Innovation lies at the heart of globalisation, whereby to stay relevant in competitive markets and improve economic growth, countries must put in place strong National Innovation Systems (NIS). Thus, the key goal of this paper is to analyse and compare the National Innovation Systems of various countries. Germany, Israel and Norway were chosen as part of this study, particularly because of their strong innovative history, high levels of innovation and the importance of innovation for their future competitiveness. Firstly, an analysis of core primary data provides a brief overview of each country. Subsequently, Porter’s Diamond model, and its four factors, helps us evaluate in detail each of the country’s NIS. After analysis, each country is methodically discussed using research, results and the Triple Helix Model. Using this, we found Israel has a highly efficient NIS, showing incredible dynamic development in recent years. Germany’s NIS was found to be deeply rooted in their economy and Norway’s lower levels of GDP and patent applications per capita indicated lower levels of innovation. It is recommended each country focus on maintaining strong NIS to combat future challenges, including the trend of climate change.
Table of Contents
1 Introduction
2 Analysis
2.1 Country Overview
2.2 Factor Conditions
2.3 Demand Conditions
2.4 Related and Supporting Industries
2.5 Firm Strategy, Structure and Rivalry
2.6 Government
3 Discussion
3.1 Triple Helix
3.2 Germany
3.3 Israel
3.4 Norway
4 Conclusion
Objective and Research Focus
The primary objective of this paper is to conduct a comparative analysis of the National Innovation Systems (NIS) of Germany, Israel, and Norway. By utilizing Porter's Diamond Model and the Triple Helix framework, the research investigates how these nations foster competitive advantages through innovation and how they address future challenges in a globalized economy.
- Comparative performance analysis of NIS across three distinct nations.
- Application of Porter’s Diamond Model to evaluate competitive factors.
- Examination of the Triple Helix model regarding university-industry-government interaction.
- Assessment of GDP growth, patent activity, and investment in innovation.
- Analysis of cultural and structural influences on national innovation capacity.
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2.1 Country Overview
Before we begin using the PDM, we will first take a closer look at each country. To do so, we will look at some of the key indicators to better assess each country's current state of innovation and overall economic strength (see figure 1). For this purpose we will use the data of WIPO (World Intellectual Property Organization).
Firstly, we explore the development of the growth domestic product (GDP), which gives us an overview of the general economic development of each country. As figure 2 highlights, all GDP developments indicate a clearly positive trend. However, differences can also be observed. Israel's GDP grew by 40 percent from 2009 to 2018, which is significantly faster than the respective GDP growth of Norway (15%) and Germany (20%).
An important measure that evaluates the NIS of a country is patent applications. Therefore, in the following we will give an overview of how many patents were applied for by Germany, Norway and Israel in the period from 2009 to 2018 and whether trends can be identified. Registrations of the respective citizens with domestic (residents) as well as foreign (abroad) patent authorities will be looked at. The following graph displays the numbers for Israel and Norway (figure 3).
First of all, it is visible that Israel has significantly more patent applications in absolute terms than Norway. In 2018, for example, there were just under 16,000 Israeli and fewer than 7,000 Norwegian patent applications. Nonetheless, the large absolute difference in patent applications can be partly explained by the different population sizes (Israel: 8.88 million, Norway: 5.31 million) (Wipo, 2020, online).
Summary of Chapters
1 Introduction: This chapter outlines the importance of national innovation systems in a globalized economy and sets the scope for the comparative analysis of Germany, Israel, and Norway.
2 Analysis: The core analysis section utilizes Porter's Diamond Model to evaluate factors such as resources, market conditions, industry clustering, and government support across the three focus countries.
2.1 Country Overview: This section establishes the baseline by reviewing key primary indicators, specifically GDP growth and patent application trends from 2009 to 2018.
2.2 Factor Conditions: This chapter examines the availability of specialized resources, including education, human capital, infrastructure, and financial support, as determinants of competitive advantage.
2.3 Demand Conditions: This section investigates how the size and sophistication of the domestic market influence the pressure on firms to innovate and upgrade.
2.4 Related and Supporting Industries: This chapter discusses the role of geographic clusters and interconnected industries in speeding up innovation and resource sharing.
2.5 Firm Strategy, Structure and Rivalry: This analysis focuses on the impact of domestic competition and cultural dimensions, such as uncertainty avoidance, on organizational innovative behavior.
2.6 Government: This chapter evaluates how national policies and specific state-led initiatives support innovation ecosystems through funding, legislation, and strategic planning.
3 Discussion: This section synthesizes the analytical findings within the context of the Triple Helix model to provide a holistic view of the innovation landscapes.
3.1 Triple Helix: This introduction explores the role of universities in modern innovation systems and the necessity of collaboration between the spheres of university, industry, and government.
3.2 Germany: This chapter summarizes Germany's innovation strengths, challenges regarding university-industry cooperation, and the reliance on traditional industrial success.
3.3 Israel: This discussion highlights Israel's dynamic growth, high level of venture capital, and its strong orientation toward a knowledge-based society.
3.4 Norway: This analysis addresses Norway's dependence on resource-based industries and the challenges it faces in diversifying its economy through broader innovation.
4 Conclusion: The concluding chapter summarizes the key findings and suggests that all three nations must continuously adapt their innovation systems to remain competitive in the face of future challenges like climate change.
Keywords
National Innovation System, NIS, Porter's Diamond Model, Triple Helix, Germany, Israel, Norway, Patent Applications, GDP, Venture Capital, Innovation, Cluster Development, Competitive Advantage, Knowledge Society, Globalization
Frequently Asked Questions
What is the primary focus of this research paper?
The paper focuses on analyzing and comparing the National Innovation Systems (NIS) of Germany, Israel, and Norway to understand how these countries drive economic competitiveness.
Which theoretical frameworks are applied in the study?
The study primarily utilizes Porter's Diamond Model (PDM) to analyze national competitiveness and the Triple Helix Model to examine the roles of universities, industry, and government in fostering innovation.
What is the main objective of the comparative analysis?
The objective is to identify similarities and differences in how these three specific countries develop and maintain their innovative capacity, thereby providing insights into potential future challenges.
What research methodology does the author employ?
The author uses a qualitative and quantitative analysis of secondary data, including GDP metrics, patent application statistics, and various development indices provided by organizations like the World Bank and WIPO.
What topics are covered in the main section of the paper?
The main section covers factor conditions, demand conditions, related and supporting industries, firm strategy and structure, as well as the influential role of government in shaping the innovation landscape.
Which keywords best characterize this work?
Keywords include National Innovation System, Porter's Diamond Model, Triple Helix, Cluster Development, Venture Capital, and Competitive Advantage.
How does the author characterize Israel's innovation system?
Israel is described as having a highly efficient and dynamic innovation system, characterized by excellent university-industry cooperation, high venture capital availability per capita, and a strong push toward a knowledge-based society.
What specific challenges does Norway face regarding its economy?
Norway is noted for being heavily dependent on resource-based industries (oil and gas), which creates a need for strategic diversification and improved university-industry collaboration to remain competitive.
How does the role of government differ between Germany and Israel?
While Germany's innovation system is deeply rooted in established corporate structures, the state has played a more direct and significant role in Israel and Norway, particularly through the development of specialized innovation clusters.
- Arbeit zitieren
- Anonym (Autor:in), 2020, Country level comparison of innovation systems. Germany, Israel and Norway, München, GRIN Verlag, https://www.grin.com/document/974101
