The Innovation Infrastructure of Kazakhstan

Author(s):  
Yelena V. Smirnova

Innovation infrastructure is one of the key elements of a national innovation system, but the very creation of the innovation infrastructure does not guarantee a “boom” in innovations. Although the innovation infrastructure has been legislatively and physically shaped in Kazakhstan, most recent figures show that the innovation performance in the economy falls short of the expectations. Based on a legislative framework, this chapter introduces the concept of innovation infrastructure in Kazakhstan and elaborates on its elements and the way they interact with each other. In addition, supported by the previous studies, it attempts to measure the effectiveness of existing innovation infrastructure. The results of the study reveal that the innovation infrastructure of Kazakhstan is not effective. The ineffectiveness is primarily caused by an inadequate innovation policy which results in scanty linkages between the elements of infrastructure, in particular, between education institutions and industry. Kazakhstan’s experience might prove useful to other countries which are in the process of building innovation infrastructures.

2020 ◽  
pp. 105-110
Author(s):  
Anna Liubchych ◽  
Iryna Podrez-Riapolova

Problem setting. The introduction of the model of innovative development of the national economy requires the improvement of the system of state regulation of investment and innovation processes. It is the transformational trends in the national innovation system that necessitates a comprehensive analysis of the main factors that contribute to innovative development. At the same time, the stimulation of innovation orientation of any country’s development should be considered as part of the model of investment development of its economy, provided that this model has priority in innovative development. Target of research is to study the main factors promoting innovation. To achieve this goal, structural, comparative and statistical research methods were used. Analysis of resent researches and publications. Problems of development of the national innovation system and innovation infrastructure, ensuring the development of innovation processes have received considerable coverage in the works of scientists: S. V. Hlibko, O. V. Rozghon, A. M. Liubchych, A. V. Strizhkova and others. Article’s main body. One way to conceptually organize all the factors that determine innovation in a country is to think about the triangle of innovation success: the factors of the business environment along one side of the triangle; trade, tax and regulatory environment – the other party; and the innovation policy environment – along the third party. An effective business environment includes the institutions, activities and opportunities of the country’s business community, as well as broader societal attitudes and practices that promote innovation. An effective trade, tax, and regulatory environment has a competitive and open trade regime that includes strong government efforts to protect its businesses from foreign mercantilist practices; supporting competitive markets so that new entrants, including those implementing new business models, can thrive; processes that make it easy to open a new business and bring innovation to market; transparency and the rule of law; a reasonable tax burden on business, especially for innovation-based firms and commercial companies. The final stage of the innovation triangle is a complex and powerful system of innovation policy. Although markets and business are key to innovation, without an effective innovation policy, markets will be inefficient. Conclusions and prospects for the development. Effective innovative development of the country is possible only if there is a developed business, trade, tax, regulatory environment and an environment of innovation policy that can guarantee proper support for public investment in innovation infrastructure. At the same time, for Ukraine to be attractive to foreign investors, legislation on attracting investment must be clear, democratic and stable.


2020 ◽  
pp. 144-148
Author(s):  
А.П. Фомина ◽  
Р.А. Дрозд ◽  
М.И. Гайченя

Для достижения необходимого уровня конкурентоспособности экономики страны, развития национальной инновационной системы, требуется идентификация и актуализация факторов, оказывающих влияние на национальную инновационную систему, ее успешное функционирование. Из множества факторов, влияющих на инновационное развитие, необходимо выделить основные и второстепенные. В статье рассматриваются основные характеристики инновационного процесса, механизмы взаимодействия субъектов экономики и науки. Рассматриваются модели эндогенного роста и имитационного инновационного развития и интенсивного инновационного роста. При рассмотрении двух подходов к природе зарождения инновации: модель technology – push и модель market-pull, авторами выдвигается и подтверждается гипотеза о том, что фактором развития национальной инновационной системы является, прежде всего, реализация технологических инноваций. Авторами доказывается, что особое внимание необходимо уделить развитию научно-технической инновационной инфраструктуры. Развитие национальных инновационных систем может иметь секторальный характер: применение соответствующей экономической политики, стимулирующей развитие науки, технологий, инноваций в отдельных секторах экономики и кластерах, в которых под влиянием различных факторов сложились наиболее благоприятные условия для развития в сфере технологий. To achieve the required level of competitiveness of the country's economy, the development of a national innovation system, identification and updating of factors that influence the national innovation system and its successful functioning is required. Of the many factors affecting innovative development, it is necessary to distinguish the main and secondary. The article discusses the main characteristics of the innovation process, the mechanisms of interaction between economic entities and science. The models of endogenous growth and imitation innovative development and intensive innovative growth are considered. When considering two approaches to the nature of the origin of innovation: the technology-push model and the market-pull model, the authors put forward and confirm the hypothesis that the factor of development of the national innovation system is, first of all, the implementation of technological innovations. The authors prove that special attention should be paid to the development of scientific and technical innovation infrastructure. The development of national innovation systems can be of a sectoral nature: the application of appropriate economic policies that stimulate the development of science, technology, innovation in individual sectors of the economy and clusters, in which under the influence of various factors the most favorable conditions for development in the field of technology have developed.


2019 ◽  
Vol 18 (3) ◽  
pp. 114-124
Author(s):  
Svitlana Labunska ◽  
Nataliia Gavkalova ◽  
Andriy Pylypenko ◽  
Olena Prokopishyna

The main aim of the research was to develop cognitive instruments that allow justification of decisions in national innovation policy. In the theoretical part of research fundamentals of national innovation policies of EU-members and Ukraine were compared to reveal factors that can accelerate innovation development. In the empirical part of research the analysis of innovation capability of Ukrainian enterprises was conducted based on financial, statistic and management reports and it confirmed that companies systematically conducted innovation activities, reached higher levels of innovation potential, innovative business opportunities and margin of economic security and, consequently, have more innovative capacities for innovation of all types. The formation of cognitive analytical base allowed the application of scenario modelling at the level of public management of innovation activity. Cognitive modelling approach was justified firstly by increased volatility in economic conditions of modern realities of crisis in the national economy, and secondly high-cost and risky innovations, fast diffusion of information resources during the introduction of innovation processes, and thirdly, the presence of the mutual influence of objects of national innovation system.


Author(s):  
Zeeshan Asim ◽  
Shahryar Sorooshian

As most of the developing countries Pakistan has not yet structure the national innovation system with any concrete policies in order to assist their domestic requirement without comprehensive development of their R&D capabilities. As compares to some of the emerging economies Pakistan National innovation system (NIS) unfortunately operated in isolation unsynchronized structure may cause serious challenge for R&D sector that still unable to developed innovational capabilities. This study highlights the potential gaps in national innovation structure to facilitate the R&D sector. This study explores the significance of innovation capabilities as during the development of national innovation policy to support the innovation structure.


2020 ◽  
Vol ahead-of-print (ahead-of-print) ◽  
Author(s):  
Yuriy I. Razorenov ◽  
Konstantin V. Vodenko

PurposeThe goal of the research is to analyze the university development trends in the national innovation system. The paper presents a review of the formation of innovative development strategies and the place of a university in them. The structure is based on the analysis of foreign trends of the transformation of universities and the examination of the efficiency of the interaction between the university, industry and the state. Russian experience in the transformation of universities is presented.Design/methodology/approachResearch methodologies include methods of statistical and comparative analysis and synthesis. The information analysis base of the research is composed of the reports of the World Intellectual Property Organization at year-end 2019, as well as global comparative assessments of the status and development of innovation activities by the Global Innovation Index and Global Competitiveness Index, which are calculated according to the methodology of the World Economic Forum and others.FindingsIn the course of research, the authors put forward a new model of universities within the framework of the national innovation system, which is based on the “triple helix model of innovation” implemented by universities, industry and the state. The logic and structure of the research are set forth in the following way. First, a review of the global practice of the formation and implementation of state innovation policy is given, with the university being a key link, the foreign experience in the transformation of universities is analyzed and the efficiency of the interaction between the university, industry and the state is examined. Furthermore, consideration is given to the Russian experience in the transformation of universities. In conclusion, the main findings of the research are presented.Practical implicationsResults testify that goals and objectives that can be solved by achieving indicators in the world rankings are important for improving competitiveness of education, but they are only efficient if they conform to management decisions that are taken for achieving them and coincide with strategic goals and directions that should be implemented within the framework of the national innovation and academic system.Originality/valueResearch hypothesis is as follows: modern age is characterized by the rapid development of digital technologies and globalization processes, which transform technologies and cultural patterns into techniques and methods of working with information. Despite the fact that a university is the center for the development of society and culture, which serves as an axiological core, it is subject to the transformation, which is mainly manifested in instrumental changes and the expansion of the social procurement range. The modern educational system is yet to find a contemporary conceptual framework of a university that would satisfy the up-to-date requirements of the global information society in an age of digital revolution and dominate in the educational services market.


2019 ◽  
Vol 9 (1) ◽  
pp. 11-28
Author(s):  
Ramaz Absadze ◽  
Vakhtang Burduli

In the article the current state of the Georgian NIS is shown with the identification and characterization of its still few components, then the priorities for its formation are outlined and justified in the context of the following constituent blocks: the blocks for ensuring the state innovation policy, innovation, the scientific-research sector, technology transfer organizations and other elements of innovation infrastructure, the system of cooperation with international innovation environment, innovation financing unit, training unit, unit to support projects implemented by donors, the block to support innovation development of agriculture. Some directions of the formation of innovation clusters in Georgia were briefly discussed.


2017 ◽  
Vol 2 (2) ◽  
pp. 127
Author(s):  
Kanagasundram Thiruchelvam

<div><p>Malaysia has achieved remarkable economic growth for most parts of its history but is finding itself dogged by weak technological dynamism due to structural features of the economy as well as less than satisfactory proficiency in science, technology and innovation (STI). Despite massive investments in creating STI infrastructure, education, physical infrastructure and incentives to support technology upgrading, the stark reality is that the country continues to lag behind the successful latecomers. This paper presents a brief overview on Malaysia’s STI achievements, salient features of the nation’s national innovation system (NIS), the key challenges of its NIS and some recommendations on moving forward. The central theme of the paper is that success in STI is not automatic. It must be made to happen through effective policies promoting innovation as well as innovations in policy-making itself.</p><p>    </p><p><span style="text-decoration: underline;">Key words</span>: Malaysia; national innovation system; STI; innovation; policy making</p></div>


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