Background of the Study
Efficient allocation of academic research funding is critical for fostering innovation and maintaining competitive research outputs. At the University of Jos, Plateau State, the utilization of big data analytics presents an opportunity to optimize funding allocation processes. Big data methods enable the integration and analysis of diverse datasets, including publication records, research impact metrics, and funding histories, to identify trends and prioritize research areas that demonstrate high potential for innovation and societal impact (Okoro, 2023). Traditional funding allocation methods often rely on subjective evaluations and manual reviews, which can be inefficient and biased. In contrast, a data-driven approach allows for objective, transparent, and evidence-based decision-making.
By leveraging big data analytics, administrators can evaluate research proposals against a wide range of performance indicators, thus ensuring that funding is directed toward projects that are likely to yield significant academic and societal benefits (Uche, 2024). The application of predictive models and trend analysis further enhances the ability to forecast future research needs and allocate resources accordingly. This digital transformation in funding allocation is not only expected to improve operational efficiency but also to promote equitable distribution of funds, particularly in environments with limited financial resources. However, challenges such as data integration, quality control, and resistance to change must be addressed to fully realize these benefits (Akinyemi, 2025). This study aims to examine the role of big data in optimizing academic research funding at the University of Jos by evaluating current allocation practices, identifying key performance indicators, and proposing a framework for data-driven funding decisions (Okoro, 2023; Uche, 2024; Akinyemi, 2025).
Statement of the Problem
Despite the potential benefits of big data analytics in research funding allocation, the University of Jos continues to experience inefficiencies in its current funding process. The reliance on manual review and subjective criteria results in an uneven distribution of funds, where high-potential research projects may be underfunded while less promising initiatives receive support (Okoro, 2023). Fragmented data sources and inconsistent quality of available data further complicate the decision-making process, leading to delays and reduced transparency. Moreover, existing allocation methods do not adequately incorporate performance metrics or predictive analytics, which limits the ability to forecast future research trends (Uche, 2024). The lack of an integrated, data-driven framework hampers the university's capacity to optimize resource allocation and maximize research outcomes. Resistance from stakeholders accustomed to traditional methods and concerns regarding data security and privacy also pose significant barriers to adopting a big data approach (Akinyemi, 2025). Therefore, there is an urgent need to develop and implement a comprehensive, data-driven funding allocation system that enhances objectivity, efficiency, and transparency in decision-making, thereby better supporting the research community.
Objectives of the Study:
Research Questions:
Significance of the Study
This study is significant as it explores the application of big data analytics to optimize academic research funding allocation at the University of Jos. The findings will inform policy makers on the benefits of adopting data-driven approaches to resource distribution, leading to more effective support for high-impact research and equitable funding practices, ultimately fostering innovation and academic excellence (Okoro, 2023).
Scope and Limitations of the Study:
This study is limited to evaluating the optimization of academic research funding allocation using big data at the University of Jos, Plateau State, and does not extend to other aspects of research management.
Definitions of Terms:
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