Technology Transfer Model Research Articles

The Adoption of Farmer-managed Natural Regeneration in Dogonkiria, Niger

Abstract We examined the diffusion of agricultural innovations that improve smallholder well-being in sub-Saharan Africa. Innovations are slowly being accepted in the region, but villagers of Dogonkiria in Niger are an exception in adopting a technology known as farmer-managed natural regeneration (FMNR). We employed an exploratory qualitative methodology based on Everette Rogers’ diffusion of innovation (DOI) theory to investigate the microlevel dynamics behind the success of FMNR. Our findings demonstrate that the top-down technology transfer model required robust local-level participation, with local knowledge being a substantial element in the diffusion process. In effect, the area is experiencing improved crop yield and availability of wood for construction and energy. The results enhance understanding the relationship between external agents (state and non-state actors) and local beneficiaries in the context of new technology dissemination.

Improving the technology transfer in Ukraine under the conditions of implementing the international policy of sustainable development

The object of this research is a set of management and regulatory methods of state influence on the technology transfer of Ukraine in the context of the implementation of the global model of sustainable development policy. Methods and techniques of public regulation of technology transfer in Ukraine and its compliance with the requirements of sustainable development are studied. The analysis and generalization of the existing world and international approaches to the definition of sustainable development policy established that technology transfer is one of the key objects of managerial influence. It has been proven that the existing regulatory model of technology transfer in Ukraine, formed without taking into account the goals of sustainable development, does not meet its strategic development objectives. The expediency of improving the existing concept of regulation and management of technology transfer in Ukraine in order to eliminate the identified inconsistencies is substantiated. Recommendations have been made regarding directions for improving regulatory and management approaches to determining technology transfer in Ukraine. The necessity of making changes to the provisions of the Law of Ukraine «On State Regulation of Activities in the Field of Technology Transfer» has been proved, with the aim of bringing it into line with the international policy of sustainable development. The research is aimed at the formation of general theoretical foundations for the improvement of managerial and regulatory methods of technology transfer in Ukraine. The research results can be used in the improvement of public rules of technology transfer, the formation of strategic public management decisions, state technological policy and serve as a basis for further scientific research on these issues. The conclusions obtained in the course of this research can be used to solve issues and problems of improving the current legislation of Ukraine to the requirements of international agreements and documents.

Understanding technology transfer effectiveness in emerging economies: policy lessons for India

Purpose Despite technology transfer being emphasised in most public policy documents globally, it is not always clear how its effectiveness plays out in developing and emerging economies. This paper aims to bridge this gap by providing a systematic understanding of the processes of technology transfer, the antecedents and determinants, and finally how to measure its effectiveness, particularly in technologically dependent and emerging economies. Design/methodology/approach The paper puts forward a modified contingent effectiveness model of technology transfer based on Bozeman (2000) and Bozeman et al. (2015) and adapts it to incorporate the characteristics of emerging economies. Four major elements of technology transfer are discussed, namely, transfer object, actor characteristics, transfer environment, local environment and how they interact to determine effectiveness. Thereafter, the study shifts its focus to India’s evolving science technology and innovation (STI) ecosystem and discuss the current status, structure and major stakeholders associated with technology transfer. The study also reflects upon the challenges that inhibit effective technology transfer in India. In the last part, the study offers policy recommendations for improving the effectiveness of technology transfer, keeping in view India’s sustainable developmental goals. Findings A significant distinction of the conceptual model from its predecessors lies in its examination of the four dimensions of technology transfer effectiveness through the lens of developing and emerging economies, keeping in mind the inherent strengths, weaknesses and STI practices of the attendant local economy. As a novel contribution, the paper also discusses India’s evolving STI ecosystem backed by recent policy initiatives on technology transfer and the major stakeholders involved. Originality/value The paper constructs a modified contingent effectiveness model of technology transfer with particular emphasis on emerging economies. It also provides a comprehensive overview of India’s complex STI and technology transfer ecosystem, the challenges involved and offers recommendations for policy intervention.

Biogas production and techno‐economic feasibility studies of setting up household biogas technology in Africa: A critical review

AbstractThis critical review examines the potential of household biogas technology in Africa, focusing on biogas production and techno‐economic feasibility studies. The review highlights the benefits of biogas technology, including renewable energy generation, waste management, and improved public health. A significant portion of Africa's rural population, approximately 60%, grapples with limited access to reliable power sources. The study analyzes various biogas production systems, including anaerobic digesters and biomass gasifiers, and evaluates their economic viability in different African contexts. The review identifies key factors influencing the adoption of household biogas technology, including policy and regulatory frameworks, financing mechanisms, and public awareness. Biogas production stands out as one of the promising renewable energy sources. However, it also discusses the challenges and limitations of implementing this technology on a continental scale. The study analyzes various biogas production systems, including anaerobic digesters and biomass gasifiers, and evaluates their economic viability in different African contexts. The review identifies key factors influencing the adoption of household biogas technology, including policy and regulatory frameworks, financing mechanisms, and public awareness. The study concludes by recommending strategies for scaling up biogas technology in Africa, including capacity building, technology transfer, and innovative financing models. The review aims to provide a comprehensive resource for researchers, policymakers, and practitioners working towards sustainable energy solutions in Africa.

Modelling Soil Moisture Balance for Okra Cultivars in Makurdi Agro Climate Using Decision Support System for Agro Technology Transfer (DSSAT)

Abstract: Soil moisture balance from okra (abelmoschus esculentus) field was performed on experimental plot of the Department of Agricultural and Environmental Engineering, Joseph Sanwuan Tarka University Makurdi -Nigeria. Field and laboratory experiments were conducted on four okra cultivars planted and irrigated by drip system at different levels (80% (I1), 60% (I2), 45% (I3), and 15% (I4)) according to the agronomic practices of okra. Decision Support System for agro technology Transfer (DSSAT) model for the Crop Environment Resource Synthesis (CERES) was used to model soil moisture balance by linear regression (multivariate analysis of variance, (MANOVA)) and validated. The soil was sandy loam with high field capacity (FC) at I4 and nearly uniform drainage (D) except for I4.. Runoff (R) decreases from 35.71 for I1 to 0.07 for I4 implying that R, D and change in water storage (∆S) are functions of the amount and duration of irrigation. The models reported an acceptable deviation from the ideal line of the R and ∆S at higher values confirming degree of the correlation between the observed and predicted dataset but experienced difficulties with estimating lower values due to lower magnitudes in irrigation. From the foregoing it is concluded that decreasing water application results in an increase in irrigation and the reverse is also true.

Unpacking the agricultural innovation and diffusion for modernizing the smallholders in rural China: From the perspective of agricultural innovation system and its governance

Innovation is perceived as a crucial tool for addressing the serious global challenges faced by the agriculture sector. This paper focuses on a new local public agricultural innovation project in the context of rural China, and intends to capture the embodied agricultural innovation and dissemination network for modernizing the smallholders. Through integrating the concepts of Agricultural Innovation System and Agricultural Innovation Governance, we develop a comprehensive framework for understanding the partnerships between agri-technicians and small farmers within the network structured by innovation governance practices. In-depth interview and network analysis methods were used to scrutinize the linkages among actors engaged with the agricultural innovation programme in case area and detect the achievements in enabling smallholders to upgrade technical trajectories in production and fostering modern farmers at the local levels. Our empirical analysis suggests that the single-center and multi-level network produced in the agricultural innovation practices, which is distinctive to the previous simplistic linear model for technology transfer, demonstrates obvious effectiveness in diffusing the new knowledge both vertically and horizontally, and that the grassroots sub-network generates the interaction space between agronomic experts and farmers for building mutual trust and co-producing technologies suitable for local conditions. Through allocating financial resources and supervising the public agricultural innovation projects, the provincial government indirectly dominates the directionality of local agricultural innovation for enabling smallholders to learn emerging technologies and cultivating the new generation of professional farmers. Nevertheless, the current agricultural innovation practice in case area has not completely avoided the social selection bias due to the clear marginalization of some vulnerable smallholders, and the duration of innovation projects imposed negative influence on the persistent collaborations between agri-technicians and smallholders in places. It is argued that for meeting the national agenda of agricultural modernization and common prosperity in rural area, how to reform the management measures of public innovation projects and enable the vulnerable farmers to equally engage with the innovation activities and share the interests brought by new technologies are the urgent challenges need to be addressed in the future.

Analysis of agricultural development in Ngringo Village, Kecamatan Jaten, Karanganyar District

Background: Agricultural development is crucial for rural economic growth and food security. This study analyzes agricultural development in Ngringo Village, Indonesia, examining potentials, challenges, structural and institutional transformations, technology transfer, and appropriate development models. Previous research has focused on broader regional agricultural trends, while this study provides an in-depth analysis of a specific village undergoing rapid change. Method: The study employed purposive sampling to select Ngringo Village. Data collection involved observations, structured interviews with key informants, and document analysis. Both primary data from village officials and secondary data from government sources were utilized. Findings: Ngringo Village exhibits both physical potential (strategic location, affordable land) and non-physical potential (socio-cultural life, efficient administration). Challenges include limited farmer knowledge of marketing and post-harvest processing. Structural transformation is evident in the shift from agriculture to industrial and service sectors due to urbanization pressures. Institutional transformation has led to the establishment of farmer groups and associations. Technology transfer is occurring, with the adoption of mechanized farming equipment, though digital technologies are not yet fully embraced. Conclusion: The agricultural development model in Ngringo Village aligns with the location model, influenced by its proximity to urban areas. Ngringo Village is undergoing significant agricultural transformations driven by urbanization and industrialization. While facing challenges in land conversion and marketing, the village demonstrates resilience through institutional adaptations and selective technology adoption. Future agricultural development strategies should focus on enhancing digital marketing skills, strengthening farmer institutions, and balancing agricultural preservation with urban expansion. Novelty/Originality of this article: This study proposes an integrated digital platform for sustainable agricultural development. The platform connects farmers to markets, provides online training, and facilitates stakeholder collaboration, adaptable to different peri-urban contexts across the country.

Industrial adoption of machine learning techniques for early identification of invalid bug reports

Despite the accuracy of machine learning (ML) techniques in predicting invalid bug reports, as shown in earlier research, and the importance of early identification of invalid bug reports in software maintenance, the adoption of ML techniques for this task in industrial practice is yet to be investigated. In this study, we used a technology transfer model to guide the adoption of an ML technique at a company for the early identification of invalid bug reports. In the process, we also identify necessary conditions for adopting such techniques in practice. We followed a case study research approach with various design and analysis iterations for technology transfer activities. We collected data from bug repositories, through focus groups, a questionnaire, and a presentation and feedback session with an expert. As expected, we found that an ML technique can identify invalid bug reports with acceptable accuracy at an early stage. However, the technique’s accuracy drops over time in its operational use due to changes in the product, the used technologies, or the development organization. Such changes may require retraining the ML model. During validation, practitioners highlighted the need to understand the ML technique’s predictions to trust the predictions. We found that a visual (using a state-of-the-art ML interpretation framework) and descriptive explanation of the prediction increases the trustability of the technique compared to just presenting the results of the validity predictions. We conclude that trustability, integration with the existing toolchain, and maintaining the techniques’ accuracy over time are critical for increasing the likelihood of adoption.

A Multi-Criteria Assessment Model for Cooperative Technology Transfer Projects from Universities to Industries

Cooperative Technology Transfer (CTT) is a technology transfer model where universities and enterprises jointly participate throughout the entire process of technology transfer activities. Most discussions focus on its mechanisms and influencing factors, yet a framework to guide CTT projects in practice is still lacking. This study proposes an assessment model based on the life-cycle of CTT projects, covering the initial cooperation relationship, project management during the mid-term, and technological achievements at the end. The model was evaluated by 14 experts first and then validated through two CTT projects in China. Gray Relation Analysis was employed to calculate the weights of different factors based on their relative importance, while the Dempster–Shafer theory was utilized to combine evidence from various sources and address the uncertainty in the assessment. The results of the case analysis indicate that the attitudes of universities and enterprises are considered critical in influencing the success of CTT projects, while management issues that arise during the projects can pose potential risks. This research serves as an applied exploration and has three functions. Firstly, the model can be used as a feasibility study before the project commences. Secondly, it can be utilized to analyze and improve potential issues during the project. Finally, it can be used for a post-project experience summary.

Location-specific technology transfer model in an agricultural technology park, Indonesia

Location-specific technology transfer model in an agricultural technology park, Indonesia

Technology transfer model oriented to industry 4.0

Goal: This study aimed to propose a Technology Transfer Model oriented to Industry 4.0 (TTM4.0). Design/methodology/approach. Initially, a systematic literature review was conducted to identify existing gaps in Technology Transfer models: Another focus of the review was to determine the requirements for technological implementations in Industry 4.0. Thus, a specific TT model was built. Then, the model was validated through case studies in Brazilian companies (slaughterhouses). The methods employed to measure data and support decisions in the context of TT4.0 were AHP, Likert scale, and Fuzzy-TOPSIS. Results: Focusing on similar results between Companies A and B, thinking about adopting Industry 4.0, the central strategic needs were product quality, reducing human error, and reducing waste. Among the main factors inhibiting the maximum interest and availability of Industry 4.0 for both companies were high investment, lack of knowledge (procedures or in general), and uncertainties in results. Results indicate Big Data Analytics and artificial intelligence technologies. Originality/value: The Poultry Industry strengthens the economy and significantly impacts the country's socioeconomic indices. Despite this, the sector has a low level of technological maturity compared to others. Regarding the TTM4.0, while other models start by recognizing opportunities and then select technologies in the market, this model prioritizes phases of organizational self-knowledge for decision-making support. A primary difference between a maturity model and a Technology Transfer model is in their scope, with the latter being broader. It encompasses technology definition, implementation, and management, rather than being limited to diagnosis.

Conceptualizing a Seamless Model of Technology Transfer: Evidence from Public Research Institutes and Universities in Indonesia

Technology transfer (TT) is essential in transforming and mobilizing technological knowledge from public research institutes (PRIs) and universities into innovations. The concept of TT has become the center of scholarly attention since implementing the Bayh-Dole Act in 1980. In its progression, TT models and practices varied across organizations. The standard adopted model at Indonesian PRIs and universities is the dissemination model. This classic model is problematic yet suitable for technological knowledge production within these organizations. Consequently, TT performance could be better; only a few technologies were successfully commercialized and became innovations. Meanwhile, most research results ended as publications and new intellectual properties. Therefore, a new model needs to enhance the TT processes. This study uses a multiple-case study approach to conceptualize a “seamless” technology transfer model. This model provides a holistic view of processes and components of technology transfer in the dimensions of knowledge creation, diffusion, and absorption, which are intertwined. The model differs from the existing concept that segregates components in each dimension; it allows actors and determinants to be involved (or utilized) in multiple dimensions to cater to a better TT process.

Technology Transfer Potential in Local and Foreign‐Owned Firms in Emerging Economies

AbstractTechnology transfer in international collaborations is challenging but can bring benefits to both local and foreign‐owned firms in emerging economies. In this paper we focus on conditions for potential technology transfer in emerging economies. We develop a configurational theoretical framework and empirically operationalize it using qualitative comparative analysis. Building on differences in absorptive capacity between these two kinds of firms and relying on data from the construction industry in Ghana, we develop a process model of technology transfer in emerging economies. Our model shows that technology transfer in local and foreign firms can be achieved through different combinations of human resource development and knowledge management, as well as international collaborations and networks. The model also explicates mechanisms leading to potential technology transfer. Based on the findings and the process model, the study makes several contributions to the absorptive capacity and technology transfer literature in emerging economies by shedding light on the underlying processes that foster a firm's ability to absorb technology in international collaborations.

The Paradigm Shift of Agricultural Extension from Technology Transfer Towards Participatory Approaches

Purpose: Different technology transfer mechanisms are used to disseminate innovative agricultural technologies. The extension approaches based on the top-down transfer of technology were dominated in the past. That paradigm could not achieve reasonable benefits to many users but the resource-rich clientele reaped the benefits. Therefore, new concepts and approaches were warranted. The paper describes the outcomes of the paradigm shift of agricultural extension from technology transfer to participatory technologies..Research Method: The paper contains the information collected from published literature on technology transfer efforts, global experience in Participatory Rural Appraisal applications, and the research findings from participatory rural appraisal sessions conducted in Sri Lanka.Findings: The critical issue of technology transfer models was insufficient attention granted to incorporate.the participation of grassroots-level clientele. Hence, real community needs were omitted. The concept of Participatory Rural Appraisal evolved as an alternative scenario and was implemented with promising results. The Participatory Rural Appraisal is a bottom-up approach, that incorporates local knowledge and community participation, uses simple technology, requires low cost, and could be applied in rural areas without complex apparatus. Participants have a great opportunity to express their actual needs. Hence, a valid plan can be designed and the community will participate in the following stages of the planning cycle. This study reviews the Participatory Rural Appraisal experience worldwide and the paradigm shift taken place in technology transfer from a top-down approach to participatory methods.

Designing and presenting a conceptual model of technology transfer for the provision of technological products in the localization and internal construction of oil and gas industry equipment

Technology transfer in the oil and gas industry plays a vital role in improving domestic capabilities and reducing dependence on imports. This article deals with the design and presentation of a conceptual model for technology transfer in order to provide technological products and localization of equipment in this industry. The documents obtained from the searches were used to identify the most important challenges of technology transfer. In the next step, in order to validate the identified critical challenges, ten experts were interviewed and their qualitative judgments about the identified challenges were collected. Among these ten experts, seven experts were from the industry and three experts were from university professors of technology management. Also, in the expert interview stage, in addition to validating the challenges identified based on the literature, a number of new challenges faced by the country's oil and gas industries regarding technology transfer And the first purchases of technological products face them; was identified In the next step, the weights of each of the identified challenges were calculated based on the subject literature and expert interviews, with the design of special questionnaires for pairwise comparisons and the multi-criteria decision-making method of Analytical Hierarchy (AHP). The results of the research show that the use of this model can help to improve the localization process and promote the industrial capabilities of the country in the field of oil and gas. Also, suggestions have been made to facilitate and accelerate the technology transfer process and increase its effectiveness.

The six-helix model of technology transfer innovation ecosystem

Based on the analysis of the development of models of technology transfer, the concept of open innovation, innovation systems and innovation ecosystems, the approach of an effective technology transfer in the conditions of the development of innovative economy is proposed. A multi-level technology transfer ecosystem is proposed in the "Six Helix" innovation ecosystem model, which is based on the generation of new innovative enterprises based on technologies developed in research institutes/universities using: direct classical technology transfer, reverse technology transfer and outward transfer of open innovations.

The model of technology transfer from the defense industry to the civilian sector of the economy

The need to strengthen technological sovereignty and enhance the technological development of the country requires effective mechanisms for technology transfer, including from the defense sector to the civilian one. The purpose of the article is to propose a possible model for the organization of technology transfer from the military-industrial complex to the civilian sector of the economy. An analysis of statistical materials, current legislation and existing infrastructure showed that patent and technological activity in the country is declining; existing institutional support is insufficient to reverse this trend. One of the possible solutions to this issue is the organization of a technology transfer system, which will allow more active use of the capabilities of the defense industry for the development of civilian industries. The proposed model of such transfer is based on network interaction and coordination of all necessary functions within the technology transfer institution. The principles on which the model is based are substantiated: three levels of management; the possibility of state financing; a “single window” of technology transfer; information circulation; motivation of developers; personnel training system. The stages of technological transfer have been adjusted taking into account the specifics of the defense industry. The function of technological transfer for the transfer of information from industry to science is revealed, it is proposed to expand the use of the model in the direction of forecasting priority areas of science and technology development. From a theoretical point of view, technological transfer is defined as a mixed good, which justifies the role of the state in the presented model.

Conceptual framework of green technology transfer at public university scope Brazilian

Technology transfer has played an important role in promoting the development of technologies for green innovation around the world. The objective of the article was to develop a conceptual model of green technology transfer within the university-industry ambit. The methodological procedures were carried out in four distinct phases. The first phase consisted of a literature search regarding technology transfer conceptual models; this bibliographic review was performed using the ISI (Web of Science) platform, grounded on articles published over a period of 27 years from 1995 to 2022. The second search phase was based on the value chain. The third phase had as its objective to apply a questionnaire with open questions to several Brazilian universities. The last phase consisted in developing the conceptual model. From the results, it is possible to integrate the pre-development and post-transfer technology activities, and the process of green technology transfer can be carried out by focusing on the commercial results of technology licensing, including commercial advantages with a sustainable focus. Notwithstanding, the Brazilian government should create public policies aiming to stimulate the participation of companies in partnership with universities, allowing universities to help them by developing green technologies and patents.

Technology Transfer Model for Small-Scale Farms

Small-scale farms make an important contribution to food security, but they lack technification, especially in the global south. This article proposes a new model, namely, Model H, as a reference by which to facilitate technological transfer and appropriation in small producer sectors. Starting with the identification of interactions with the environment and the characterization of the transfer and appropriation process with respect to information and communication technologies, a five-stage framework is established to create and validate the new model. Based on key elements, functionalities, and five variables identified as a common ground for the transfer and appropriation of technologies, Model H is presented as a five-layer, user-centered model that aims to include in the transfer and appropriation of the solutions of all the individuals and entities that participate throughout the process. The model is validated through a pilot test using an intelligent irrigation technology called AgroRIEGO. In the process of technology transfer and appropriation, this pilot study helped to identify implementation obstacles and the importance of knowledge management as an effective channel for the exchange of information in a pertinent and timely manner.

Sistema para la articulación de elementos claves en los procesos de transferencia tecnológica en los países latinoamericanos

The paper proposes a technology transfer system for Latin American countries based on the Latin American model of technology transfer and the digital information obtained. Theoretical methods are used taking into account the analysis of qualitative information, quantitative data is required from the number of specific digital access documents. The Latin American model of technology transfer shows the need to establish technology transfer projects and offices, to which is added a monitoring of the transferred results. It was confirmed that Higher Education Institutions need technological surveillance observatories to evaluate changes, trends and possible transformations in the implementation of technology transfer processes and systems. In conclusion, Latin American countries could develop new models or systems of technology transfer emphasizing changes in the relationship system between the key elements, in particular the University and the business sector, and include the technology transfer offices as an articulating entity between the two.