HUMAN DEVELOPMENT REPORT RUSSIAN FEDERATION 2004
Towards a Knowledge based Society
Moscow 2004 Human Development Report 2004 for the Russian Federation has been prepared by a team of Russian experts and consultants. The analysis and policy recommendations in this Report do not necessarily reflect the views of the United Nations Development Programme and the institutions where they are employed.
CHIEF AUTHOR: Fellow, the Institute of Scientific Prof. Sergei N.Bobylev, Dr.Sc. (Economics), Information on Social Sciences, Russian Department of Economics at Moscow State Academy of Sciences University Prof. A.V.Poletayev, Dr.Sc. (Economics), Head of Section at Institute for World CHAPTER AUTHORS: Economy and International Relations E.Brunat, Dr.Sc. (Economics), Senior (IMEMO), Russian Academy of Sciences Economist — Advisor, UNDP Moldova — Prof. A.A.Sagradov, Dr.Sc. (Economics), Belarus Department of Economics at Moscow State Prof. A.E.Varshavsky, Dr.Sc. (Economics), University Head of the Laboratory at Central Economics and Mathematics Institute, BOX CONTRIBUTORS: Russian Academy of Sciences K.D.Danishevsky, Ph.D. (Medicine), A.G.Vishnevsky, Dr.Sc. (Economics), Research Fellow at the London School of Director, Centre for Demography and Hygiene and Tropical Medicine; Consultant Human Ecology, Institute for Economic at the Open Health Institute, Moscow Forecasting, Russian Academy of Sciences N.V.Zubarevich, Dr.Sc. (Geography), Prof. A.L.Gaponenko, Dr.Sc. (Economics), Associate Professor at the Department of Head of the Sub Faculty of General and Geography, Moscow State University Special Management of the Russian A.G.Makhrova, Ph.D. (Geography), Senior Academy of Public Service at President of Research Fellow at the Department of the Russian Federation Geography, Moscow State University Prof. A.A.Dynkin, Dr.Sc. (Economics), M.Svedberg, M.A. (Political Economy of Deputy Director, Institute for World Transition) from the London School of Economy and International Relations, Economics, Chief Analyst at the Stockholm Russian Academy of Sciences, Institute of Transition Economics Correspondent Member A.E.Shabashov, Ph.D. (Medicine), Research Prof. V.L.Makarov, Ph.D. (Economics), Fellow at School of Public Health, Dr.Sc. (Physics and Mathematics), Director Tver State Medical Academy; Assistant of Central Economics and Mathematics Professor at the Department for training of Institute, Russian Academy of Sciences, General Practitioners, Tver State Medical Academician Academy T.M.Maleva, Ph.D. (Economics), Director, A.E.Sourinov, Dr.Sc. (Economics), Deputy Independent Institute for Social Policy Director, Federal Service for the State V.G.Nickolaev, Ph.D. (Sociology), Senior Statistics Lecturer of the Department of Sociology at Moscow State University; Associate Professor, the State University — Higher COVER ILLUSTRATION: School of Economics; Senior Research Iljin E.A.
Human Development Report 2004 for the Russian Federation/Ed. by Prof. S.N.Bobylev; translation from Russian by Sdobnikova G.Y., Pavlov G.A., Sayfulin M.M., Seslavin P.A.; ed. in English by Ben W. Hooson — VES MIR Publishers, Moscow, 2004, 138.pp., incl. tables, figures, boxes and features.
This is the ninth Human Development Report for the Russian Federation. National reports such as this are published on the initiative of the United Nations Development Programme (UNDP) in many countries of the world. Global reports are also brought out annually. The reports are compiled by teams of independent experts. The main theme of the Russian Federation Report in 2004 is “Towards a Knowledge based Society”. Human development is the key factor on the road to a new society, and Russia’s economy has to effect the transition from reliance on natural resources to reliance on the most powerful renewable resource known to mankind, which is knowledge. The report highlights problems and positive trends in ongoing reforms, aimed at constructing a society based on knowledge. The Report is intended for public administrators and businessmen, political scientists, scholars and students.
ISBN 5 7777 0317 8
© UN Development Programme, 2004 The United Nations Development Programme in the Russian Federation would like to express its sincere gratitude to the co sponsors of the Human Development Report 2004 for the Russian Federation.
Swedish International Development Cooperation Agency (Sida)
United Nations Population Fund (UNFPA)
World Health Organization (WHO)
United Nations Educational, Scientific and Cultural Organization (UNESCO)
Acknowledgements
The authors are particularly grateful for assistance to A.Granovsky, V.Nebenzya, V.Zagrekov and R.Khairullin, Department of International Organizations of the Ministry of Foreign Affairs of the Russian Federation. Assistance and support for the implementation of this project was provided by UNDP representatives in the Russian Federation: Stefan Vassilev, Resident Representative; Eric Brunat, Deputy Resident Representative (till April 2004); Shombi Sharp, Assistant Resident Representative; Elena Malanova, Programme Officer; Natalia Voronkova, Project Manager. The authors also appreciate constructive recommendations and comments provided by a range of participants at the Public Hearing on the draft Human Development Report. Dear Readers,
This report, a joint initiative of the Government of the Russian Federation and the United Nations Development Programme, comprises the ninth in a series of annual Reports providing rigorous analysis of leading social, economic and environmental challenges within the frame work of sustainable human development and the Millennium Development Goals. Prepared by leading Russian experts, each Report’s consistent methodology facilitates statistical comparison over time. The concept of human development forms one of the United Nations’ overarching objectives, guiding the efforts of numerous agencies across multiple sectors. I am pleased to note that the Human Development Report series has helped stimulate greater focus on Russia’s human capi tal development. The level of policy discussion and public discourse on this issue has increased unmistakeably in the federal government and State Duma, as well as regional legislatures and administrations, the academic community and civil society. Of particular note, the human development index (HDI), calculated across the regions of Russia each year by our experts, has been chosen by the Russian Government as one of the key indicators for measuring progress against national socio economic goals and objectives . This year’s report builds a compelling case for the need and means to promote a knowledge based society in Russia. This subject has gained considerable attention internationally as countries struggle to meet the challenges of 21st century. Humanity stands at an uneasy crossroads, facing mounting social, economic and environmental concerns. A growing consensus points to no less than the transformation of our societies and economies, through the exploitation of knowledge, as a nec essary condition for sustainability. This report strives to examine human development through the lens of a society based on knowledge, in which people, their educational attainment, cultural her itage, welfare, health, and capacity for free choice, determine national potential. In this context, the report addresses some of the most critical aspects of Russia’s continuing transformation, highlighting key national comparative advantages, such as a highly educated population, extensive technology and research potential, and bountiful natural resources. Outlining mechanisms for overcoming obstacles and effectively exploiting comparative advan tages, the authors make, in my view, a clear case that Russia well placed to achieve the ideals of a knowledge based society and economy. Considerable attention is paid to the elaboration of the National Innovation System, the elimination of institutional impediments to change, and the strengthening of the human capital base. These arguments compliment the priorities of the Russian government as it continues economic and administrative reform to overcome depend ence of the Russian economy on natural resource extraction and build the nation’s innovation potential. Translating sustainable economic growth into human development comprises the fun damental challenge for Russia’s future. As President Vladimir Putin emphasized, this growth must be driven by domestic factors, including a vibrant high tech industry, to ensure a broadly increasing quality of life in Russia. In conclusion, I would like to express my hope that this Report will help stimulate vibrant discussion on human development in Russia and provide users, including representatives of gov ernment, civil society and business, with a practical tool for guiding Russia along the path to a knowledge based society.
Stefan Vassilev, UNDP Resident Representative in the Russian Federation To the Reader
It is my pleasure to welcome the latest Human Development Report for 2004, produced with the support of the United Nations Development Programme in the Russian Federation. This year’s report centers on one of the most important challenges facing the nation today, including, as underscored by President Vladimir Putin, the need to develop an economy “based on knowl edge and science.” A new economic and, indeed, social impetus in Russia remains a key condition for building a country competitive in all respects. The dynamic of innovation must be unleashed at every level, from the development of new technologies to their application across each link in the pro duction and marketing chain. Successful innovation policy requires collaboration by all partic ipants in the process, including federal and regional administrations, business, and civil socie ty. An essential foundation for the development of a knowledge based economy, the role of edu cation draws considerable attention and analysis in the Report. Further, significant reform of the model for Russian science is needed to ensure that the most promising research receives appro priate resources. While the state and business should cooperate to identify those opportunities most worth exploring, science and education must work together to redefine the scientific com plex. A well conceived, concerted effort can give a major impulse to further development of the Russian economy. The challenges facing Russia today are largely those facing broader humanity in this time of rapid change. In this connection, Russia must leverage its unique cultural and scientific assets to remain a key player in the global market. Our accomplishments should be made available to all, paving the way for Russia’s full integration into the world community. The United Nations Development Programme in Russia deserves much gratitude for its work in preparing this timely report. A knowledge based economy and society remain exceedingly vital, yet viable aspirations for our country.
Andrei Fursenko, Minister of Education and Science of the Russian Federation Contents
Introduction ...... 15 What is a Knowledge Based Economy? ...... 16 Education and Information Resources in a Knowledge based Society ...... 18 Measuring the Knowledge Economy ...... 19
Chapter 1. National Innovation System: the Basis of Russia’s Knowledge Economy ...... 23 Creation and Use of Knowledge in Russia and Abroad ...... 23 Innovation in Specific Industries ...... 24 Innovation Policy of the Russian Government ...... 27
Chapter 2. Towards a Knowledge Based Economy ...... 31 Key Factors Hindering the Development of a Knowledge Economy in Russia . . . . . 31 Optimistic Expectations: Resumption of Progress Towards a Knowledge Based Economy ...... 34 Incentives to Develop the Knowledge Economy ...... 39 Feature Developing a Knowledge based Economy ...... 42
Chapter 3. Economic Growth, Incomes and Social Differentiation ...... 45 An Outline of the Russian Social Pyramid ...... 45 Household Income Dynamics in Conditions of Economic Growth: Political Alternatives ...... 46 The Middle Classes in Contemporary Russia ...... 50
Chapter 4. Can Knowledge Replace People? ...... 55 Russia is Shrinking ...... 55 Low Fertility Makes Population Growth Impossible ...... 58 Knowledge is not yet Helping Russians to Reduce Mortality ...... 59 An Ageing Population Requires New Approaches to Knowledge Renewal ...... 63 International Migration: Another Challenge to Reproduction and Use of Knowledge in Russia ...... 64 Feature Social Aspects of Public Health ...... 60 Feature Protection of Intellectual Property in Russia’s Public Health System ...... 67
Chapter 5. Education and the labour market ...... 69 Trends in Demand for Tertiary Education ...... 69 Supply in the Market for Tertiary Education ...... 72 Tertiary Education and the Labor Market ...... 74 Feature Society and Professional Education: Quantitative Dimensions ...... 79
Chapter 6 Human Development and Intellectual Potential of Russia’s Regions ...... 81 The Human Development Index in Russia’s Regions, 1979 2001 ...... 81 Social and Economic Factors of Human Development in Russian Regions ...... 88 Knowledge based Development in Russia’s Regions ...... 90 Feature Science Cities: Sources of Growth or Centers of Stagnation? ...... 96
Chapter 7. Intellectual Capital ...... 99 The Structure of Intellectual Capital ...... 99 The Measurement of Intellectual Capital ...... 102
Chapter 8. Attitudes to Knowledge in Society ...... 109 General Attitude to Education ...... 109 The Significance of Education in Russia ...... 110 The Attitude to School and Secondary Education ...... 111 Educational and Employment Aspirations after School ...... 113 Attitude of Students towards Higher Education ...... 114 Education System and Labour Market ...... 115 Unattractiveness of Academic Careers ...... 116 Society’s Attitude to Science ...... 117
6 Human Development Report for the Russian Federation Annexes ...... 121 Annex to Introduction (A I) Calculating Knowledge Economy Indexes ...... 121 Table 1. Basic Knowledge Economy Indicators, Russia and the USA ...... 121 Table 2. Knowledge Economy Index and its Components for Countries of Europe and Central Asia ...... 122 Table 3. Indicators of the Economy and Institutional Regime, USA and Russia ...... 122 Table 4. Indexes of State Governance for the USA and Russia ...... 123 Table 5. Innovation ...... 123
Annex to Chapter 2 (A – 2) ...... 124 Table 1. Ratio Between the Shares of Value Added in Goods and Services Produced in the Key Sectors of the Knowledge Economy and in Industry as a Whole in Russia and the USA ...... 124 Figure 1. Industrial Production Index and Number of Industrial Personnel in Russia in 1990 2003 ...... 124
Annex to Chapter 4 (A 4) ...... 125 The share of people aged 25 64 in EU countries with education no higher than basic secondary (2001, %) ...... 125
Annexes to Chapter 5 (A 5) ...... 126 Annex A 5.1. The International Standard Classification of Education (ISCED) and the Education System in Russia ...... 126 Table 1. Levels of Education According to ISCED 1997 ...... 126 Annex A 5.2. International Comparisons of Tertiary Education Indicators in G 8 Countries ...... 128 Table 1. Students by Education Levels and Types of Educational Institutions, 2001, in % ...... 128 Table 2. Teaching Staff Characteristics by Tertiary Education Levels, 2000 . . . . . 128
Annexes to Chapter 6 (A 6) ...... 129 Annex A 6.1 ...... 129 Diagram 1. Balanced Human Development in Russian Regions in 2001 ...... 129 Annex A 6.2 ...... 130 Diagram 1. Impact of Socio Economic Factors (per one percent positive change) on regional HDIs ...... 130 Diagram 2. Gross Regional Product and Life Expectancy at Birth in Russian Regions in 2001 ...... 131 Diagram 3. Rate of Growth of Gross Per Capita Regional Product and Life Expectancy at Birth in Russian Regions, 1996 2001 ...... 131
Annex A 6.3 ...... 132 Diagram 1. Proportions of HDI Components in 8 Groups of Russian Regions in 2001 ...... 132
Annexes to Chapter 8 (A – 8) ...... 135
Annex A – 8.1 Education as a determinant of success in life...... 135 Table 1. Criteria of advancement in the Soviet and market eras (seven point scale) ...... 135 Table 2. Importance of good education for success in life, % ...... 135 Table 3. What determines success in life: distribution of student responses, % . . 136 Annex A – 8.2 Living Conditions of School Teachers in Russian Society ...... 137
List of Boxes, Figures, Tables and Features Used in the Report Box 1.1...... 23 Box 1.2...... 27 Box 1.3...... 28 Box 2.1...... 32 Box 2.2...... 34 Box 2.3...... 34 Box 2.4...... 38 Box 3.1. Access to Tertiary Education and its Quality ...... 51 Box 4.1. Population Dynamics and Development of Higher Education in Russia . . 57 Box 4.2...... 61 Box 5.1...... 69
Contents 7 Box 5.2. Joint Declaration of European Ministers of Education Convened in Bologna on 19th June, 1999 ...... 70 Box 5.3...... 71 Box 6.1...... 90 Box 6.2...... 94 Box 7.1...... 100 Box 7.2. Brands in Russia ...... 101 Box 8.1. The Role of Education in the Russian Youth’s System of Values ...... 110 Box 8.2. How Teachers Evaluate Children’s attitude to School Education ...... 112 Box 8.3. Evaluation of the Prospects of Russian Science ...... 117 Box 8.4...... 117
Diagram 1.1. Innovation in Various Industries, 2002 ...... 25 Figure 3.1. Broad Social Strata in Contemporary Russia ...... 46 Figure 3.2. Average Per Capita Household Money Income, Wages and Pensions Compared to 1997 (1997 = 100%) ...... 47 Figure 3.3. Empirical Structure of the Middle Classes ...... 52 Figure 4.1 Russia’s Population in 1950 2000 and Population Projection until 2050 according to Different Confidence Probabilities (millions) ...... 55 Figure 4.2. Total Fertility Rate in Various Countries in 2001 ...... 59 Figure 4.3. Male and Female Life Expectancy in Russia and in some Developed Nations in 1946 2007 (years) ...... 61 Figure 4.4. The Age Dependency Ratio in Russia per 1000 adults (men aged 26 59, women aged 16 54), 1950 2002 ...... 63 Figure 4.5. The share of 20 39 year olds in the 20 59 age groups ...... 64 Figure 4.6. Annual Net Migration: Actual in 1981 2000, and Necessary in 2001 2050 to Maintain Population Size (Median Values of a Series of Forecasts), Thousands ...... 65 Figure 5.1. Number of Entrants to Tertiary Education Institutions, 1992=100 . . . . 70 Figure 5.2. New Entrants to Higher Education Institutions by Fields of Education and Types of Financing, 1992 and 2002, thousands of people ...... 74 Figure 5.3. Characteristics of Demand and Supply in the Labor Market by Levels of Education, 2002, in % (yearly average based on the results of four labor force surveys) ...... 75 Figure 5.4. Tertiary Education Graduates, 1995=100 ...... 76 Figure 5.5. Average Monthly Wages by Levels of Education (income of people with general upper secondary education = 100 ...... 77 Diagram 6.1. Dynamics of HDI Components in Russia, 1979 2001 ...... 82 Diagram 6.2. Dynamics and Differentiation of HDIs for Russian Regions in 1979 2001 ...... 82 Diagram 6.3. Social Spending Per Capita and HDI Dynamics in Russian Regions, 1996 2000 ...... 89 Diagram 6.4. Dynamics of Gross Regional Product per Capita and Income Inequality in Russian Regions, 1995 2001 ...... 89 Diagram 6.5. The Index of Development of Intellectual Potential in 2000 and Gross Regional Product Per Capita in 2001 in Russian Regions ...... 93 Diagram 6.6. Influence of Factors Determining Gross Regional Product Per Capita in 64 Russian Regions ...... 94 Figure 7.1. The Structure of Intellectual Capital ...... 99
Table 1.1. Knowledge Economy Index and its Components ...... 21 Table 2.1. Wages by Economic Sectors and the Subsistence Level in Moscow . . . 32 Table 2.2. The decline of employment in R&D ...... 33 Table 2.3. Main Economic Indicators ...... 35 Table 2.4. Rate of Industrial Production Growth (Decline) in Russia, 1990 2003 35 Table 2.5. Investment in the Knowledge Sector (as % of GDP) ...... 36 Table 2.6. Contribution of Knowledge intensive Industries to GDP (Value Added as a Percentage of GDP) ...... 37 Table 2.7. Russia’s Place Among Developed Countries ...... 38 Table 3.1. Key Indicators of Household Income Levels and Changes in 1992 2003 ...... 48 Table 3.2. Income Inequality Indicators in 1992 2003 ...... 49 Table 3.3. Structure of the “Semi Core” Middle Class ...... 52 Table 4.1. The Share of Russian Men and Women with Secondary or Secondary and Higher Education (%), Shown by Years of Birth from 1925 to 1969 ...... 56 Table 4.2. People with Education above Primary Level per 1000 in Various Age Groups, according to the 1989 and 2002 Population Censuses ...... 56
8 Human Development Report for the Russian Federation Table 4.3. Average Number of Children Desired by Russian Women who Plan to Have at Least One Child (1970s data) ...... 58 Table 4.4. Life expectancy in Russia at the End of the 19th Century, in the Mid 20th Century and at the Beginning of the 21st Century . . . . 59 Table 4.5. The Life Expectancy Gap between Russia some Developed Nations at the Beginning and the End of the 20th Century (years) ...... 62 Table 4.6. Average Years Lived between the Ages of 20 and 70 in Groups with Various Education Levels in Russia (1979 to 1989) ...... 62 Table 4.7 Life Expectancy of a 20 year old Man between the Ages of 20 and 60 in Selected Countries ...... 62 Table 5.1 Persentage Share of People Aged 25 64 with Tertiary Education Attainment in OECD Countries (2001) and Russia (2002) ...... 69 Table 5.2 Growth in the Number of Tertiary Students by Types of Educational Institutions, Full time or Part time Modes of Education, and Gender (2002 as % to 1994) ...... 71 Table 5.3. Growth Rates in the Number of New Entrants to Tertiary Education Institutions by Fields of Education, 2002 as % to 1992 ...... 72 Table 5.4. Gross Tertiary Education Expenditure in G8 Countries (1999) ...... 75 Table 6.1. The Human Development Index for Russian Regions in 2001 ...... 83 Table 6.2. The Human Development Index in Russian Regions, 1979 2002 . . . . 86 Table 6.3. Leading Regions (“Top 10”) and Outsider Regions (“Bottom 5”) measured by HDI in 1979 2001 ...... 88 Table 6.4. The Index of Development of Intellectual Potential in Russian Regions in 2000 ...... 91 Table 7.1. The Tobin Ratio in Major Russian Companies ...... 102 Table 7.2. Some Russian Companies with Tobin Ratios Below One ...... 103 Table 7.3. Public Spending on Education, Health and Defence ...... 104 Table 8.1. The youth’s opinions about the value of higher education, percentage of answers ...... 111 Table 8.2. Evaluation of social significance, prestige, and remunerativeness of occupation by pupils of senior classes (scale 0 to 10 and ranking) . . 112 Table 8.3. “A boy is a businessman, a girl is a model” ...... 114
Feature Developing a Knowledge based Economy ...... 42 Table 1. World Economic Forum Innovation and Competitiveness Ranking . . . 42 Table 2. Knowledge Economy Indicators ...... 43
Feature Social Aspects of Public Health ...... 60 Table 1. Alcohol related Mortality ...... 60 Table 2. Suicide Levels in Russia ...... 60
Feature Protection of Intellectual Property in Russia’s Public Health System . . . 67
Feature Society and Professional Education: Quantitative Dimensions ...... 79 Table 1. Education Level in Russia ...... 80 Table 2. Literacy in the 9 49 Age Group ...... 80
Feature Science Cities: Sources of Growth or Centers of Stagnation? ...... 96 Figure 1. Average wages in science cities (the Russia Federation = 100) ...... 96 Table 1. Main Socio Economic Indicators of Science Cities in Moscow Region in 2000 ...... 96
Contents 9 Foreword
This is the ninth Human Development Report for the Russian Federation. National reports are published at the initiative of the United Nations Development Programme (UNDP) in 135 countries of the world. Global and regional reports are also published annually, addressing key challenges facing the international community. While Human Development Reports are commissioned by UNDP, they are compiled by teams of leading independent experts. The 2004 Human Development Report for the Russian Federation maintains conceptu al continuity with previous national reports, compiled each year by teams of independent Russian experts with assistance and support from the UNDP Country Office in Moscow. The 2004 Report, as its predecessors, constitutes an in depth analytical study centering on a selected theme rather than a descriptive account of socio economic development during the previous year. The subject of focus for this year's report is formulated as «Towards a Knowledge based Society.» While growing international acknowledgement that social advancement is to a large extent dependent on a knowledge economy to drive social change, the development of such an economy in turn relies on human capital. To respond effectively to this global challenge, Russia must continue to restructure its economy in favor of innovation, to shift from development based on the exploitation of natural resources toward harnessing the most powerful renewable resource available: knowledge. The Report identifies both current obstacles and positive trends in the ongoing reform process in Russia within the framework of a knowledge based economy and society. Contributors to the Report draw largely on official statistics compiled by the Federal Service for State Statistics and official data supplied by various government ministries and departments. References are provided only when non official sources of information or data are used. Where multiple sources of information are available, the Report cites officially published materials. For the purpose of analysing trends in contemporary public opinion, especially concerning attitudes to knowledge, results of public surveys are employed.
10 General Overview
The eight publication in an annual series, tion policy. A National Innovation Systems the 2004 Human Development Report for (NIS) is one of the fundamental drivers of a the Russian Federation examines perspec knowledge society. In Russia, the NIS con tives, opportunities and challenges, along tinues to endure a painful process of trans Russia’s path “Towards a Knowledge based formation resulting from the switch to a Society”. market economy from a centrally planned, The Introduction examines the essential state owned model. The drastic change of features of such a society, as determined by institutional conditions both within and the penetration of knowledge into every exogenous to the NIS has produced crisis sphere of life, significant changes in the phenomenon. The effect of a rapid, sharp socio economic structure of society, and by reduction in budget funding (mainly in effective application of created knowledge. government defense spending) has been This new society makes active use of infor exacerbated by the inability of the business mation resources, which have a number of community to initiate major innovation specific features that distinguish them from projects. This stems largely from the often traditional resources. These distinctions are contradictory and incomplete privatization A broad analysis examined in the Introduction. of the economy. The authors analyze possible approach While retaining a strong position in of relevant available es to measuring key parameters of the some fields of research and continuing to data demonstrates that knowledge society and its foundation, the make contributions to international sci Russia’s economy knowledge economy, including various ence, Russia lags behind developed coun features several qualities methodologies for measurement using a tries in several ways, including the applica range of proxy indicators. International tion of results, broad levels of technology, fundamental to comparisons across countries are made, and the effectiveness of state policy in knowledge based including Russia. A broad analysis of rele research and innovation. A market based development vant available data demonstrates that NIS is gradually taking shape in the coun Russia’s economy features several qualities try. New innovation structures are evolving, fundamental to knowledge based develop from more small businesses to revitalized ment. These include a high level of educa research and academic institutes, which are tional attainment, significant innovation capable of launching commercially attrac potential and the relatively developed tive innovation projects. Russia’s chief material and technical base of Russia’s objectives for innovation are to support the ‘National Innovation System.’ There are, production and export of goods with high however, a host of significant challenges to value added while promoting a culture of the formation of an enabling institutional entrepreneurship. The success of this strat environment for the knowledge based egy depends on such incentives as a differ economy, including a low efficiency of state entiated tax policy for high tech industries, governance and regulation of the economy, the promotion of investment and the mod insufficient incentives for entrepreneur ernization of infrastructure, and measures ship, and high administrative barriers to to stimulate domestic demand. market creation. Chapter 2, «Towards a Knowledge Chapter 1, «National Innovation Sys Based Economy», analyzes prospects for the tem: the Basis of Russia’s Knowledge development of new economic drivers in Economy», considers key issues drawing Russia. Among the principal obstacles to from the experience of developed coun development of a knowledge economy con tries, including international comparisons sidered for Russia include: the prioritization of priorities and results in scientific devel of natural resource sector development over opment, levels and trends in innovation, diversified manufacturing (particularly tech and state research programmes and innova nology based manufacturing); a predomi
11 nant focus on relatively short term planning ployed, large families, the disabled, etc.), goals; insufficient valuation of human capital with incomes below the minimum subsis protection and development; a lack of conti tence level, has been dependent on direct nuity in science and technology; and signifi state regulation effected through indexation cant contraction of the military industrial of minimum pensions, wages and various complex, in which much of Russia’s high benefits. Much attention is devoted in this tech is concentrated. chapter to Russia’s middle class, which typ Despite these serious challenges, there ically constitutes a key driver for progress are clear grounds for optimism. The coun towards a knowledge based society. It is try’s scientific and technological potential demonstrated, however, that the bulk of Despite these serious is still impressive, as demonstrated by the Russians belong to a group somewhere volume of output of high tech products. between the middle class and the very poor. challenges, there are Industrial production grew rapidly in 2003, Perhaps surprisingly, the research suggests clear grounds for including the relatively research intensive that incomes of people in this majority optimism. The country’s branches of machine building, such as group are relatively little affected by eco electrical engineering, instrument making nomic growth. scientific and and some parts of the defense industry. Chapter 4, “Can Knowledge Replace technological potential Another indication of positive trends in the People?”, finds cause for concern in the is still impressive, economy is an increase in foreign direct demographic factor of Russia’s human cap as demonstrated by investment (FDI). These improvements, ital calculus. Russia has the largest popula however, cannot be viewed as decisive. The tion in Europe, yet its numbers have been in the volume of output enabling environment in Russia for knowl steady decline since reaching a peak in of high tech products edge generation and application falls short 1992. According to numerous forecasts, of that in Europe and elsewhere. This chap Russia can expect 30 35% fewer people by ter reviews measures that need to be taken the middle of the century, with a significant to stimulate development of a knowledge rise in the average age of the population. based economy in Russia. It is essential that These unfavorable quantitative changes can large enterprises extend vertical supply be offset in part by raising the quality of chain linkages to help stimulate the cre human potential through health improve ation and sustainability of small and medi ments, increased life expectancy, and um enterprises, while the state promotes an enhancement of the educational system. enabling legislative, organizational and But these qualitative changes depend on economic environment. overcoming the current negative trends in Chapter 3, «Economic Growth, Incomes health and education. Over the last four and Social Differentiation», analyses chal decades, Russia has fallen increasingly lenges for Russia’s advancement towards a behind the industrial developed countries in knowledge based society associated with the terms of life expectancy, a central indicator painful transition to a market economy, most of national health and a key component of notably a dramatic rise in social and income the Human Development Index (HDI). inequality. In addition to measures of income While this prolonged mortality crisis must and consumption, socio economic vitality is be stopped, international evidence over the determined by material resources, immateri past several decades suggests that mortality al (intangible) resources and subjective ele reduction through the application of con ments (e.g. individuals’ self assessment). In temporary medical advances has its limits. 2003, the first year of a return to growth in Rather, significant changes in social behav real household income, there was a signifi ior are required to impact mortality, cant reduction in the share of households fomenting a culture in which people take with income below the subsistence level. At responsibility for their own health and soci the same time, however, income inequality ety addresses complex challenges like the indicators approached their previous maxi spread of HIV/AIDS with evidence based mum levels of 1997–1999 – a period defined public health approaches. by significant national economic stress. Such qualitative steps, however, are The income growth of recent years is insufficient alone to overcome the demo analysed and compared across social strata. graphic challenge facing Russia. Quantitative Growth in incomes of society’s more disad measures are also necessary to stabilize the vantaged groups (pensioners, the unem size of Russia’s population, or at least slow its
12 Human Development Report for the Russian Federation depletion. While this can be achieved to a highlights the fact that, as a large federal certain extent by raising the birth rate and state, sustainable development in Russia reducing mortality, immigration constitutes depends on economically strong regions and Such qualitative steps, the most effective resource, essentially limit effective regional policy. One of the more less, for rapid response to a declining popula pressing challenges considered is the reduc however, are insufficient tion. The task is to develop a workable immi tion of socio economic inequality across alone to overcome the gration strategy, allowing the efficient recep regions. This is critical both for economic demographic challenge tion and integration of immigrants into growth and social coherence in a diverse Russian society. This in turn depends on an society. As the implementation of social pol facing Russia. effective and accessible educational system, icy rests mainly within the mandate of the hallmark of a knowledge based society, as regional administrations, programs to stimu the best instrument for the social integration late human development constitute an of immigrant populations. important part of regional policy. The Chapter 5, «Education and the Labor Human Development Index (HDI) – its Market», is devoted to tertiary education, a calculation, analysis, dynamics and regional critical underpinning for the competitive differentiation, forms a framework for analy knowledge economy. In line with global sis in this chapter. The past 25 years in Russia trends, demand for tertiary education in can be generally separated into three human Russia has been growing rapidly since 1992. development periods: from 1979 1989 dif Considered a world leader by some formal ferentiation across regional HDIs dimin measures, the education level of Russians ished; it then increased from 1989 1994; and reached record heights at the start of the began to diminish again from the end of the third millennium. Impressive quantitative 1990s for a majority Russian regions (with indicators of tertiary educational achieve the exception of relative outliers on either ment, however, have yet to produce corre end of the scale). Changes in HDI inequali sponding levels of economic development ty between regions has resulted largely from and material living standards. The chapter asymmetric initial positions in terms of nat analyses possible explanations for the low ural resources and differential adaptation to efficiency of tertiary education and the nascent market conditions. As the implementation of overall relationship between the education The chapter divides 79 indexed regions social policy rests mainly al services and labor markets. of Russia into eight groups according to within the mandate of The educational system in Russia similarity of need and priorities in regional responded promptly to vigorous growth in programming. An ‘intellectual development regional administrations, demand for tertiary education and, fur index’ is developed to assess the impact of programs to stimulate thermore, the structural adjustment of that knowledge on material well being, by human development con demand: paid enrolment in state education region. The leading positions in this index institutions rose rapidly, and non state are occupied by regions with the most stitute an important part education institutions entered the market. extensive networks of higher education and of regional policy The number of specialists graduating with research institutions (the cities of Moscow various types of tertiary education has been and St. Petersburg, and the Novosibirsk and on the rise since the mid 1990s, and formal Tomsk regions) and/or a greater share of so indicators suggest that the Russian work called “science cities” (including Moscow, force is already relatively highly educated. Nizhny Novgorod and Kaluga regions). Broad standards of training at educational Chapter 7, «Intellectual Capital», dis institutions, however, are increasingly at cusses the fundamental role of intellectual variance with expectations, sending dis capital as a measure of wealth in contempo torted signals to the market and forcing the rary societies, and its importance as a pro development of protective mechanisms. As ductive asset in determining the competi well as changing the specialization struc tiveness of national economies. Intellectual ture of demand for employees with tertiary capital comprises three subgroups that inter (particularly higher) education, the market act dynamically: human, organizational and is also adjusting itself to increased supply of customer capital. Given their mutual skilled labor by reducing the “education dependency and synergistic relationship, premium” in wages. imbalanced investment across the three Chapter 6, “Human Development and components produces sub optimal results. Intellectual Potential of Russian Regions”, This chapter considers possible approaches
General Overview 13 to measuring intellectual capital, including tudes into action. In general terms, the atti financial indicators such as the Tobin index. tude of Russian society towards knowledge is Non financial estimates of intellectual cap best described as dualistic. On the one hand, ital are also proposed to assess the competi society places a high value on «having an tiveness of organizations, including con education», since people see this as crucial to stituent factors of that competitiveness. their status and career prospects; on the Intellectual capital can be estimated within other hand, the status of knowledge per se, the framework of a single organization, a and of those who produce and reproduce it, selected region or the national economy as a is relatively low. Surveys demonstrate that whole. Such estimates help to clarify this dual position is typical of Russians prospects for economic growth and socio across all levels of education – from second economic development in an increasingly ary school to higher education. global competitive environment. Despite placing a high value on higher A number of leading Russian compa education, most Russians today take an nies have already accumulated significant essentially utilitarian attitude towards it: a intellectual capital. This, however, is far good education is valued, above all, as an from the market standard. With a relatively instrument for improving social status, deep supply of human capital, Russia has material well being, and career promo considerable potential for vigorous growth tion. The acquisition of knowledge and in intellectual capital. The other factors in skills becomes secondary, almost inciden Effective means of this equation – organizational and con tal. And education itself is not an attractive addressing this problem sumer capital – remain relatively under profession due to the low status and wages developed. Successful stimulation of these assigned to it. Effective means of addressing require more efficient use elements could produce considerable syn this problem require more efficient use of of existing resources and a ergy, enabling rapid growth of intellectual existing resources and a simultaneous ele simultaneous elevation of capital in the private sector, macro econo vation of education and science as priorities education and science as my and society as a whole. for state investment. This is critically Chapter 8, «Attitudes in Society to important if Russia is to avoid an irre priorities for state Knowledge», offers a sociological analysis of versible loss of knowledge resources as the investment the challenge of cultivating a knowledge system fails to replace current education based society. Of particular note, institution and research personnel. A more enabling al transformations in the production, repro environment for private sector support of duction, and practical application of knowl science and education, through both pri edge can elevate intellectual standards in vate public partnerships (PPP) and charita Russian society only to the degree that ordi ble, or corporate social responsibility nary Russians feel they have a stake in the (CSR) channels also constitutes an import knowledge process, are positively disposed means of invigorating the fields of educa towards it, and are prepared to translate atti tion and science.
14 Human Development Report for the Russian Federation Introduction
Over a decade after embarking on a dra principal factors for the formation of a matic transition in which the very struc knowledge based society in Russia: econo ture of the socio economic model would my and education, taken in the broadest transform, Russia increasingly faces chal sense. Through the prism of these sectors, lenges of contemporary development the report investigates the multi faceted shared by many countries in the world. challenges along the path to a knowledge The role that knowledge plays in unleash based society. The knowledge based econ ing a society’s full social and economic omy is introduced in detail first, followed in potential has gained considerable curren the second half of the report by the social cy globally among economists, political and human development aspects that com and civic leaders and other stakeholder plete a knowledge based society. groups. People, and the dynamics of how Effective formation of a new society they interact to produce knowledge, tech depends to a large extent on the underpin nological advance, and even social capital nings of a knowledge based economy. Intellectual effort, special now command attention as drivers in the Knowledge has already become a signifi skills and communication equation of growth. But achieving a cant component of most products and serv not only create added knowledge based society requires nothing ices in the modern world. Intellectual less than the generation of a knowledge effort, special skills and communication value, they ensure the culture across all spheres, including the not only create added value, they ensure competitiveness and economy – a reformulation of the context the competitiveness and economic devel economic development of in which socio economic transaction opment of organizations at all levels. A sig organizations at all levels takes place. Knowledge is both generated nificant share of the value of many products and applied efficiently and updated con is created at the stage of marketing, sales, tinuously. research and development (RD), and serv It would be instructive at this point to ice, rather than at the stage of material pro define what precisely is meant by a knowl duction. Knowledge stimulates the emer edge based society. While a concise model gence of new types of activity, new produc or formulation has yet to be demonstrated tion methods and industries; it becomes the in the literature, we endeavor in this report driving force in renovating technologies to illustrate the end goal and describe, and a key factor of competitiveness and through qualitative and quantitative param consumer well being. Globalization and eters, the path towards it. The drivers of the internet revolution have witnessed an fundamental change in social capacity acceleration in the production of new reside, first and foremost, in the concept of knowledge, and the modes of activity asso human development. To color the canvas of ciated with knowledge, information, and its future, so to speak, a society must wield communication, are expanding exponen a full palette. It is necessary, therefore, to tially. embrace change across a spectrum of social Human development, new managerial institutions: the economy, education, and marketing technologies, and infor health, science, culture, individual free mation systems have become the top doms, gender equality, and the environ investment priorities. The innovation cycle ment, among others. Systems and tech is shrinking, while the innovation stream nologies for the production and dissemina becomes increasingly dense. As a result, the tion of information take on a fundamental socio economic structure in many coun cross cutting role. tries, especially in the more developed Such a wide field of inquiry precludes a economies, is changing. This change detailed investigation of every aspect within extends beyond the education system, sci the scope of one report. The authors there entific institutions, and government bodies, fore center on what they suggest to be the to all branches and spheres of activity.
15 Modern production is, for the most process. Innovation per se also concerns part, the collaborative result of engineers, products or services comprising known ele accountants, designers, personnel, sales, ments, but arranged in a new and distinct and marketing managers, and information way. technology (IT) specialists. In many enter Russia has yet to develop a model for prises and organizations effective perform performing optimally within this new con ance depends on use of specialised know text, and lacks a full picture of changes nec ledge, large scale personnel training and essary at the macro and micro level to do so. close cooperation with enterprise partners The answer implies substantial changes in Knowledge today exerts and contractors. Knowledge today exerts its the structure of social production, educa its influence in all spheres influence in all spheres of life and at all tion, and the quality and composition of the stages of the economic process, becoming labor force. The challenge is to induce eco of life and at all stages of essentially inseparable from the product or nomic added value based on innovation as the economic process, service. Revolutionary means of processing opposed to dependence on the exploitation becoming essentially and transmitting information, including the of natural resources. Knowledge is, after all, use of information networks, have made the most potent renewable resource avail inseparable from the actions essentially unthinkable only several able to a society. product or service decades ago into commonplace routine. It is also vital to elevate human develop The importance of innovation has grown ment as a top priority for Russian society, enormously as its source has shifted from government and non government: to traditional research institutions, design bu breathe new life into the educational system reaus and R&D departments to consumers and its network of scientific centers and and marketing agencies. Innovation is no institutes, to create a favorable climate for longer a linear process flowing from funda innovation, to considerably improve the mental research to applied development institutional conditions for business and projects and pilot production. In the con entrepreneurship, and to achieve a break temporary innovation cycle, ideas arise as through in the use of modern information much from the market itself as from the logic and communication technologies. Change of technological progress; an idea can be is needed, not only in sectors directly con born, translated into a discrete concept and cerned with the reproduction of knowledge developed, entirely independent of the sci (education, telecommunications, IT, the entific research stage. While this does not science and high technology sectors), but detract from the importance of fundamental in all branches of production that use inno and applied research, these institutions play vation, including the ‘low technology’ sec a role more clearly limited to providing a tors. These objectives are predicated on a research base upon which market dynamics well conceived national strategy for struc can take place, or addressing specific, inten tural reforms, and adaptation of the capac sive research issues. It is also important to ities of various sectors for the reproduction note that fundamental and applied research of knowledge. Analogous strategies have now tend to be employed in a somewhat been developed in many countries, provid reversed order as compared to traditional ing a substantial international base of expe practice: the results of applied projects are rience upon which Russia can draw. analyzed, and if they fail to provide a solu tion to the problem, fundamental research is carried out. What is a Knowledge Based Economy? An increasing number of people are directly involved in the innovation process Put broadly, a knowledge based economy as knowledge has ceased to be a relatively (or simply a ‘knowledge economy’) pro independent object of economic manage duces, disseminates and applies knowledge ment, limited mainly to R&D. New knowl in a dynamic loop that feeds its own growth edge is not only a matter of technology, but and competitiveness. It is an economic sys also the implementation of innovative man tem in which knowledge enriches all indus agement methods, including market analy tries, sectors and participants in the eco sis, forcing a broader view of knowledge uti nomic process. A knowledge economy both lization. Moreover, innovation often does applies knowledge and creates it in the not imply using an entirely new product or form of high technology products, effi
16 Human Development Report for the Russian Federation cient services, scientific production and advanced fabrics for nets and fishermen’s education. clothing, hardware and software technology Strictly speaking, any society or eco to locate fish shoals more accurately, etc. nomy – be it Babylon, ancient Egypt, the Even the fishing industry therefore thrives European feudal states, 18th century on the achievements of other science The challenge is to Britain and France, modern African coun intensive industries, which, in their turn, induce economic added tries, or the most developed countries in result from cutting edge R&D efforts across value based on the world today – is based to some degree numerous research nodes. innovation as opposed on knowledge. The reference to knowl Knowledge by itself cannot transform an edge, however, is particularly important for economy, nor is there any guarantee of pos to dependence on the describing recent economic trends as inno itive return on investment in research and exploitation of natural vation becomes comprehensive, encom development and related products of higher resources. Knowledge is, passing both material and non material education. Numerous countries, including assets. Innovation is now an indispensable such giants as Brazil, India and the former after all, the most potent part of renewal in every sector of the econ USSR, invested heavily in amassing science renewable resource omy. The nature of information and knowl and technological capacity without reaping available to a society edge processing has also changed. equivalent returns. A look at the complex Information and knowledge are transmit system of institutions and practices known ted in volumes and at rates previously as a national innovation system (NIS), unthinkable, while the costs of transaction where scientific and technological knowl have plummeted. Hardware and software edge yields are greatest, helps explain why technologies enable the translation of vast this is so. quantities of previously inaccessible infor An NIS is a system with the following mation into knowledge and added value. constituent elements: a) education and Information resources themselves have training organizations that produce knowl begun to play a dominant role in the accu edge; b) a supportive macroeconomic and mulation of social and financial wealth. regulatory framework, including trade poli The knowledge economy is frequently cies that affect technology diffusion; c) associated with high tech industries and innovative firms and networks of enterpris information and communication technolo es; d) sufficient communication infrastruc gies. In fact, this is misleading. High tech ture; and e) other factors such as access to industries per se do not play the leading role the global knowledge base and various mar in the modern economy. In the United ket conditions that favor innovation. Issues States, for example, high technology repre related to the creation of a national innova sents 15.8% of industry, while industry itself tion system will be considered separately in represents only 18.5% of GDP. Thus, the the following chapter. Fiscal, amortization and high technology sector contributes less Russia’s innovation system remains weak than 3% of US GDP. The principal marker at the central link – large firms capable of customs preferences need of a knowledge based economy is not so shouldering the major financial and techno to be combined with an much the production of high tech products logical risks associated with investment in effective institution for as it is the degree of application of such new technologies. International experience products across sectors. The same can be has shown that, even when small and medi the protection of said of the role of knowledge itself in such um business, academia, and the state fulfill intellectual property in an economy. In a knowledge economy, the their roles, large businesses emerges as the order to encourage generation of new knowledge is actually key link in the innovation network. investments in science secondary to the more efficient, i.e. pro Further, Russia has yet to employ the ductive, use of existing knowledge. This institutional and economic signals that and technology implies a dramatic increase in the signifi encourage significant investments in new cance of learning itself. knowledge and technology (take China, for For demonstration, we might consider example, where IT companies pay just 6% an occupation like fishing that is, at first VAT in lieu of the standard 18% rate). glance, quite far from science. The fishing Fiscal, amortization and customs prefer industry, however, employs a considerable ences need to be combined with an effective breadth of knowledge, such as hydro institution for the protection of intellectual acoustics, radiolocation, modern naviga property in order to encourage investments tion technology, satellite photography, in science and technology.
Introduction 17 A generally weak financial system in continuous, life long learning is replacing Russia remains another serious obstacle to the traditional approach, by which people innovation, as a flexible and stratified finan complete school, obtain a degree, and then, cial market can provide vital funding at perhaps, undergo specialized training before early and all stages of the innovation cycle. starting their work life. The concept of “con Industrially developed countries now have tinuous learning for all”, which was adopted mechanisms for reducing risk by distribut by OECD education ministers in 1996, ing it more widely, creating a “knowledge makes a new approach to education and market” in addition to markets for capital, professional training the force for knowl commodities, services, etc. edge based development. Graduates are increasingly returning to the higher educa tion system periodically, where they acquire, Education and Information Resourses and update the knowledge and skills that in a Knowledge based Society they need in their profession. Continuous learning is a process of upgrading one’s spe Unsurprisingly, education is fundamental for cialized knowledge and raising his or her the development of a knowledge based soci overall educational standard to meet the As well educated and ety. It therefore follows that the theme of ever changing demands of the market. skilled people form the education will recur frequently in this report. Perhaps the most distinguishing feature As well educated and skilled people form the of a knowledge based society and economy is basis for the creation, basis for the creation, dissemination and the wide use of information resources quali dissemination and effective application of knowledge, a knowl tatively unlike traditional resources, such as effective application edge based society depends on a compre technology, equipment, natural resources, hensive educational systems that embraces etc. Information resources are primarily of knowledge, a the diverse spectrum of a population. Such a intangible, in contrast with the material base knowledge based society system should ensure a growing share of of traditional economies. Moreover, the util depends on a comprehen highly skilled specialists in the workforce, ity of knowledge increases rapidly as it is sive educational while creating favorable conditions for con transmitted, multiplied and used, but has lit tinuous adult and professional education. tle or no intrinsic value if not applied. systems that embraces the This encourages the creativity and flexibility Traditional economic factors such as equip diverse spectrum of necessary to adapt to the rapidly changing ment and machinery, on the other hand, wear a population. Such needs of social development and the knowl out and lose value in the process of use, but edge economy. In the globalised world, it is maintain intrinsic value even as scrap. a system should ensure also important that education systems pro Resources in a traditional economy are a growing share of highly mote international recognition of qualifica usually held under private ownership, and skilled specialists in the tions and degrees from educational estab their consumption by one consumer excludes lishments in individual countries. consumption by all other consumers. In con workforce, while creating A knowledge based society generates rel trast, information resources are often public, favorable conditions for atively greater demand for skilled labor. The or social goods, whose consumption by one continuous adult and number of workers with higher educational consumer does not exclude consumption by professional education attainment and the economic returns to high others. In other words, knowledge and infor er education have been steadily increasing in mation are non exclusive. As modern pro OECD countries. The share of the adult pop duction increases the use of knowledge and ulation in those countries with higher educa information, it spurs greater demand for tion nearly doubled, from 22% to 41%, during social goods. This key feature of the modern the period 1975 2000. Yet, even this radical world forces us to reassess many assumptions shift has failed to meet rapidly growing of traditional economic theory and classical demand for highly skilled workers. management techniques. Another feature of the changing demand Traditional resources are usually of a for education and professional training is an limited physical character, while informa increasingly shortened «life cycle» of knowl tion resources, which are reproduced by edge, skills and professions. This has people, are essentially unlimited. The increased the importance of access to con Internet constitutes an excellent example tinuous education, regular renewal of indi of such an unlimited information resource. vidual abilities and improvement of qualifi Multiplication and dissemination of tradi cations. In developed countries, a model of tional capital goods is very expensive: pro
18 Human Development Report for the Russian Federation duction of one more car requires nearly as approaches, is indispensable for training much labor and capital as was spent on health care professionals. Improved health production of the previous car. But the cost behavior and outcomes in turn yield con of creating the first unit is relatively small siderable social benefits. when allocated across the entire lot of cars produced (calculated as a per unit fraction of total cost). The opposite applies in the Measuring the Knowledge Economy case of information resources. As a rule, the cost of information reproduction is It is instructive now to examine what types negligible. Therefore, issues such as the of indicators can help assess and compare storage, codification and efficient applica the degree of knowledge economy across tion of accumulated information become countries. At least two sets of indicators are critical to maximize value creation. available for determining a country’s posi A fundamental factor in the effective use tion along the global science and technolo of information resources can be described as gy spectrum: science intensity (input a “network interaction”, i.e. the fact that parameters) and returns from science (out units of modern technology and engineering put parameters, i.e. efficiency and compet (computers, faxes, telephones) operate itiveness). jointly within a flexible framework. The The following indicators of science value of a non informational apparatus or intensity can be observed for Russia: device depends more on its individual qual • the Russian share of R&D expenditure ities than on the extent to which analogous in GDP in 2002 (1.24%) was ahead of devices are in general use. The economic China (1.12%) and Italy (1.07%), but A high level of quality value of each unit in a network, however, Russian R&D investment in absolute educational attainment becomes greater as the total number of such terms was somewhat behind Canada across individuals devices increases. A telephone service offers ($14,241 mln. and $17,358 mln. respec a clear example of this: the more telephone tively); and social groups subscribers the network has (i.e. the more • Russia has lost its former leadership in facilitates greater social people, institutions and organizations that terms of numbers of researchers, now cohesion, trust in social can be reached), the more value each indi occupying third place (492,000 individu vidual telephone set commands. Here we als) after the USA (1,261,000) and Japan institutions, democratic have a sort of positive feedback where all (676,000), with China not far behind. participation, open owners of telephone sets are interested in • Russia has 69 researchers per 10,000 debate, and appreciation expansion of the network, and expansion employees, which is seven times more makes the network increasingly attractive than China (10), 140% more than Italy of diversity in gender, for prospective subscribers. The same effect (29), a quarter more than the UK (55), ethnicity, religion, and is observed in computer networks. In partic and approximately the same as Germany social class ular, the more nodes the Internet has, the (67). more powerful it becomes (this is also true of Key indicators for the level of returns from many software applications). science are as follows: The concept of externality effects simi • Russian productivity, measured as GDP larly plays a large role in a knowledge based per employee, was $7,200 using prices society. As in the case of the network and purchasing power parity (PPP) for dynamic, externalities characterize the 2001. This is five times lower than the value of an educational system. A high level USA ($36,000) and 3.4 times lower than of quality educational attainment across the EC (the 15 countries before May individuals and social groups facilitates 2004); greater social cohesion, trust in social insti • the competitiveness index, calculated by tutions, democratic participation, open the World Economic Forum, places debate, and appreciation of diversity in gen Russia in 59th place, far behind China der, ethnicity, religion, and social class. (33rd) and India (46th), whose GDPs Furthermore, pluralistic and democratic per capita are considerably lower; societies depend on research and analysis • Russia’s percentage share of high tech in that are fostered through social science and its overall exports is 3.1%, which is on a humanities programs. Finally, higher edu par with India, but five times lower than cation, including modern evidence based China and 2.5 times lower than Italy.
Introduction 19 One of the most comprehensive and ple to adapt and upgrade skills throughout constructive approaches to measuring the their working life cycle. While continuous knowledge economy was proposed by the education can be either formal or informal, World Bank in the framework of the 2004 its success depends on genuine competition Knowledge for Development (K4D) pro between educational service providers. gram.1 This approach uses knowledge Criteria for assessing education standards assessment methodology (KAM), which include, among others, adult literacy, and the assesses the degree of preparedness of a spe ratio of registered schoolchildren and stu cific country for a development model dents to the overall number of people in that based on knowledge. The KAM consists of age group. a set of 76 structural and qualitative vari Information and communication technol ables that serve as proxies for four pillars, ogy (ICT). This component of the KAM each considered critical to the development reflects the number of available telephone of a knowledge economy. This approach sets, personal computers, as well as numbers helps countries articulate strategies to drive of Internet users, and other similar statistics their transition to a knowledge economy: to describe the level of technology and com • An institutional regime that provides munication use via proxy indicators. incentives for efficient use of existing and Innovation. This grouping of indicators new knowledge while promoting entre reflects the efficiency of interaction between preneurship. business, on the one hand, and universities, • An educated and skilled population that libraries, research centers, laboratories, can create, share, and use knowledge innovation centers, and various professional efficiently. associations, on the other. Innovation is • A dynamic information infrastructure assessed by, among other proxies, the num that can facilitate effective communica ber of research workers engaged in R&D, tion, dissemination, and processing of the number of registered patents, and the information. number of articles published in scientific • An efficient innovation system of firms, and technical magazines. research centers, universities, consult The K4D program also presents two ants and other organizations that can tap consolidated indexes – the Knowledge into the growing stock of global knowl Economy Index and the Index of Measures of institutional edge, assimilate and adapt it to local Knowledge. The Knowledge Economy needs, and create new technology. Index itself comprises the average of four regime in the KAM Institutional regime. This component estab indexes: the Index of Institutional Regime, therefore examine “rules lishes the conditions in which the economy the Index of Education, the Innovation of the game”, both and society as a whole develop. The extent to Index and the Index of Information formal and informal. which the economic and legal set up pro Technologies and Communications. motes creation, distribution and application The average of three of these indexes – They assess the ease of of knowledge in its various manifestations the Index of Education, the Innovation funding innovation remains the key issue. Measures of institu Index and the Index of Information projects, the degree to tional regime in the KAM therefore examine Technologies and Communications – con “rules of the game”, both formal and infor stitute the Index of Knowledge. These which education and the mal. They assess the ease of funding innova indexes are calculated for each country, spe upgrading of skills are tion projects, the degree to which education cific regional or thematic groupings, and a encouraged, how and the upgrading of skills are encouraged, global aggregate. how intellectual property rights are observed, intellectual property etc. Reference is made to levels of tariff and Table 1 presents for comparison the rights are observed, etc non tariff barriers, efficiency of economic Knowledge Economy Index (KEI) and its regulation (based on assessment of factors components across selected countries. The such as price controls, banking regulation, countries are positioned according to their openness to trade, business promotion), and KEI ranking, with the highest scorers locat the degree to which laws are obeyed (based ed at the top. on analysis of crime levels, etc). The table shows that Russia’s Innovation Education. The knowledge economy Index score is relatively close to a number of requires a flexible educational system and a countries that otherwise hold Knowledge system of continuous learning to allow peo Economy Index scores much higher than
20 Human Development Report for the Russian Federation Russia and enjoy a higher level of economic development. Russia also does comparative Table I. 1. ly well on the Education Index. Russia’s Knowledge Economy Index and its Components Institutional Regime Index, however, falls disproportionately low. The same composite Institutional Information Country KEI Innovation Education for European and Central Asian countries Regime Structure registers nearly twice as high, while Russia’s Sweden 9.25 8.36 9.67 9.20 9.78 Institutional Index lags below countries that USA 8.69 7.81 9.47 8.43 9.03 are otherwise far behind Russia in the aggre Germany 8.38 7.95 8.88 7.87 8.82 gate Knowledge Economy Index (particu G7 group of larly Brazil and Ukraine). All countries posi 8.29 7.68 8.69 8.26 8.52 countries tioned in the upper section of the table have a considerably higher Institutional Regime Ireland 8.04 8.01 7.86 8.23 8.07 Index than Russia. It should be noted that South Korea 7.70 6.10 7.88 7.80 9.03 Russia also under performs in the Estonia 7.70 8.18 7.03 7.74 7.84 Information Infrastructure Index. Czech 6.80 6.10 6.76 7.07 7.28 (Annex to Introduction (A I) presents Republic a more detailed analysis of the Knowledge Russia 5.69 2.43 7.57 7.52 5.25 Economy Index, the Index of Knowledge Europe and 5.27 4.03 5.51 6.56 5.00 and their constituent components. Tables Central Asia showing these component indexes for Argentina 5.23 1.74 6.06 7.13 5.99 Russia and other countries are featured, Brazil 5.03 3.92 4.84 5.55 5.82 illustrating basic indicators of the knowl Ukraine 4.92 2.49 6.03 7.82 3.33 edge economy, institutional regime, educa Kazakhstan 3.62 1.55 4.08 6.30 2.56 tion, innovation, etc.) China 3.50 2.42 4.18 3.04 4.35 In summary, one can conclude that the Russian economy indeed possesses a num ber necessary factors for knowledge based development, from high educational levels costs. To tap its considerable potential for to a comparatively well developed material economic and social transformation, and technical basis for the national innova Russia needs to develop both the institu tion system. Challenges in terms of devel tional foundations for a knowledge econo oping an enabling institutional environ my and the technical base, including devel ment, however, hinder Russia’s advance opment of a modern communication sys towards a knowledge economy and, ulti tem, upon which it can flourish. The issues, mately, knowledge based society. Notable opportunities and challenges, facing Russia aspects include: inefficient state gover on its path to a knowledge based society nance and economic regulation, a lack of are offered in greater detail throughout the entrepreneurial business formation, and remainder of this report. high administrative barriers and transaction
1 http://info.worldbank.org/etools/kam2004
Introduction 21 Chapter 1. National Innovation System: the Basis of Russia's Knowledge Economy
Russian statistics show mainly negative Creation and Use of Knowledge in trends in science and innovation over the Russia and Abroad last decade. Worrying developments include reduction of the scope of scien Comparison between Russia’s economy tific research, loss of human resources, and its science and technology sector and and degradation of research infrastruc those of other countries in the 1990s ture. Experts agree that rapid growth of showed a worsening of the situation in the Russian economy in the last five Russia, measured by most indicators, years has been largely due to increasing although Russia managed to stay among exports of oil, gas, metals, and other raw the world’s top 10 countries measured by Investment and materials and semi products, and to high GDP (calculated using purchasing power innovation remain weak prices for these commodities on world parity (PPP)), and by such features of its markets. This sort of growth is not sus both in the economy as a national innovation system as numerical tainable in the long term. In any case, strength of the academic community, num whole and in high tech raw material companies have no great ber of publications, and participation in industries, threatening need for R&D or for the wide range of prestigious international projects2. The technologies, which were developed in to turn the current biggest gaps between Russia and other Russia during Soviet times. Investment technological countries are in qualitative measures, such and innovation remain weak both in the as labor productivity, competitiveness, backwardness of most economy as a whole and in high tech application of new technologies in the industries, threatening to turn the cur Russian industries and economy, patenting abroad, and export of rent technological backwardness of most regions into a permanent high tech products (Box 1.1 and Annex to Russian industries and regions into a feature permanent feature. Introduction(A I)). The deep crisis of Russian science and The level, trend, and structure of spending technology is due to huge changes in the on science and technology are not adequate external institutional conditions during for Russia’s current needs or for the strate transition from a centralized to a market gic task of catching up with the world’s economy. The principal changes have been: leading countries. Russian scholars retain a (1) sharp reduction in budget financing, prominent position in some research mainly of military contracts, which were spheres and make a notable contribution to the basis of the innovation system in the international scientific production, but the USSR; and (2) inability of the business country is increasingly far behind both community, whose formation has been developed and developing countries in slowed by a contradictory and incomplete application of research, technology levels, process of privatization, to start serious innovation projects. Despite this, inertia force of organizational structure and oper Box 1.1. ating principals of Russian science and According to the Institute of Complex Strategic Studies3, Russia’s cumulative inno technology has enabled them to survive the vation index is 0.59 of that of the EU, which is taken to be unity. The method of cal transition period and has kept many aca culation and the parameters of this index are based on data collected by experts of demic schools alive. There have also been the World Economic Forum and published in its annual reports. They show that Russia is above the average European level measured by two indicators, which are signs recently that Russian business, the share of new graduates working in science and technology and government including oil & gas production, is becoming expenditure on R&D as a percentage of GDP. Russia is gradually catching up with more open to innovation, that the state is Europe measured by the ratio of innovation spending to total industrial spending and changing its innovation policy, and that by the development level of information and communication technologies. However, some of the country’s high tech industries it is far behind others by patent applications per million people, innovation spending in services, and the share of people with access to the Internet. are becoming more successful at globaliza tion1.
23 and effectiveness of government policy in much less than in other developed coun research and innovation. The structure and tries, such as the USA (2.4%), Japan priorities of financing are obsolete, and (2.9%), and the average in Europe (1.5%). reduction of government allocations to Most of Russia’s state research priorities, research has not led to their rationalization. government programs, and lists of crucial There are ways of using the available budget technologies are a result of lobbying power money more effectively to solve current of main science and technology organiza socioeconomic problems and create reserves tions rather than of real economic needs for the future. and real financing capacities. The result has Most of Russia’s state There has been a change in public expendi been stagnation in state run research agen research priorities, ture priorities in the USA, Britain and cies and maintenance of obstacles to devel France over the last decade. These countries opment of private sector research, which is government programs, have reduced the share of defense related the main engine of national innovation in and lists of crucial research, and energy sector research in all developed countries. technologies are a result total government allocations, while invest Comparison of patenting activity in leading of lobbying power of ment in fundamental science and medical countries and in Russia in 1993 2000, with research has rapidly increased. The draft reference to the eight International Patent main science and US federal budget for 2004 in the sphere of Classification groups, showed that most technology organizations science proposes to spend half of overall patents in nearly all developed countries rather than of real $123 billion on military projects and a half were in the high tech groups, G (Physics) of the rest (25% of the total) on research by and H (Electricity). These two groups economic needs and real National Health Institutes. In addition, ranked first and second in the USA., Japan, financing capacities about $200 billion will be invested in R&D Britain, Sweden, and Finland. In Russia, by the US private sector, mainly in pharma they ranked fifth and seventh, while most ceuticals, electronics, software, communi patents were issued for inventions related to cations, and the car industry. traditional technologies. So the structure of Particularly in Europe, areas of science and intellectual property registration in Russia technology, which were strategic priorities in is reinforcing the country’s technological the 1980s – aerospace, power production, backwardness. and military technologies – now rank below IT, medicine, biotechnology, and some new research avenues at the meeting points of Innovation in Specific Industries traditional technologies. Nanotechnologies have become the top priority in all European Creation of a new type of innovation system countries. is only just beginning in Russia. New inno The current structure of priorities in vation structures, capable of commercially research spending by the Russian govern attractive projects, are gradually developing ment is similar to that in developed coun (small business, industry research bodies tries after World War II: spending on tech and academic institutes) and are starting to nical sciences is much higher than on life receive financial support from efficient sciences (particularly medical research). companies with large scale investment pro Expert assessments and polls of enterprises grams. show that research priorities need to be The two main poles of innovative activity in changed, but government seems incapable Russia’s economy are the defense industry of reacting to these findings. and fuel and power. Most sciense intensive The biggest share of total federal budget companies are in the defense sector, but allocations for research purposes goes to their R&D potential is under used due to economic research (36.6% in 2002). The reduction of state orders, which has made share given to military research increased it impossible to fund large scale projects. from 22.6% in 1998 to 29.7% in 2002.4 But Fuel and power are not high tech indus Russia is still closer in this respect to such tries, but they are among a few flourishing European countries as Britain, which chan segments of the Russian economy, and they nels 37% of its research budget to defense, are building a completely new innovation and France (23%) than to the USA (54%). model, mainly by the efforts of private fuel However, overall spending in Russia on and power companies, which badly need civilian R&D is only 0.9% of GDP, which is to improve their levels of technology.
24 Human Development Report for the Russian Federation Technology clusters of a type not seen Diagram 1.1. Innovation in Various Industries, 2002 before in Russia have started to crystallize around some oil & gas and metallurgy com panies. Fuel companies and nuclear power compa nies were the most innovative in 2002 (Diagram 1.1). The chemicals industry, which is closely related to oil & gas produc tion, ranked second, and manufacturing of electrical, electronic, and optical equip ment came third. It also follows from Diagram 1.1 that on average only 10% of Russian companies pursued some kind of innovation activity in 2002. That compares with 25 30% in devel oped countries. Higher rates were shown by independent Russian surveys that used a wider definition of innovation to bring in any equipment or technology, which a company has not used before. According to the Institute of World Economy and International Relations, 77% of companies polled in 2003 could show instances of innovation in the last 18 Source: Russian Science in Figures 2003. TsISN, 2003, p. 158 (in Russian). months using such a definition: 31% of them commissioned new equipment, 17% introduced new technologies, and 29% did to them, and that such corporations are the both. This represents an improvement from main customers for innovation by small 1997, when the result was 51%. A similar business. In Russia only one of the 10 poll in 2003 by experts of the Moscow biggest vertically integrated groups – AFK Carnegie Centre and Institute for the Sistema – operates in the high tech sphere. Transition Economy gave similar results: All of the others are centred on oil & gas the innovation rate was 84%, of which and metallurgy. equipment was 53% and technology was The oil & gas companies, which emerged in 31%. The respondents mentioned increase Russia after 1991, wanted to have their own of profit and market share, and reduction centres for applied research instead of sup in costs as main goals of innovation. porting established, state run research insti Factors stimulating innovative activity were tutes that offer their services to all compa competition from imports, development of nies in the industry. Research organizations, The key factor in the financial system in the company’s that had been attached to distinct oil pro creation of an efficient region, and quality of corporate gover duction units in the Soviet period, were pri nance. Main obstacles to innovation were vatized and incorporated to form 26 innovation system financial and credit difficulties and lack of research subsidiaries, attached to various oil in Russia is bound to be support from federal and regional budgets. & gas companies. The oil & gas companies emergence of large Domestic competition and export oppor also started to use R&D capacities of new tunities were not major determinants of firms in IT, computer assisted production companies, which need innovation. and management, and marketing. to continuously update The key factor in creation of an efficient Research organizations, which existed at their production structure innovation system in Russia is bound to be national level in the USSR, providing serv emergence of large companies, which need ices to the whole oil & gas industry, have in order to be competitive to continuously update their production been turned into independent joint stock structure in order to be competitive. companies run by the Ministry of Fuel and Developed countries have shown that large Power. The main source of funding for corporations can organize key technologi these organizations used to be budget and cal innovation thanks to the huge material R&D funds, allocated to the industry. But and financial resources, which are available reforms reduced the share of this source of
Chapter 1. National Innovation System: the Basis of Russia's Knowledge Economy 25 funding from 51.8% in 1993 to 21.1% in of total cost of sales. The Russian medical 1998. industry cannot compete with the multina Such large Russian oil companies as Lukoil, tionals, and has failed to seize opportunities Yukos, and Surgutneftegaz have set up their for integration into the global network of own research complexes. For example, the pharmaceuticals research and production. declared aim of Lukoil is to be the Russian Imports had risen to 65% of sales on this leader in oil exploration, prospecting, pro market in Russia in 2002,6 and Russian duction, processing and petrochemicals manufacturers mainly rely on imported raw thanks to development of innovation within materials. the company. The company’s R&D organi One Russian high tech industry, which has zations design equipment for oil field man embraced international cooperation as a agement, and construction and reconstruc way of solving its problems, is space flight. New innovation business tion of facilities for oil production and pro Trends in this industry are as follows: in Russia is based on cessing. The company’s R&D staff • Despite serious difficulties during the increased by more than four times between transition period, space flight organi models used elsewhere in 1996 and 2002.5 zations kept their science and technolo the world, and Russian The main challenge for Russian high tech gy capacities intact, and made a num companies have to follow is to find a balance between competition ber of international alliances on both a global development and cooperation with foreign companies. commercial and non profit basis. New innovation business in Russia is based International projects include the trends, because they on models used elsewhere in the world, and International Space Station and Sea are now competing Russian companies have to follow global Start, both of which team Russian com in a global arena development trends, because they are now panies with leading international aero competing in a global arena. Russian high space companies. tech companies are increasingly geared to • In the 1990s, Russian space flight com developing and selling innovations that can panies built new research capacities, be applied internationally because they fit expanded their knowledge, and learnt the innovation systems of other countries or the skills of international cooperation on regions of the world a commercial basis, overcoming specific Impact of the world market on Russian financial, legal, and organizational diffi high tech is most significant in communi culties. An initial period of negotiations cations, pharmaceuticals, aerospace, and (1990 1993) was followed by creation of IT. The impact is clearest in the telecom numerous JVs, and signing of contracts industry, which has seen growth rates in and sub contracts (1994 1996), making double figures over the last decade. Moscow Russia a key player in the international now has almost as many cellular subscribers space flight business. as traditional wire network subscribers, • Western partners want access to Russian although the wire network took nearly 100 space technologies, services in land and years to develop. Foreign telecom equip sea launching of light and heavy satel ment producers offer long term trade cred lites, help with rocket engine develop its to Russian cellular providers, supply ment, joint work to create and operate equipment to Russia, assemble it on the orbital stations, etc. These projects have spot, train Russian specialists, and support given Russian space flight companies R&D work to adapt their products to the hard currency, which they need to Russian conditions in partnership with survive, and enabled them to build posi Russian research and production organiza tions on world markets. Such Russian tions. Intense competition between Russian companies as Energiya, Khrunichev, and telecom operators, offering up to date Energomash have entered long term services, creates favourable conditions for strategic partnerships with Western com innovation flow and benefits customers in panies.7 Moscow and across Russia. • The Russian companies started coopera Another big market in Russia, which relies tion with the West as a way of maintain on high tech, is the market for pharmaceu ing their production facilities and saving ticals and other medical products. Research jobs. But the cooperation has blossomed spending by pharmaceutical companies in into major industrial alliances, extending developed countries is very large at 15 20% from R&D to pilot production and full
26 Human Development Report for the Russian Federation production of high tech articles, and including Russian companies in very Box 1.2. promising projects. “Creation of a favourable import export regime for high tech products is crucially The Russian information technology (IT) important for development of the innovation economy. The problem is not intention al hindrance by government, or even Russia’s notorious corruption, but the incom sector currently presents a mixed picture. petence of many government officials, who fail to understand the issues. An appli On the one hand, the number of IT compa cation to export 1 mln tons of oil or 20 thousand tons of metal is no problem, but they nies is increasing, and an extensive sales and do not know what to make of a request to export a light emitting diode. And the only service infrastructure has been set up. expert, whom they can consult, may be allied with a competitor, and therefore answer that export of such a diode is out of the question. Already by 1998 sales exceeded $3.5 billion, We have an example of how this problem can be overcome in Akademgorodok, which is comparable with levels in some where the deputy chairman of the Siberian Division of the Russian Academy of developed countries. On the other hand, Sciences, Academic Gennady Kulepanov and his colleague Academic Alexander components for computers, computer net Skrinsky, persuaded the authorities to allow them to operate their own customs post. They selected customs officers and trained them by delivering dozens of lectures on works and peripherals, and main software high tech products. Such specialized customs posts are needed throughout items are imported. Russia. This is of crucial importance and I believe that customs authorities will sup Russia has hundreds of small and dozens of port the idea.” large companies assembling computers, developing applications, and integrating From an interview with A. Fursenko, acting minister of industry, science, and tech nology (Ekspert, 16th February, 2004 (In Russian)) computer systems. But they use imported equipment and components. International integration of Russia’s IT sector is mainly in the form of a “brain drain” of programmers of research activity to a new model, based to developed countries and takeover of the on cooperation between private, state, and most promising Russian companies by their public (non profit) organizations. But Western competitors. Inflow of foreign capi while the overall scale of scientific activity Declared goals of the tal to the Russian computer industry and in Russia has diminished, the share of the Russian government in export of Russian software are very limited. state has remained high by world standards. Declared goals of the Russian government The current need is for growth of non state the IT sector are to in the IT sector are to encourage produc involvement in innovation, and efficiency encourage production tion and export of goods and services with improvements at state run research organi and export of goods high value added, and to use IT for devel zations. opment of national education and adminis Change during the 1990s in the way the and services with high tration. For achievement of these goals state regulated R&D and other innovative value added, and to use Russia needs a new system of taxation in the activities mainly answered to the needs of IT for development of IT sector (to create favourable conditions a developing market economy and fol for capital accumulation), infrastructure lowed international models. Examples are national education and development, and special measures to stim introduction of competition for research administration ulate domestic demand for IT services. financing, new forms of organizational There also needs to be a system of state and economic support for innovative standards for teaching, training, and business, and new legislation on intellec retraining of programmers. tual property. However, actual progress Most Russian high tech industries lack was disappointing: government mecha companies that are capable of exporting nisms in Russia are highly inert, so that their products to Europe, North America declared aims of the new state policy were and Japan, and that understand how to not necessarily achieved; and legislation cooperate with foreign companies to and its application was often inadequate increase sales, improve technologies, and and late. The state failed to solve the basic prepare long term development programs, problems of improving social status of which could attract investment and lead to research and innovation personnel, and strategic international alliances (Box 1.2). ensuring state funding of priority seg ments. These problems strengthened conviction in Innovation Policy of the Russian the Russian innovation community that any Government technological advances are despite and not thanks to government efforts. Government One aspect of Russia’s economic reforms programs often failed to improve coopera has been transition from total state control tion between research institutes and com
Chapter 1. National Innovation System: the Basis of Russia's Knowledge Economy 27 panies, and failed to stimulate private com each of the chosen directions, and state panies to invest in R&D. orders were placed for specific R&D work. However, there was a breakthrough in Average duration of the projects is four 2003, when the Russian Ministry of years. The projects were mainly initiated Industry and Science began a program of by business in association with R&D spe mega projects to overhaul state financing cialists, and most of them were already at of R&D and to stimulate the Russian high an advanced stage when state funding was tech sector. The Ministry started by admit awarded, so that risks of non completion ting the failure of earlier approaches. are not significant although there are risks Hundreds of research themes and projects, associated with project management and financed from the state budget, were found ultimate marketability of the R&D results. to be fragmentary and lacking connection. Design, selection, and initial realization of It was almost impossible to assess their the mega projects match best international Change during the 1990s efficiency, usefulness, applicability, and practice for state funding of R&D, particu in the way the state the amount of value added, which they larly in conditions of severe budget con could be expected to provide. The new straint. regulated R&D and other plan of action was to concentrate resources This suggests that Russia has finally learnt innovative activities on a few vertically managed mega projects how to decide its R&D priorities no worse mainly answered to the (this approach was compared in some than other countries. However, the list of quarters with the huge Soviet projects of R&D challenges of national importance is needs of a developing the 1940s 60s). long: to alter the nature of economic growth market economy and The Ministry received about 500 applica by development of innovative, high tech followed international tions from private and state companies clusters; to restore Russia’s defense poten models and from research institutes. Only 24 of tial sufficiently to cope with security them met the main selection criteria. An threats; to help Russian companies inte expert commission then chose 11 priority grate with international science and tech directions, including such new R&D nology programs and alliances in order to spheres as nanotechnology and projects of improve Russian competitiveness. To meet importance to the national economy in these challenges, the state must expand and production of refractory and power gener further improve the new methods for selec ating equipment. In a further competi tion and financing of R&D priorities, and tion, between one and 20 applications must further refine its list of critical tech were submitted to carry out research in nologies (Box 1.3). * * * The principals used in changing state reg Box 1.3. ulation of R&D and innovation during the 1990s were the right ones for developing “...our limited resources mean that we must select not 10 15, but just three or four state priorities. So it is not just a question of identifying and eliminating weak or a new type of NIS, following internation unpromising research directions, but selecting the strongest of the strong. We have al models. But the scale of positive trends to look for intersection points, where good prospects for a technological break has been limited, a system for encourag through combine with markets that will dominate the world in 10 or 15 years time. ing private investment in innovative activ And we must make best use of our competitive advantages, both those related to our large territory and rich mineral deposits, and the immense science and technol ity has not been created, and budget ogy base created in earlier years of our history – the results of huge investments in financing is inadequate. So the goals of space exploration and nuclear technologies, study of materials... government science policy are not being Take the example of space research. This is a sphere where we still have leading attained in full. positions. Combine that advantage with the natural advantage of Russia’s location, Deciding R&D priorities and financing and there is huge potential for synergy effect, which can generate money, e.g. by providing an intercontinental air freight corridor and using space technologies to large R&D programs must become an inte control the traffic. The global space logistics markets offers lots of ways for us to gral part of the political, legislative, and make money: by launching tracking satellites, by installing equipment on those financial activity of the state. And mecha satellites, by supplying transponders for each cargo, by developing software for nisms are needed for reconciling the inter freight transportation. The same applies for atomic energy. I believe that we have a role to play in international development of hydrogen power engineering.” ests in R&D of different parties: heads of ministries and agencies that finance R&D, From an interview with A. Fursenko, acting minister of industry, science, and tech large corporate contractors, small high nologies (Ekspert, 16th February, 2004 (In Russian)) tech companies, and leaders of the aca demic community. Effective operation of
28 Human Development Report for the Russian Federation these mechanisms will require forecasting, accumulate capital and renovate infrastruc expert examination, and monitoring, as ture. It is also important to stimulate domes well as participation of academic experts in tic demand for high tech goods. compiling lists of crucial technologies. The government science sector needs The key innovation tasks for Russia are to rationalization of budget cash flows, with increase production and export of goods more attention to the results of programs with a high value added and to develop and projects, cancellation of programs Deciding R&D priorities innovative business. For this to happen there without clear prospects, and assessment of and financing large R&D has to be a new tax policy towards high tech market trends in order to optimise manage programs must become companies, which will make it possible to ment and efficiency of R&D. an integral part of the political, legislative, 1 In Russia, these industries are also called Effectiveness of State Policy. Institute of Concrete and financial activity research intensive, because their distinguishing Social Studies. Working Materials, 2004, no. 1, feature in comparison with other industries is a pp. 36 37 (in Russian). of the state higher share of spending on R&D in the cost struc 4 Russian Science in Figures, 2003. TsISN. ture, and of researchers and engineers in company Moscow, 2003, p. 80 (in Russian). personnel. According to most international classi 5 P.M. Yukhnov. Investment Potential of fications, such industries include aerospace, phar Foreign and Russian Oil & Gas Companies, maceuticals, instrument manufacturing, and the Neftyanoye Khozyaystvo, 2003, no. 11, pp. 14 16 complex of industries including IT and software, (in Russian). electronics, computers, and telecommunication. 6 Vedomosti, 17th February, 2003, p. 5 (in 2 Levels of research financing in Russia look Russian). very modest in comparison with leading devel 7 The strategic alliance between these cor oped countries, especially the USA and Japan, porations and the US company Lockheed but they are comparable with, e.g., total research Martin International Launch Services (ILS) spending in Canada and the share of such spend accounts for a half of commercial satellite ing in GDP of Italy. (Russia’s GDP is close to launches worldwide. In a 2002 rating by a US GDP in these countries). company in San Jose, California, ILS was 3 Indicators of Competitiveness and Life judged to be thу world’s best international Quality: An Instrument for Evaluation of strategic alliance.
Chapter 1. National Innovation System: the Basis of Russia's Knowledge Economy 29 Chapter 2 Towards a Knowledge Based Economy
Key Factors Hindering the Development realize that unless a significant part of earn of a Knowledge Economy in Russia ings from export of raw materials is used to develop science and high technology (as, The main obstacles to development of a for example, in Norway over the past two knowledge economy in Russia at the pres decades), there can be no question of sus ent time are: prioritization of the natural tainable development in Russia. resource sector over development of man The experience of other countries ufacturing (particularly science based demonstrates that Russia must develop its manufacturing); focus on short term science based (research intensive) sector goals; failure to place proper value on in order to achieve sustainable develop human capital; lack of continuity in sci ment. The main distinctive feature of ence and technology; excessive contrac industries that generate and disseminate tion of the military industrial complex, in knowledge, and also of knowledge inten which much of Russia’s high tech is con sive industries, is a high share of value centrated; and other adverse effects of the added in the goods and services, which transition period in Russia. This chapter they produce. Analysis shows a much will look more closely at these problems. higher share of value added in goods and services produced by the key industries of Prioritization of the Natural Resource the knowledge economy compared with Economy industry as a whole in Russia and the USA, Production growth in the raw material sector a country with a developed knowledge is spurred by high oil prices. An analysis, economy (Annex to Chapter 2 (A 2) which separates GDP growth factors into Table 1). So development of knowledge two groups — those based on direct or indi economy industries in Russia can be rect effect of oil prices and those unrelated to expected to give the same positive impetus oil prices, — shows the key role of oil price to economic growth, which it gives in the levels in Russian GDP growth. According to most developed countries. estimates by the Institute of Economics of the Russian Academy of Sciences (RAS), Focus on Short Term Goals Russia’s exports, which are overwhelmingly and Underestimation of Human Capital Concentration on dominated by oil and gas, generated 77.7% Concentration on short term goals and short term goals and of the increase in industrial production in neglect of the long term is a major obstacle neglect of the long term is 2003. Real household disposable incomes in the way of Russia’s economic develop accounted for 15.3% of the increase, and ment and of any rapid progress towards a a major obstacle in the fixed capital investment gave only 7%.1 knowledge based society. Despite this way of Russia’s economic The rate of growth of the whole econo adverse context, Russia has managed to development and of any my is also excessively dependent on oil stay ahead of many countries measured by prices. According to World Bank esti several innovation indicators, but the rapid progress towards a mates,2 between 2.2 to 4.3 percentage country faces a number of extremely wor knowledge based society points of the 7.2% reported GDP growth in rying problems. the first half of 2003 were due to oil prices, First, there has been a significant suggesting that other factors gave only about decline in R&D funding, with inevitable 4.2% growth. Although these figures are negative impact on continuity of knowl only tentative, they give a fairly good idea of edge. Over the last ten years, Russia has the degree of dependence of the Russian experienced an unparalleled depreciation economy on natural resources and the of human capital (i.e., the knowledge and prices for them, and show that economic experience of researchers, engineers and growth is still very fragile. Unfortunately, specialists) and widening regional dispari Russian natural resource companies and ties as regards human capital. Russia’s many of those in government have yet to GDP has fallen by almost half during the
Chapter 2. Towards a Knowledge Based Economy 31 years of market reforms, but the decline in Knowledge Continuity under Threat spending on science has been even more In 2002, 48.8% of researchers in the coun pronounced at about 2.5 times the decline try, including almost 61% of candidates of in GDP. The pay levels of researchers, science (equivalent to PhD) and more engineers and technicians has fallen than 84% of doctors of science (above accordingly. The low wages of highly skilled specialists in education, science PhD), were over 50 years of age. The aver and healthcare is one aspect of the huge age age of researchers in Russia is 48 years, income inequality in Russia. It is also a while average age of candidates of science major disincentive for young Russians to is 52 years and doctors of science are 60 take jobs in these key sectors of the knowl years old on average. This age structure is a edge economy. This is particularly evident threat to continuity of knowledge in in cities and regions with major science Russian science and ultimately slows down assets (Moscow and Moscow Region, St. the transition to a new economy. Petersburg, etc.) (Box 2.1). The number of The crucial problem of knowledge people employed in R&D has continued continuity is not being tackled effectively. to shrink: in 2002 it was down to 56.8% of Its complexity means that partial solutions the 1992 level, and the number of offered by government agencies, big busi researchers had fallen by almost half ness representatives and various specialists (Table 2.2). are inadequate.
Box 2.1
Statistics for Moscow show that average wages in science are only 2.4 or education, and even retail trade and public catering offer wages that times and in education 1.8 times above the subsistence level (Table 2.1). are 66% higher on average. Naturally, young people are reluctant to go Wages in some other branches of the Moscow economy (primarily into sectors that are pivotal to the knowledge economy, because such finance and financial markets) are several times higher than in science low wages make it impossible for them to support a family.
Table 2.1
Wages by Economic Sectors and the Subsistence Level in Moscow (January September 2003, Moscow City Statistics Committee data)3
Compared with wages Compared with average Average monthly Compared with wages in science and scientific subsistence level wage, roubles in industry, % services, % in Moscow, %
Large and medium sized enterprises, 11,007 104 143 343 institutions and organizations in all forms of ownership, January August 2003 Trading companies 38,145 362 494 1189 Credit, finance, insurance and pension 25,959 246 336 809 provision Communications 15,347 146 199 478 Retail trade and public catering 12,827 122 166 400 Education 5,746 55 74 179 Healthcare, physical culture and social security 6,597 63 85 206 Science and scientific services 7,716 73 100 240 Industry 10,541 100 137 328 Construction 12,601 120 163 393
Subsistence level Average subsistence level per capita 3,209.0 30 42 100 in Moscow (2nd quarter of 2003*), including: people of working age 3,629.5 34 47 113 children 3,031.6 29 39 94 pensioners 2,287.7 22 30 71
*) As established by Moscow Government Decree No. 649 PP of August 5, 2003.
32 Human Development Report for the Russian Federation Table 2.2
The decline of employment in R&D
2002 as % 1992 19952000 2001 2002 of 1992
Personnel numbers, including: 1,532,600 1,061,000 887,700 885,500 870,900 56.8% researchers 804,000 518,700 426,000 422,200 414,700 51.6% technicians 180,700 101,400 75,200 75,400 74,600 41.3% support personnel 382,200 274,900 240,500 238,900 232,600 60.8% other personnel 165,700 166,000 146,000 149,000 149,000 89.9%
Attempts to create structures and of earnings from export of primary prod mechanisms adjusted to market condi ucts (oil, gas, coal, ferrous and non fer tions capable of optimal solutions are rous metals, chemicals, timber, diamonds, Attempts to create struc doomed to failure given inadequate budg etc.) to support Russian science. tures and mechanisms et funding and lack of a clear cut govern adjusted to market ment policy in the field of science and Russia’s Shrinking Military Industrial technology and, indeed, of clear cut Complex conditions and designed socioeconomic policy in general. Lack of Analysis of the decline in Russian manu to find optimal solutions such policy makes appeals to concentrate facturing industries connected with high are doomed to failure efforts and resources in priority areas of technology and science (mainly engi R&D meaningless. This conclusion is given inadequate budget neering) is bound to emphasize that most borne out by results of a survey of 150 high technology production is part of funding and lack of a research organizations on the main prob Russia’s military industrial complex clear cut government lems facing Russian science. The survey (MIC). In the past, this complex pro results show that the main threats to sci policy in the field of duced not only weaponry, but also ence and technology are inadequate fund science and technology sophisticated consumer goods. The MIC ing and resources coupled with contradic has suffered more than any other part of and, indeed, of tions in the legal framework and the need the Russian economy since transition for new legislation. clear cut socioeconomic began. It is unfortunate that many people in policy in general the legislature and executive, as well as Western specialists admit that demil some analysts, take it as axiomatic that itarization of the Russian economy has Russia is a poor country with a small budg been of great economic benefit to the et. Their standard answer to any proposal USA. According to Anders Aslund, for for an increase in science funding is that mer adviser to the Russian government such an increase is impossible because it and currently director of the Russia and would inevitably force reduction of other Eurasia Program of the Carnegie government expenditure items. But this Endowment for International Peace, «The approach willfully ignores potential rev West had already cashed in on the collapse of enues from «natural resource rent» (royalty the Soviet Union... All Western countries payments for the right to exploit mineral slashed their defense budgets, especially the resources), the issue of capital outflow, United States».4 Aslund estimates that the which regularly exceeds budget allocations USA’s gain from cuts in military spending for the whole of science by almost 20 times, was nearly $1.4 trillion in 1992—1999. the predatory use of «intellectual rent», etc. By contrast, losses suffered by the And even if the state really lacked Russian economy due to the sharp drop in resources to improve research funding, it MIC production are generally agreed to be could resort to a practice dating back huge. A rough macroeconomic estimate of to establishment of the St. Petersburg the cumulative reduction in Russia’s GDP Academy of Sciences by Peter I, who used due to cuts in military spending (multipli customs and license fees to assure funding. er effect) suggests that overall loss of GDP In modern conditions, this practice could in the ten years from 1991 to 2000 was be reinvented by channeling a percentage about $400 billion.5
Chapter 2. Towards a Knowledge Based Economy 33 Grave Consequences of the Russian Optimistic Expectations: Resumption Transition of Progress Towards a Knowledge Based The problems of Russia’s transition to a Economy knowledge economy are in large part Progress Resumed connected with the long duration and Despite the serious problems listed complexity of the transition period. above, there are optimistic expectations Western economists often take diametri for resumption of development towards a cally opposite views on the consequences knowledge based economy. Statistical of that period for Russia. This is evident analysis shows that the structure of from the opinions of two economists: Russia’s GDP has changed significantly the above mentioned Anders Aslund during the transition period, with a sub (Box 2.2) and Joseph Stiglitz, winner of stantial increase in the share of the serv the 2001 Nobel Prize for Economics ice sector. Today this sector is ahead of (Box 2.3), quoted from their monographs all other sectors of the economy in terms on Russia. of volume, and production of services continued to grow in 2002—2003 (growth has been from 32.6% in 1990 and 36.5% in 1991 to 53.6% in 2002 and Box 2.2 53.5% in 2003). Anders Aslund, former adviser to the Russian government, on the results of economic The development of main economic transitions in Russia. indicators is presented in Table 2.3. The Russia «succeeded in large scale privatization, although its stabilization was some what unsuccessful and its political changes occurred too late».6 «However imperfect figures show that since 1999 the trend has the Russian reform program, the Gaidar team did formulate a reasonably viable eco been positive for virtually all indicators, nomic strategy that was carried out to a considerable extent, despite massive resist with a particularly rapid increase in real ance from corrupt, criminal, and rent seeking elements... Thanks to this great disper wages and foreign trade. There has also sion of political and economic power, Russia appears compelled to stay a pluralist soci ety with a market economy. No one could plausibly concentrate all the power in Russia been a marked reduction in export of pri in Moscow again».7 vate capital. «The social costs of the economic transition have also been wildly exaggerated. In 2003, industrial production grew The total decline in the actual material standard of living has not exceeded 10 per roughly twice as fast as in the preceding cent. Who could have believed that communism’s demise would be so cheap?»8 «Today, the empirical evidence of the benefits of a radical and comprehensive year (the rate of growth was 6.8% com reform is overwhelming. No country has suffered from too radical reforms, though pared with 3.7% in 2002). Weighted aver some attempts at radical reform have lacked the necessary domestic or external sup age growth rates in export oriented natural port and thus faltered. The frequent statement that Russia suffered from too radical resource industries were roughly 1.4 times reform is a misrepresentation of facts. Russia undertook a brave attempt at an initial radical reform, but, unfortunately, it did not reach far enough».9 higher than in industries oriented towards the domestic market.
Box 2.3
Joseph Stiglitz, winner of the 2001 Nobel Prize for Economics, on the «Privatization, accompanied by the opening of the capital mar results of economic transitions in Russia. kets, led not to wealth creation but to asset stripping. It was per «For the majority of those living in the former Soviet Union, eco fectly logical. An oligarch who has just been able to use political nomic life under capitalism has been even worse than the old influence to garner assets worth billions, after paying only a pit Communist leaders had said it would be. Prospects for the future are tance, would naturally want to get his money out of the country. bleak. The middle class has been devastated, a system of crony and Keeping money in Russia meant investing it in a country in deep mafia capitalism has been created, and the one achievement, the cre depression, and risking not only low returns but having the assets ation of a democracy with meaningful freedoms, including a free press, seized by the next government, which would inevitably complain, appears fragile at best, particularly as formerly independent TV station quite rightly, about the «illegitimacy» of the privatization are shut down one by one. While those in Russia must bear much of the process».12 blame for what has happened, the Western advisers, especially from «Russia had quickly been transformed from an industrial giant — the United States and the IMF, who marched in so quickly to preach the a country that had managed with Sputnik to put the first satellite into gospel of the market economy, must also take some blame. At the very orbit — into a natural resource exporter; resources, and especially oil least, they provided support to those who led Russia and many of the and gas, accounted for over half of all exports».13 other economies down the paths they followed, arguing for a new reli «...It was expected that Russia would be spared the inequality gion — market fundamentalism — as a substitute for the old one — arising from inherited wealth. Without this legacy of inherited Marxism — which had proved so deficient».10 inequality, there was the promise of a more egalitarian market econ «Liberalization and stabilization were two of the pillars of the radi omy. How differently matters have turned out! Russia today has a cal reform strategy. Rapid privatization was the third. But the first two level of inequality comparable with the worst in the world, those Latin pillars put obstacles in the way of the third. The initial high inflation had American societies which were based on a semi feudal heritage. wiped out the savings of most Russians so there were not enough peo ...And the prognosis for the future is bleak: extremes of inequality ple in the country who had the money to buy the enterprises being pri impede growth, particularly when they lead to social and political vatized».11 instability».14
34 Human Development Report for the Russian Federation Table 2.3 Main Economic Indicators (as % of 1990, data of the State Statistics Committee and Central Bank of Russia)
Indicator Year 1990 1995 1996 1997 1998 1999 2000 2001 2002 2003
Population 100 99.6 99.3 99.0 98.7 98.3 97.8 97.2 96.6 ... Average number of employees 100 88.2 87.6 85.9 84.7 84.9 85.4 85.9 86.5 88.1 Average monthly real gross wage 100 43.2 45.8 48.1 41.9 32.6 39.5 47.4 55.0 60.7 Gross domestic product 100 62.1 60.0 60.5 57.5 60.7 66.1 69.4 72.7 78.0 Industrial production 100 49.7 47.2 48.2 45.8 50.8 56.9 59.7 62.1 66.5 Agricultural production 100 67.0 63.6 64.5 56.0 58.3 62.8 67.5 68.5 69.5 New residential construction 100 66.8 56.1 53.3 50.1 52.1 49.5 52.0 55.5 59.5 Freight transport 100 59.9 56.9 55.2 53.6 56.2 59.1 60.8 64.5 69.2 Passenger transport 100 66.4 61.7 59.9 56.3 58.0 60.3 59.1 58.7 60.4 Retail turnover 100 91.1 91.4 95.8 92.6 86.9 94.6 104.7 114.3 123.5 Paid consumer services 100 24.2 23.0 24.4 24.1 25.8 27.1 27.9 29.0 30.5 Fixed capital investment 100 30.7 25.2 23.9 21.0 22.1 25.9 28.5 29.3 32.9 Foreign trade with non CIS countries 100 71.3 77.1 79.7 66.5 60.0 79.1 82.4 89.1 111.5 Domestic R&D expenditures 100 15.1 16.6 18.0 15.6 17.3 19.8 23.0 25.8 28.6 Net export of private capital (1994=100) ... 27.1 165.3 126.4 150.7 144.4 172.2 104.2 56.3 20.1 Ratio of net export of private capital ... 1.5 6.4 4.3 8.5 10.7 9.1 4.2 1.9 0.5 to domestic R&D expenditures (at official rouble/dollar exchange rate)
Table 2.4 Rate of Industrial Production Growth (Decline) in Russia, 1990—2003 1991—1995 1998—2001 2002 2003 Industry/Year average annual % change average annual % change annual % change annual % change
Industry — total – 13.1 5.5 3.7 6.8 Electric power industry – 4 0.2 –0.7 1.0 Fuel industry, including: – 7 2.4 7.0 9.3 gas industry –3 1.3 3.0 5.2 oil production – 7 3.3 9.0 11.2 oil refining –8 –0.1 5.0 2.0 Ferrous metallurgy 3.0 8.9 Non ferrous metallurgy 6.0 6.2 Chemical industry, including: –13 9.2 1.6 4.4 synthetic resins and plastics –16 15.4 3.8 4.7 basic chemicals –9 7.2 2.4 2.1 synthetic dyes –16 14.6 –8.3 –6.8 plastic products –15 1.6 7.8 8.9 photochemicals –21 25.2 ...... household chemicals –10 12.3 ...... Petrochemical industry –16 9.2 ...... Engineering and metalworking –17 8.1 2.0 9.4 Engineering, including: –17 6.5 ...... materials handling –20 7.9 –9.9 –7.7 railway –15 6.8 21.7 35.8 chemical –16 17.1 –17.8 –7.0 electrical –23 13.6 –6.2 5.5 instrument making –13 12.1 9.1 44.8 engineering for light, –19 5.3 15.9 6.6 food and household appliance industries machine tool industry and tool making –18.3 0.5 communication industry, 74.6 77.9 18.0 18.0 including television sets automobile manufacturing –13 2.0 2.2 6.0
Chapter 2. Towards a Knowledge Based Economy 35 High growth rates in 2003 were analysis shows that average investment in observed in the fuel industry (9.3%) and knowledge in the late 1990s for all coun ferrous metallurgy (8.9%), which are both tries of the Organization for Economic geared to raw materials and semi prod Cooperation and Development (OECD) ucts, but also in engineering and metal was about 4.7% of GDP (inclusion of all working (9.4%), which is undoubtedly a education spending raises the level to over positive trend. 10% of GDP). The figures were highest in There have also been some specific the USA, Sweden, South Korea and positive changes promoting development Finland (5.2—6.5 % of GDP), and lowest towards a knowledge economy: several in Mexico, Greece and Portugal (under research intensive branches of engineering 2% of GDP). experienced growth in 2003, including Rigorous investigation of the knowledge electrical engineering, instrument making sector in Russia is still at an early stage. It is and some MIC industries producing not hindered by complexities of the transition only military, but also civilian products. period, and also by weakening of the state The share of civilian products in MIC out reporting system (suffice it to say that moni put has increased significantly in recent toring of science by Russia’s State Statistics years, as indicated, for example, by sub Committee is the responsibility of the stantial increase in manufacture of house small Department of Science and Ethics hold appliances and communication facil Statistics, whose name indicates that it also ities (Table 2.4). deals with problems, which have nothing to However, this reversal of negative do with the knowledge economy). For these trends cannot yet be regarded as long reasons, the estimates used today may be term, since rates of growth of industrial approximate, although the errors are proba production tailed off in 2002 after the bly not very significant. Table 2.5 gives a boom in 1998—2000. Another point to comparison of investment in the knowledge note is that today’s fairly high rates of sector in OECD countries and in Russia for industrial growth are still insufficient to two definitions of the knowledge sector: one offset the decline recorded in 1991—1995: including higher education, and the other Transition to a industrial production declined at an annu including all levels of education (here and knowledge based al rate of 13.1% in 1991—1995 whereas below, data for foreign countries are based annual growth rates in 1998—2003 barely economy is predicated on OECD estimates, and data for Russia are exceeded 5%, (see Table 2.4 and Annex based on estimates made by the Central on increase of total (A 2)Figure 1). Economics and Mathematics Institute of investment in the the Russian Academy of Sciences). High Potential of the Russian Although the estimates for Russia are knowledge sector Knowledge Economy Sector approximate, they are sufficient to show Transition to a knowledge based economy that the ratio of investment in the knowl is predicated on increase of total invest edge sector to GDP is two or three times ment in the knowledge sector. Today total lower in Russia than the OECD average. investment (financing) in this sector is cal Inputs to the knowledge sector in such culated as the sum of expenditures on countries as the USA, Sweden or South R&D, higher education (from private and Korea are 10% to 30% above the OECD public sources) and software. Statistical average, so the gap between Russia and these countries is even wider. Support for knowledge in Russia is clearly far below Table 2.5 the average level for Europe and the world. Investment in the Knowledge Sector (as % of GDP) Table 2.6 presents estimates of value Knowledge sector composition OECD countries (2000) Russia (2002) added generated by knowledge intensive industries as a percentage of GDP in the most developed countries. Higher education, 4.7 1.8 R&D and software development Table 2.6 shows that in the late 1990s the highest share of value added by the All education, R&D and software >10 5.0 development knowledge intensive sector (without education and healthcare) as a percent
36 Human Development Report for the Russian Federation Table 2.6 Contribution of Knowledge intensive Industries to GDP (Value Added as a Percentage of GDP)
Financial Business High and medium high Telecom and insurance services, Education Country Year technology industries munications services including R&D Total and healthcare In all j = 1 j = 2 j = 3
USA 1998 8.5 3.4 8.3 9.8 30.0 11.6 41.6 Japan 1998 10.7 1.9 5.2 7.0 24.8 ...... France 1998 7.4 2.1 4.7 12.3 26.4 11.7 38.1 Germany 1998 11.7 2.4 4.8 12.1 31.0 10.3 41.2 Italy 1998 7.2 2.1 6.0 7.9 23.3 9.5 32.8 Portugal 1997 4.4 2.9 5.8 ...... 11.9 ... Spain 1998 6.4 2.7 5.3 5.5 19.9 10.1 30.1 Sweden 1998 10.0 2.8 3.5 8.5 24.8 ...... Great Britain 1998 8.1 2.8 5.9 11.2 28.1 11.6 39.8 South Korea 1998 12.6 2.3 7.0 4.2 26.1 7.8 33.9 Mexico 1998 8.3 1.5 3.0 5.7 18.5 8.7 27.1 Switzerland 1998 11.5 2.7 14.3 7.5 36.0 ...... EU countries 1998 8.4 2.4 5.3 10.0 26.1 10.9 37.0 OECD countries 1998 8.8 2.7 6.5 9.0 27.0 ...... Russia 1999—2000 5 1.6 3.0 1.8 11.4 5 16.4 EU countries/Russia 1.68 2.29 2.26 OECD countries/Russia 1.76 2.37 ...
age of GDP for the j=1 set of knowledge Nevertheless, Russia’s huge scientific intensive industries (high and medium and technological potential and high edu high technology industries) was recorded cation standards still hold out hope for in Germany (11.7%) and Switzerland major acceleration of the transition to a (11.5%). For j=2 (adding telecommuni knowledge based economy, if the state can cations, financial and insurance services, implement appropriate economic, indus and also business services including trial, science and technology policies. R&D) the highest share was in the USA (30.0%), Germany (31.0%) and Great High Technology Achievements in Russia Britain (28.1%). And for j=3 (adding Figures for high technology production by education and healthcare) the total share industry and for aggregate production of of gross value added in GDP was over high technology products and services in 40% in the USA (41.6%) and Germany Russia are also encouraging. In terms of (41.2%). these indicators, Russia ranks 8th and 12th, Table 2.6 also compares the level of respectively, among developed countries knowledge use (translation of knowledge (see Table 2.7). inputs into knowledge outputs) in Russia Despite its economic crisis of the 1990s with that in the OECD and EU, and shows and slow recovery, Russia has a number of that it is approximately 1.7—2.3 times unique high technologies and is still capa lower depending on the range of industries ble of world class scientific achievement. considered, although it is worth noting that We give three examples below. Two of them knowledge use in high technology (j=1) is relate to dual purpose (military civilian) significantly higher than for a wider range technologies: construction of floating of industries (j=2 and 3). nuclear power plants and heavyweight air These data show once again that the cargo transportation. The third example — labor of people employed in science and the project for a national technology park, education is currently undervalued in developed by a team of Russian and Russia and that funding for these sectors is German specialists led by Zhores Alferov, low. The figures for Russia approach those winner of the Nobel Prize for Physics — is for countries, which are under developed evidence of the high level of research con in science, technology and education. ducted in Russia (Box 2.4).
Chapter 2. Towards a Knowledge Based Economy 37 Table 2.7 Russia’s Place Among Developed Countries (a) in terms of production of high technology products and services; (b) in terms of production of high technology products (authors’ estimates)
High technology products and services, High technology products, Rank Country $ billion, 1999 Rank Country $ billion
1 USA 2,584.0 1 USA 731.9 2 Japan 1,377.2 2 Japan 594.4 3 Germany 807.9 3 Germany 304.8 4 France 450.1 4 France 126.1 5 Great Britain 356.5 5 Great Britain 103.1 6 Italy 272.7 6 Italy 84.2 7 Korea 148.2 7 Korea 71.4 8 Canada 142.5 8 Russia 50.6 9 Spain 134.8 9 Canada 49.0 10 Netherlands 124.4 10 Spain 43.4 11 Switzerland 117.3 11 Switzerland 37.4 12 Russia 115.3 12 Netherlands 29.6 13 Sweden 66.6 13 Mexico 28.9 14 Mexico 64.7 14 Sweden 26.9
Box 2.4 Floating Nuclear Thermoelectric Power Plant (FNPP) ees. Volga Dnepr has divisions in Britain, the USA, Ireland, the United Based on Nuclear Submarine Technologies Arab Emirates and China, and its customers include such companies as General Electric, British Petroleum, Lockheed Martin, Hughes, Next year Russia will start construction of a floating NPP based on Bombardier and Alcatel. Volga Dnepr has also done much work for technologies used in nuclear submarines. SevMashPredpriyatiye in international organizations: since 1992 the company has performed Severodvinsk, Russia’s biggest builder of submarines, is to be the lead airlift operations for UN humanitarian and peacekeeping missions, in contractor. Construction of floating NPPs will enable 1994 it obtained the status of official UN carrier, and in 1995 it was SevMashPredpriyatiye to convert from military to civilian production. entered on the list of key service providers for UN missions. In The FNPP is a floating power unit, a non self propelled vessel December 2001, Volga Dnepr was the first airline to begin flights to equipped with two reactors designed to generate electric and thermal Kabul after the start of the anti terrorist operation. The company has power and with necessary infrastructure. It is 144m long, 30m wide, made over 250 flights to Afghanistan and has airlifted about 15,000 with draft of 5.6 m, and has expected service life of 40 years. Cost of tons of cargo from Europe, North America and Australia.16 construction is $150 180 million. The FNPP’s generating capacity will be 70 MW, and its heat output will be 140 Gcal per hour. This is suffi The Worldwide Dialogue Technology Park in St. Petersburg cient to meet electric power and heat needs of a town with population of about 200,000 or of a very large enterprise. A team of Russian and German specialists led by Academician Zhores The Russian Atomic Energy Minister, Aleksandr Rumyantsev, has Alferov, winner of the 2000 Nobel Prize for Physics, has developed a said that the first floating NPP may be built in Severodvinsk within the project for creation of a national technology park in St. Petersburg. next three years. FNPPs will be particularly useful in remote northern Estimated cost is 1.5 billion euros. If the project goes ahead it will help and eastern regions of Russia, where transport costs represent up to Russia to make significant progress in microelectronics over the next 60% of the price of fuel. There has also been interest from China, India, few years. Thailand, Indonesia, and countries of the Persian Gulf and North Africa, Only 20 years ago the Soviet electronic industry ranked third in the which would use the floating NPP to desalinate water, as well as to pro world in terms of production volumes, although it lagged the USA and duce electric power. Japan by a large distance. After the breakup of the USSR, the Russian Aleksandr Rumyantsev said that offshore NPPs can be transport industry remained stuck at mid 1980s technology levels, and the ed to any part of the world on ships or on special platforms similar to oil switch to integrated circuits with smaller dimensions requires a radical platforms. FNPPs used abroad will remain Russia’s property and will be change in technology. New plants can augment state of the art tech provided on a lease basis. nologies applied in silicon electronics with specifically Russian The FNPP project is highly attractive to investors: the payback achievements in the field of semiconductor heterostructures. The cita period, including the construction period, does not exceed eight years. tion index for heterostructure researchers at Russia’s Joffe Physico However, there is still a problem of reluctance of Russian investors to Technical Institute is extremely high. According to Alferov, Siemens, put their money into government projects.15 Samsung and others major corporations, including some in the USA, are currently taking their lead from Russian research. German partners are prepared to undertake construction of the The World’s Largest Airplanes for Carrying Super Heavy Cargo new technology park, to supply equipment and technologies, and to Three Russian and one Ukrainian airline own AN 124 Ruslan air raise borrowing without laying claim to ownership, provided that the freighters with payload capacity of up to 120 tons, which they use for Russian government gives guarantees for 15% of the total cost of the charter transport of super heavy and outsized cargo. One of these project. The estimated payback period for the technology park is 6 8 companies, Volga Dnepr Airlines, has international market share of years. The Germans propose selling 25% of production from the park over 50%. Initially developed for purely military purposes, the Ruslan through their own networks at world prices. surpasses the USA’s outsized cargo transport, the C5 Galaxy. As Alferov says, Russia is currently better at trading oil than micro Volga Dnepr’s aircraft fleet consists of nine AN 124 100 Ruslans, electronics, but oil reserves will not last forever and one gram of laser three Il 76s and five Yak 40 aircraft. The company’s turnover in the first heterostructure is equivalent in price to 10 tons of oil, while chips pro 10 months of 2003 was $186.6 million, and it has over 1300 employ duced on a single 300 mm wafer are equivalent to 40 tons of oil.17
38 Human Development Report for the Russian Federation Growth of Foreign Investment human mind, and not under the earth, and that the knowledge sector must be Another indication of positive trends in the well paid for its contribution to problem economy is the significant increase in fixed solving. Large companies must learn to capital investment, which was 11.9% in the create and patronize small companies first half of 2003. That is much higher than and enterprises (including outsourcing, figures for the previous two years (2.6% in venture financing, etc.), and the state 2002 and 8.7% in 2001), even though the must create a favorable environment level in 2000 (17.4%) has not been repeat both as regards legislation (protection of ed. Meanwhile, outflow of capital from authors, designers, consultants, teachers Russia in 2003 is expected to stay below We have to understand and researchers) and economics (tax $6 7 billion. Even if the figure reaches $10 breaks for investors in knowledge). It is that the source of wealth billion (pessimistic estimate), it will be important for Russia to train and foster is in the human mind, much lower than in previous years. innovation managers and to develop an Foreign investment in the Russian and not under the earth, institutional environment that can economy more than doubled in January select, assess and monitor promising and that the knowledge September 2003 compared with the same projects. sector must be well paid period of 2002, reaching $20.9 billion State programs for transition to a (full year figures were $12.4 billion in for its contribution to knowledge based economy need to 2002, $14.2 billion in 2001, $10.9 billion in include the following: problem solving 2000, $9.6 billion in 1999, and $7.8 billion in 1998). tax incentives for high technology It is important to note a big increase · business, support and preferential of capital inflows in recent years from terms for enterprises engaged in high small countries such as Cyprus, the Virgin technology activities; Islands, Luxembourg, etc. At the end of a system of incentives to encourage 2003, the share of these three countries · investment in the knowledge economy, alone in the total stock of foreign capital creation of a mechanism for high risk in Russia was 23%.18 In 2001, Cyprus investments; took the biggest share of foreign invest support for export of research inten ment with 16.3%, nearly a third higher · sive products and services (guarantees, than the USA’s 11.2% and nearly twice as insurance, etc.); high as Germany’s 8.7%. This evidently protection of small business; points to increasing return of Russian · formulation of short and long term flight capital from abroad. However, ana · plans for development of the knowl lysts of the rating agency, Standard & edge economy; Poor’s, still judge that low diversification guaranteed funding of basic research; of the Russian economy and its increased · appropriate conditions for develop dependence on the movement of oil · ment of public education and informa prices are an obstacle to upgrade of tion activities; Russia’s credit rating.19 a system of incentives to encourage · innovators through target funding; Incentives to Develop the Knowledge a system of statutes and regulations Economy · helping, on the one hand, to protect copyright and, on the other, to dissem Societies in developed countries are inate new knowledge and enhance its beginning to realize that the knowledge social impact (in particular, amend sector provides the key to solution of ments should be made to legislation on many socio economic problems. These intellectual property in order to protect problems are diverse and numerous, so the interests of authors, inventors, the knowledge sector has to be flexible, researchers and designers). dynamic and economically efficient. Russia still needs changes in public con Moral support and recognition of sciousness before it can move successful the achievements of Russian scientists, ly in this direction. We have to under researchers, engineers and specialists is stand that the source of wealth is in the very important, and the same attitude
Chapter 2. Towards a Knowledge Based Economy 39 should be extended to research, develop sible to ensure the country’s security, thus ment and engineering organizations and posing a threat both to Russia itself and to the country’s scientific and technological global stability in general. potential as a whole. Reputation played a Preservation and further development major role, for example, during the of the country’s scientific potential is a key Renaissance, when scientists were award condition for sustainable growth of the ed titles that endowed them with social knowledge economy in Russia. It is natural that the status. Development of Russian science requires: It is natural that the Russian Academy retention of a wide range of research areas Russian Academy of of Sciences (RAS) should play an important (given Russia’s huge size, long borders, Sciences (RAS) should role in progress towards a knowledge based large population, sizeable economy, high play an important role in society. Steps that could enhance the role of scientific and technological potential, and the RAS include: more flexible forms of specific geopolitical position); ensuring progress towards a organization, including innovation firms continuity of scientific knowledge through knowledge based society subordinated to the RAS; adding educa support for highly skilled researchers tional activity to the list of key activities in (both young and mature); compliance with the RAS Charter, with academic universi key norms and standards in sector financ ties regarded as one of the main organiza ing (total spending on science as a share of tional forms; separating the functions of GDP, the ratio between wages in R&D and the average wage in the economy for young research director and executive director; researchers, etc.); incentives for priority result based assessment of projects in con R&D, similar to those used in developed junction with more flexible financing (a countries, based on percentage changes in combination of grants, government orders, allocated financial resources (instead of joint contracts and core funding), etc. It is changes in absolute amounts) in order to important that basic state funding of the preserve scientific potential, at least in RAS should be viewed as recognition of the part, in non priority areas, which are nev Academy’s reputation and not as payment ertheless important for developing the sci Current under funding for government procurements. entific environment in the country; signif of science, if it Analysis of the present state of Russian icant federal support for science, since sec continues, could slow science and technology, and forecasts for toral (industrial) science will evidently be down economic growth the future, show that urgent measures are in need of substantial government funding by the end of the first needed during the current decade (i.e. by for the next five to seven years; special leg st decade of the 21 2008—2010) to avoid major loss of poten islative acts providing for additional spend century tial as the older generation retires leaving ing on science in science based cities and insufficient younger specialists to continue regions; a review of the tax code in order to their work. Current under funding of sci extend government support for science; ence, if it continues, could slow down eco strengthening of information support for nomic growth by the end of the first decade science; and many other measures to take of the 21st century. That would entail a account of long term trends in the R&D technology gap in Russia, making it impos sector.
* * *
Long term changes in the quality of International experience shows that suc Russia’s economic growth (raw materials cessful development of the knowledge versus knowledge) are crucial for pro based economy depends on design and grams of reform and transition to sus implementation of an appropriate policy tainable development. Russia also needs by the state. There also needs to be ade to take account of the latest trends in quate understanding of Russia’s problems the world’s leading countries as they and real support from advanced countries. move towards a knowledge economy. Russia’s future depends on how soon Establishment of a knowledge economy Russian science and high technology is the key factor for sustainable econom receive a new impetus to development after ic growth. a decade of transition recession, an impe Russia has the potential for switching tus that will ensure Russia’s long term to a new type of economic development. involvement in worldwide innovation.
40 Human Development Report for the Russian Federation 1 A. Frenkel, Ya. Sergiyenko, «Neft — po 9 A. Aslund, Building capitalism, Cam prezhnemu nashe vsyo» (Oil Is Still ‘Our bridge University Press, 2001, p.445 Everything’), Russki fokus, No. 45 (127), 10 J.E. Stiglitz, Globalization and Its December 22, 2003 — January 18, 2004. Discontents, W.W. Norton & Company, New 2 Russian Economic Report. The World Bank, York, London, 2002, pp. 133—134 Russia Country Department, No. 6, August 2003. 11 ibid., p. 143 3 http://www.mosstat.ru/info.php# 12 ibid., p. 144 4 A. Aslund, Building capitalism, Cam 13 ibid., p. 152 bridge University Press, 2001, p.400. 14 ibid., pp. 154—155 5 A.Ye. Varshavsky, «Considering Economic 15 http://www.pravda.ru/,http://invur.ru/, Estimates on Solving the Problems of Global Russki kuryer, No. 174, December 19, 2003, Stability», Ekonomika I Matematicheskiye Profil, No. 44 (363), November 24, 2003 Metodi, vol. 38, No. 1, 2002. 16 Sekret firmy, No. 22 (38), December 1 — 6 A. Aslund, How Russia Became a Market December 14, 2003. Economy, The Brookings Institution, Washing 17 Rosiiskaya gazeta, December 22, 2003. ton, D.C., 1995, p. 293. 18 Russki kuryer, December 11, 2003, p. 1. 7 ibid., pp. 311—312 19 Russki fokus, No. 45 (127), December 22, 8 ibid., pp. 313—314 2003 — January 18, 2004.
Chapter 2. Towards a Knowledge Based Economy 41 Feature
Developing a Knowledge based Economy
Introduction with its Nordic neighbors, often scores quite well in these benchmark A knowledge based economy is characterized by its focus on innova studies and may therefore be an interesting case study. tions, research and development and the use of new technologies. The need to find new and sustainable sources of economic growth is The key challenge for policy makers in developing a knowledge the principal driving force behind the growing interest in developing based economy is to create an environment with strong incentives for knowledge based economies. A number of international organizations the innovative market players to invest and do business in and, at the are ranking economies’ knowledge base by using indicators of new same time, ensure the market is supplied with the right human capital. technology penetration (mobile phone, computer, Internet), research We will take a closer look at this challenge by studying two underlying and development expenditure, the number of patents per capita and dimensions – government policies and human capital – that are pivotal various education and research measurements. Sweden, together to a knowledge based economy.
Table 1
World Economic Forum Innovation and Competitiveness Ranking
Technology Innovation Technology transfer Index subindex ICT subindex subindex
Rank Score Rank Score Rank Score Rank Score
Russia 69 3,61 27 3,36 56 3,66 69 3,62 Sweden 4 5,9 4 5,52 3 6,28 n.a. n.a.
Source: World Economic Forum (2004): “Global Competitiveness Report 2003 04”
Sweden will be used as a case study and references to Russia will more emphasis is being put on services. Secondly, and perhaps most be made throughout the study. The conclusions in a recently published importantly, the policy need to put a lot more focus on the conditions benchmarking analysis of the Swedish national innovation system dur and incentives for small and medium sized enterprises (SME:s) and ing the last three decades offer a good point of departure as it deals entrepreneurs. Although Russia may be at a different stage in the both with Sweden’s apparent successes and with the challenges in development of its knowledge base, we believe Russia faces a similar maintaining and improving the knowledge based economy for the challenge with regards to SME development. years to come: The Policy Dimension The financing and incentive structures of the Swedish nation It is not possible to administer growth or innovation, but the government · al innovation system have primarily been geared towards can create an environment in which innovative companies and individu stimulating productivity improvements and growth in large als prosper and grow. Such an environment includes factors related to manufacturing groups.” the general business environment, such as regulations and taxes, but also to specific innovation policies and government commitment to new General tax structures, labour market structures, public atti technologies and education. This section will take a closer look at these · tudes and public private partnerships have all been rather factors in general and the Swedish innovation policy in particular. stimulating to large firm capital accumulation and growth in Sweden.” The Regulatory Framework The role of regulations in a country’s business environment cannot be The general incentives for starting firms and generating SME overstated. The overall regulatory burden of countries around the · growth in Sweden have been much weaker. Moreover, the world is measured by a number of international organizations using a pre seed and the earliest seed stages financing of R&D