., Mishra, R.K. and Khan, R. (2022) The implementation phase involved developing a user-friendly application, making the technology accessible to farmers and enabling early disease detection to improve crop management and production. This operational approach emphasizes the practical application and field usability of our system. The successful outcomes of the project not only underscore the AI system's effectiveness in identifying plant diseases but also underscore its significant potential to revolutionize agricultural practices by democratizing access to advanced diagnostic tools. Furthermore, this report delves into the comprehensive development process of the AI system, from the initial data collection and model training phases to the nuances of application development and field testing. Through this detailed narrative, we aim to highlight the substantial benefits and the expansive future potential of integrating AI technologies in agriculture. In this context, the abstract serves as a concise reflection of the entire project, meticulously answering the critical questions of what problem is being addressed, how it is approached, what the findings are, and why these findings matter. This not only fulfills the purpose of providing a snapshot of the project's essence but also functions as a guiding framework for the report, ensuring coherence and focus throughout the document.
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An Analysis of the Eficacy of the Data Protection and Privacy Act, 2019 in Uganda
(Uganda Christian University, 2024-05-16) Linda Caroline Arinda