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Innovation-Led Clusters: A Benchmarking Report (TechVision)

Innovation-Led Clusters: A Benchmarking Report (TechVision)

Innovation-led clusters are geographical concentrations of interconnected companies, universities, research & development organizations and government bodies that collaborate to support an innovation ecosystem that increases productivity and spurring new innovations. Some well-known examples of clusters are Silicon Valley, the automotive district of Detroit, the film industry of Hollywood, the wineries of France and the financial district of New York. This report studies Innovation-led clusters across the following clusters:

Healthcare
Energy
Materials & Coatings
Information & Communication Technologies and
Automation & Electronics.

The significance of the clusters across each industry has been covered, best practices in each cluster have been identified, innovation-led clusters have been benchmarked to obtain a comparative assessment and key findings for each industry group have been listed.


  • Executive Summary
    • A Macro Level Perspective of Innovation Led Cluster
  • Innovation-Led Clusters in Healthcare A Sneak Preview
    • Innovation-Led Clusters in Healthcare
    • Significance of Innovation-Led Clusters
    • Benchmarking Clusters for Healthcare
  • United States-Innovation-Led Clusters Best Practices
    • Massachusetts Supercluster
    • San Francisco Bay Area
  • Germany-Innovation-Led Clusters Best Practices
    • Berlin-Brandenburg Capital Region
    • Munich-Bavaria Biotech Cluster
  • Singapore-Innovation-Led Clusters
    • Tuas Biomedical Park
    • Biopolis
  • Benchmarking Innovation-Led Clusters
    • Benchmarking Clusters-Model for Comparing Performances
    • Key Conclusions
  • Innovation-Led Clusters in Materials & Coatings A Sneak Preview
    • Key Findings
    • Innovation-Led Clusters in Materials and Coatings
    • Significance of Innovation-Led Clusters
    • Clusters Considered for Evaluation
  • USA-Innovation-Led Clusters Best Practices
    • Oak Ridge Carbon Fiber Composites Consortium
    • Institute for Advanced Composites Manufacturing Innovation (IACMI) Vehicle Technology Area (VTA)
    • Polymers and Plastics Cluster
  • Germany-Innovation-Led Clusters Best Practices
    • Nanosystems Initiative Munich (NIM)
    • Technologies for Hybrid Lightweight Construction KITe hyLITE
    • MAI Carbon Cluster Management GmbH
  • South Korea-Innovation-Led Clusters
    • Carbon Fiber Industrial Cluster
    • Ulsan Technopark (UTP)
  • Benchmarking Innovation-Led Clusters
    • Benchmarking for Comparing Performance of Clusters
    • Key Conclusions
  • Innovation-Led Clusters in Energy A Sneak Preview
    • Significance of Innovation-Led Clusters in Energy & Environment
    • Elements of Innovation-Led Clusters in Energy & Environment
    • Benchmarking Countries
    • Cleantech Clusters Considered for Evaluation
  • USA-Innovation-Led Clusters
    • Best Practices-Key Global Learnings from Silicon Valley, USA
    • Benchmarking Clusters-USA Model
  • Israel-Innovation-Led Clusters
    • Best Practices-Key Global Learnings from Silicon Wadi, Israel
    • Benchmarking Clusters-Israeli Model
  • China-Innovation-Led Clusters
    • Best Practices-Key Global Learnings from Dezhou, China
    • Benchmarking Clusters-China Model
  • Key Findings
    • Key Conclusions
  • Innovation-Led Clusters in Automation & Electronics A Sneak Preview
    • Automation and Electronics Innovation Cluster
    • Key Findings
    • Significance of Innovation Led Clusters
    • Factors Influencing Automation and Electronics Innovation Led Clusters
    • Countries Considered for Assessment
  • Innovation-Led Clusters-Case Studies
    • Flexible Electronics Cluster: FlexMatter-Northeast Ohio, USA
    • Flexible Electronics Cluster: Forum Organic Electronics-Rhine-Neckar Metropolitan, Germany
    • Flexible Electronics Cluster: Jeonbuk, Korea
    • Photonics Cluster: Florida Photonics Cluster, Florida, USA
    • Photonics Cluster: Optonet, Thuringia, Germany
    • Photonics Cluster: Korean Association for Photonics Industry, Seoul, Korea
  • Global Best Practices and Key Learnings
    • USA: Flexmatter-Best Practices
    • USA: Florida Photonics-Best Practices
    • Germany: Forum Organic Electronics-Best Practices
    • Germany: Optonet-Best Practices
    • Korea: Printed Electronic Center-Best Practices
    • Korea Association for Photonics-Best Practices
    • Benchmarking Countries Best Practices
  • Cluster Benchmarking-Impact Analysis
    • Benchmarking Clusters-Model
    • Key Takeaways
  • Conclusions
    • Key Conclusions-USA
    • Key Conclusions-Germany
    • Key Conclusions-Korea
  • Innovation-Led Clusters for ICT - A Sneak Preview
    • Key Findings
    • What is an Innovation-Led Cluster?
    • Cluster Models and Role of Cluster Policies
    • Drivers and Restraints for Initiating Clusters
  • Significance of Information and Communications-based Clusters
    • Significance of Information and Communication-based Clusters on Global Economies and Megatrends
    • Trending Information and Communication Technologies
    • Elements of Innovation-Led Clusters in ICT
  • Innovation-led Clusters across Different Regions
    • Clusters Considered for Evaluation
  • Innovation-led Clusters across North America
    • Silicon Valley Tech Park (North California), USA
    • Research Triangle Park (North Carolina ), USA
  • Innovation-led Clusters across Europe
    • OULU, Finland - Europe
    • Silicon Wadi, Israel - Europe
    • Kista Science City,Sweden - Europe
  • Innovation-led Clusters across Asia-Pacific
    • Science Park, Singapore-Asia Pacific
    • Zhongguancun Innovation Park, China-Asia Pacific
  • Benchmarking Innovation-led Clusters
    • Benchmarking for Comparing Performance of Clusters
    • Key Conclusions

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