Short Communication - (2025) Volume 13, Issue 5
Received: 01-Sep-2025, Manuscript No. economics-26-186076;
Editor assigned: 03-Sep-2025, Pre QC No. P-186076;
Reviewed: 17-Sep-2025, QC No. Q-186076;
Revised: 22-Sep-2025, Manuscript No. R-186076;
Published:
29-Sep-2025
, DOI: 10.37421/2375-4389.2025.13.550
Citation: Kimani, Grace. ”Technology Transfer: Engine for
Emerging Economies’ Growth.” J Glob Econ 13 (2025):550.
Copyright: © 2025 Kimani G. This is an open-access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use,
distribution and reproduction in any medium, provided the original author and source are credited.
Technology transfer (TT) plays a pivotal role in driving industrial development in emerging economies by facilitating the adoption of advanced technologies, fostering innovation, and enhancing productivity. This process involves the movement of knowledge, skills, and manufacturing capabilities from one entity to another, often across international borders. Effective TT strategies are crucial for countries seeking to bridge technological gaps, improve their competitive standing, and achieve sustainable economic growth. Key challenges include absorptive capacity, institutional frameworks, intellectual property rights, and the alignment of TT with local industrial needs and capacities.[1] Examining the impact of foreign direct investment (FDI) and technology transfer on the manufacturing sector of developing nations reveals a strong correlation with improved technological sophistication and output growth. FDI often serves as a conduit for technology transfer, bringing not only capital but also managerial expertise and advanced production techniques. However, the benefits are contingent on host country policies that promote knowledge spillovers and local firm capabilities to absorb and adapt imported technologies.[2] The role of universities and research institutions in facilitating technology transfer to local industries is crucial for fostering indigenous innovation and industrial upgrading in emerging economies. These institutions can act as bridges, translating academic research into commercially viable technologies through mechanisms like spin-offs, licensing, and collaborative projects. Strengthening the links between academia and industry is vital for creating an ecosystem that supports sustained technological development.[3] Assessing the effectiveness of intellectual property rights (IPR) regimes in promoting technology transfer and subsequent industrial development in emerging economies is a complex undertaking. While strong IPR protection can incentivize technology holders to transfer their innovations, overly stringent or poorly enforced IPR can hinder access to vital technologies and stifle local innovation. A balanced approach is needed to foster both the inflow of foreign technology and the growth of domestic R&D.[4] The impact of digital technologies and their transfer on industrial upgrading in emerging economies is profound, enabling new business models and enhancing efficiency. The rapid dissemination of digital tools, from cloud computing to artificial intelligence, offers opportunities for leapfrogging traditional development pathways. However, ensuring equitable access and developing the necessary digital skills are critical challenges for maximizing these benefits.[5] The absorptive capacity of firms in emerging economies is a critical determinant of their ability to benefit from technology transfer. This capacity, which refers to a firm's ability to recognize, assimilate, and utilize new knowledge, is influenced by factors such as human capital, R&D intensity, and organizational structure. Enhancing absorptive capacity is key to unlocking the full potential of transferred technologies for industrial development.[6] Government policies play a crucial role in shaping the landscape of technology transfer and industrial development in emerging economies. Strategic interventions, including the provision of incentives for R&D, support for innovation ecosystems, and the establishment of clear regulatory frameworks, can significantly facilitate the adoption and diffusion of new technologies, thereby fostering economic growth and competitiveness.[7] Assessing the impact of technology transfer on sustainable industrial development in emerging economies requires a nuanced approach that considers both economic and environmental dimensions. Technologies that promote resource efficiency, reduce pollution, and support green growth are particularly valuable. The transfer and adoption of such technologies are key to achieving development pathways that are both economically viable and environmentally sound.[8] The role of international collaboration and knowledge networks in facilitating technology transfer to emerging economies is significant. Partnerships between firms, research institutions, and governments across borders can accelerate the flow of knowledge, innovation, and best practices, thereby contributing to robust industrial development and economic competitiveness.[9] Understanding the specific mechanisms of technology transfer, such as licensing, joint ventures, and foreign direct investment, is essential for designing effective strategies that promote industrial development in emerging economies. Each mechanism has its own set of advantages and challenges, and their suitability often depends on the local context, industry characteristics, and the strategic objectives of the involved parties.[10]
Technology transfer (TT) is fundamental to industrial advancement in emerging economies, driving the integration of advanced technologies, stimulating innovation, and boosting productivity. This complex process entails the movement of knowledge, skills, and manufacturing capabilities between entities, frequently spanning international borders. The implementation of robust TT strategies is imperative for nations aiming to close technological disparities, enhance their global competitiveness, and achieve enduring economic prosperity. Critical impediments include the absorptive capabilities of recipient entities, the efficacy of institutional structures, the protection of intellectual property rights, and the crucial alignment of TT initiatives with the specific industrial needs and capacities present within these economies.[1] The analysis of foreign direct investment (FDI) and its interplay with technology transfer in the manufacturing sectors of developing countries demonstrates a clear association with heightened technological sophistication and accelerated output growth. FDI frequently functions as a primary channel for technology transfer, introducing not only capital but also valuable managerial acumen and sophisticated production methodologies. Nevertheless, the realization of these benefits is inextricably linked to the host country's policy environment, which must actively promote knowledge dissemination and bolster the capacity of local enterprises to assimilate and adapt the technologies received.[2] Universities and research institutions hold a vital position in enabling technology transfer to domestic industries, thereby fostering indigenous innovation and facilitating industrial modernization within emerging economies. These academic and research bodies act as crucial intermediaries, transforming scholarly research into commercially viable technological solutions through diverse avenues such as the establishment of spin-off companies, patent licensing agreements, and collaborative research projects. The cultivation of stronger linkages between academia and industry is paramount for establishing a fertile ecosystem that nurtures continuous technological progress.[3] The evaluation of intellectual property rights (IPR) frameworks and their effectiveness in fostering technology transfer and subsequent industrial development in emerging economies presents considerable complexity. While robust IPR protection can serve as a powerful incentive for technology owners to share their innovations, excessively stringent or inadequately enforced IPR regulations can inadvertently restrict access to essential technologies and suppress the growth of local innovative endeavors. Consequently, a balanced approach is indispensable to simultaneously encourage the influx of foreign technologies and stimulate the expansion of domestic research and development activities.[4] The transformative influence of digital technologies and their transfer on industrial upgrading within emerging economies is substantial, paving the way for novel business models and significant efficiency gains. The swift propagation of digital tools, ranging from cloud computing infrastructure to sophisticated artificial intelligence applications, presents unique opportunities for developing nations to bypass traditional stages of technological evolution. However, ensuring equitable accessibility to these technologies and cultivating the requisite digital skill sets are paramount challenges that must be addressed to fully capitalize on their potential.[5] A firm's absorptive capacity emerges as a critical determinant of its success in leveraging technology transfer within emerging economies. This inherent capacity, defined as an organization's ability to identify, internalize, and effectively utilize new knowledge, is shaped by various factors, including the qualifications of its workforce, its investment in research and development, and its internal organizational structures. Strengthening the absorptive capacity of firms is therefore essential for realizing the full developmental benefits offered by transferred technologies.[6] Government policies exert a profound influence on the dynamics of technology transfer and industrial development in emerging economies. Proactive governmental interventions, encompassing the provision of incentives for research and development activities, comprehensive support for the cultivation of innovation ecosystems, and the establishment of transparent and coherent regulatory frameworks, can markedly accelerate the adoption and dissemination of new technologies. This, in turn, is instrumental in fostering economic growth and enhancing national competitiveness.[7] The assessment of technology transfer's impact on sustainable industrial development in emerging economies necessitates a sophisticated perspective that accounts for both economic and environmental considerations. Technologies that enhance resource efficiency, mitigate pollution levels, and champion green growth are of particular significance. The successful transfer and adoption of such environmentally conscious technologies are pivotal for charting development trajectories that are both economically sustainable and environmentally responsible.[8] International collaboration and the establishment of extensive knowledge networks play a significant role in facilitating the transfer of technology to emerging economies. The formation of strategic partnerships among businesses, academic institutions, and governmental bodies across national boundaries can significantly expedite the circulation of knowledge, foster innovation, and disseminate best practices, thereby contributing to robust industrial growth and enhanced economic competitiveness.[9] A thorough comprehension of the diverse mechanisms through which technology is transferred, including but not limited to licensing agreements, joint ventures, and foreign direct investment, is indispensable for the formulation of effective strategies designed to propel industrial development in emerging economies. Each transfer mechanism possesses its own distinct advantages and inherent challenges, and their applicability is often contingent upon the prevailing local conditions, the specific characteristics of the industry in question, and the overarching strategic objectives of the parties involved.[10]
Technology transfer (TT) is a crucial driver of industrial development in emerging economies, facilitating the adoption of advanced technologies, fostering innovation, and increasing productivity. This process involves the movement of knowledge and capabilities across borders, with foreign direct investment (FDI) often serving as a key conduit. Universities and research institutions play a vital role in translating academic research into commercial applications. The effectiveness of TT is influenced by intellectual property rights (IPR) regimes, digital technologies, and a firm's absorptive capacity. Government policies and international collaborations are essential for creating an environment conducive to technology transfer and sustainable industrial growth. Understanding the various mechanisms of TT, such as licensing and joint ventures, is key to designing successful strategies.
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