Performance indicators for technology business incubators in Indian higher educational institutes

Purpose The paper aims to review existing performance indicators in technology business incubators (TBIs) and propose some new indicators with a focus on incubation activities in higher educational institutes (HEIs) of India. Design/methodology/approach Performance indicators of various types of incubators were identified from research papers followed by interview, consultation and suggestion from experts of the subject. Nature of interrelationship between the identified indicators has been established with the help of Interpretive Structural Modelling methodology and Matrice d’impacts croisés multiplication appliquée á un classment analysis. Findings Number of ideas came for screening and number of ideas converted to start-ups, survival rate of incubatees is the indicators which have the highest driving power followed by time taken in screening an idea and number of failed or rejected ideas returned back into incubation. Few indicators (driving indicators) are affecting performance of other indicators as well. Research limitations/implications Some performance indicators are proposed which can be used for measuring performance of technology incubators in India. The actual implications will be known when these findings are used to assess performance of some technology incubator. This also is the limitation of the study that some cases can be included to validate the findings of this research. Practical implications A total of 15 performance indicators for measuring performance of TBIs in Indian HEIs have been proposed. The proposed indicators will help incubator management to prioritize the efforts and resource allocation. Social implications TBIs are looked upon as mechanism for promoting entrepreneurial culture in Indian HEIs. Their success is well linked to growth of society. This research will help technology incubators to identify the most important factors in incubation process. Performance improvement will directly affect society in whole. Culture of IEE (Innovation, Entrepreneurship and Employment ) can be achieved through technology incubators Originality/value Identification of new indicators for performance measurement of incubators in Indian HEIs is the novelty of this research. This has a lot of value due to multilevel hierarchy model.

Determination of the legal framework for localization science and technology valleys and technology incubators in nuclear activitiesys and technology incubators in nuclear activities

The object of research in science and technology valleys and technology incubators, which for governments are the best investment of the scientific energies of scientists and innovators. As they are a link between research institutions and the industrial and service sectors, and as they transfer ideas and research results to different markets. This research aims to highlight the importance of Localization science and technology valleys and technological incubators related to nuclear activities, as they are one of the important tributaries to support the owners of the ideas of ambitious nuclear projects. The research also aims to shed light on the problems and obstacles that hinder the achievement of the desired goals of nuclear activities, such as: – the lack of information in the fields related to it; – the scarcity of expertise needed to implement it; – the lack of funding; – the absence of investors in this highly specific «nuclear» sector. The research presents the extent of the possibility of Localization those nuclear activities in Egypt through establishment valleys and incubators so that through this Localization there is an integrated environment of services and support that will ensure their development, raise their growth rates, and increase their efficiency. It is will lead to an increase in the chances of their success and sustainability, especially since Nuclear technology is used in many fields of industry, medicine, and agriculture. The research highlight the provisions of Egyptian Law regarding science, technology, and innovation incentives, as well as Egyptian Law establishing the Innovators Care Fund, to determine the possibility of establishing these valleys and incubators through the provisions of Egyptian legislation. Obtained results will have reached a great impact in encouraging investors and financiers to enter into technological partnerships with nuclear agencies in Egypt for the sake of safe investment in the elements associated with nuclear materials.

Enterprise innovation in technology incubators and university business incubators in the context of Polish industry

Research Background: The development of fledgling enterprises, especially those associated with medium-high and high technology is not easy. They often need to develop from inception a born global strategy, which is a great challenge at the beginning of a new business. Therefore, there is a global phenomenon of incubation, which supports young enterprises in the early stages of development. In Poland, the institutional dimension of incubation (especially for enterprises associated with modern technologies) consists of technology incubators and university business incubators. Yet, scientific research con-ducted in the area of entrepreneurship incubation gives contradictory results - some assess their activity positively, others negatively. Purpose of the article: Enterprises located in an incubator should allocate funds for R&D activities and create innovations to develop and gain market advantage. With this in mind, the purpose of the article is to check whether technology incubators and university business incubators contribute to an increase in the likelihood of conducting R&D activities and introducing product and process innovations. Methods: The study was conducted on a sample of 1058 industrial enterprises distributed across 2 Polish NUTS level 2 regions: Pomeranian and Kuyavian-Pomeranian Voivodships. It concerned innovative activity that enterprises conducted in 2014?2016. Thanks to the use of probit modeling determination was made for the probability of introducing new products and conducting R&D works in entities that used the services of incubators in relation to those that did not belong to them. Findings & Value added: Econometric modeling revealed that in the studied regions incubators contribute to an increase in the introduction of product innovations by enterprises and in conducting R&D activities. Support for the process of implementing innovation occurred significantly more often only in the case where technology incubators were involved. At the same time, it was noticed that only academic incubators increased the chances of introducing product innovations on a global scale. This means that tenants of technology incubators are more innovative than entities outside them, but their innovations in terms of the level of novelty do not differ from innovations implemented in entities outside incubators. The conducted study indicated that the transfer of systemic solutions related to stimulating innovation from developed countries to catching-up countries may be successful. This is a guideline for local authorities to create incubators that allow for an increase in the level of innovation of the incubated enterprises.

Research on the Management System of Science and Technology Incubator

Science and technology incubator, as an organization dedicated to serving science and technology enterprises, has many functions, such as cultivating small and medium-sized science and technology enterprises, transforming science and technology into productivity, adjusting regional and national industrial structure, promoting the development of high and new technology industries, and promoting employment. Since the emergence of the first business incubator in the United States in the 1950s, this new form of social and economic organization has been developing rapidly all over the world, and has cultivated a large number of successful enterprises, which initially made great contributions to promoting the development of the world economy. However, with the increasing number of science and technology incubators and the rapid development of science and technology enterprises, various problems in the management system and operation mode of science and technology incubators are gradually exposed, which seriously affects the sustainable development of science and technology incubators in China. In view of this, based on the analysis of the current situation of science and technology incubator management in China, this paper puts forward the construction strategy of standardized management system of science and technology incubator in order to promote the scientific development of science and technology incubator in China.

Challenges of Health Technology Incubators in Iran: A Qualitative Study

Background: Health Technology Incubators (HTI) play an important role in paving the way depicted in Iran’s comprehensive health plan in order to achieve the aimed position in 2025. In light of the emerging nature of these centers in Iran, identification of HTI problems and challenges, as well as appropriate planning to resolve those problems can have a significant effect and improve Iran’s health system functionality. Methods: This qualitative study was conducted in Iran in 2016. Data were collected through interviews with 24 experts (Interviewees included managers, deputies, and employees from the country's incubators) in the field. Purposeful sampling continued until data saturation level was achieved. All interviews were recorded and then analyzed, and main themes and subgroups were extracted from them based on a framework analysis. In all the mentioned steps the Atlas-Ti software has been employed. Results: Challenges of Health Technology Incubators in Iran were categorized into eight concepts- Cultural, Rules and Principles, Funding, Concentrated Administrative System, Human Resources, Stewardship and Monitoring, Physical space and Equipment, and Communicational. Then 22 challenges were identified with in these concepts. Conclusion: This study suggests that considering the challenges influencing technology incubators in the health sector, a sustainable program for these centers can be designed.