Background of the Study
Technological innovation is pivotal to economic progress and competitiveness. In Nigeria, FDI is regarded as an essential channel for transferring advanced technologies and promoting innovation across industries. Foreign investors not only bring capital but also introduce innovative practices, research and development (R&D) expertise, and state-of-the-art equipment that can transform domestic operations (Oluwaseun, 2023). The infusion of FDI has the potential to enhance the technological capabilities of Nigerian firms by fostering collaborations, joint ventures, and knowledge spillovers. These mechanisms are critical for overcoming the limitations of the local innovation ecosystem, which often suffers from insufficient R&D funding and weak institutional support.
The theoretical basis for this study draws on innovation diffusion models and endogenous growth theory, which suggest that technology transfer through FDI can accelerate productivity improvements and stimulate new product development. Empirical evidence from various emerging markets indicates that FDI is positively associated with increased patent activities and higher R&D expenditures. In Nigeria, however, the effectiveness of FDI in driving technological innovation is moderated by factors such as the absorptive capacity of local firms, the regulatory environment, and the level of infrastructural development (Akinola, 2024). Recent policy initiatives aimed at boosting innovation have sought to leverage FDI to bridge technological gaps, yet challenges remain in ensuring that the benefits are widely disseminated.
This study aims to explore the impact of FDI on technological innovation in Nigeria by examining indicators such as R&D spending, patent filings, and technological upgrading in key sectors. The goal is to assess whether FDI has significantly contributed to technological progress and to identify the structural factors that facilitate or hinder its impact (Ibrahim, 2025).
Statement of the Problem
Although Nigeria has attracted considerable FDI, the expected technological advancements and innovation improvements remain uneven. Many domestic firms continue to operate with outdated technologies, and the overall pace of innovation is slower than anticipated. This discrepancy suggests that while FDI provides the necessary inputs for innovation, structural barriers such as limited R&D capacity, inadequate collaboration between multinational corporations and local firms, and bureaucratic inefficiencies impede effective technology transfer (Chinwe, 2023). Furthermore, the benefits of FDI in terms of innovation appear to be confined to specific sectors, leaving other industries underdeveloped technologically.
This problem not only hampers overall productivity but also restricts Nigeria’s ability to compete globally. Without a robust technological foundation, the country risks falling further behind in the innovation-driven global economy. The study, therefore, seeks to identify the factors that limit the impact of FDI on technological innovation and to propose strategies that can enhance the absorptive capacity of local industries. Addressing these challenges is critical for ensuring that FDI contributes effectively to sustainable economic development and industrial modernization.
Objectives of the Study
• To examine the relationship between FDI inflows and technological innovation in Nigeria.
• To identify the barriers that limit effective technology transfer from FDI.
• To recommend policy measures to enhance the impact of FDI on innovation.
Research Questions
• How does FDI influence technological innovation in Nigerian industries?
• What structural factors limit the effectiveness of FDI-induced technology transfer?
• Which policy interventions can improve the absorption of foreign technologies?
Research Hypotheses
• H1: FDI inflows are positively associated with increased technological innovation in Nigeria.
• H2: The impact of FDI on innovation is moderated by the absorptive capacity of local firms.
• H3: Targeted policy interventions in R&D and skills training enhance the technology transfer process.
Scope and Limitations of the Study
This study focuses on technological indicators within key Nigerian industries, using patent data, R&D expenditure records, and case studies. Limitations include data availability on innovation metrics and challenges in quantifying knowledge spillovers.
Definitions of Terms
• Technological Innovation: The process of developing and implementing new technologies.
• R&D: Research and Development activities aimed at technological progress.
• Absorptive Capacity: The capability of firms to integrate and utilize new technologies.
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