evidoria

← Back to browse

Good practice Imported

Brainport Eindhoven — A Triple-Helix Regional Innovation Ecosystem

Netherlands · Eindhoven · See the Netherlands profile · See the Eindhoven profile

Evidence: Descriptive / self-reported Top 39% 71/100 · Ask Evidence Copilot about this practice

After Philips and DAF cut thousands of jobs in the early 1990s, Eindhoven's government, industry and university leaders built a formal triple-helix partnership. The region now hosts 5,000+ tech firms, generates up to 36% of Dutch high-tech exports, and depends heavily on ASML.

~EUR 3 billion
Annual private R&D spending
up to 36%
Share of Dutch high-tech exports
5,000+
Technology and IT companies in the region
11.3%
Share of Dutch manufacturing gross value added
~300
High Tech Campus Eindhoven companies/institutions (late 2024)
12,000
High Tech Campus Eindhoven workers (late 2024)
71,200
Additional high-tech workers needed (by 2032)

Details

Maturity
Established
Promoter
Brainport Development NV
Period
1995-2025
Region (NUTS)
NL41
Keywords
high-tech manufacturing, semiconductors, R&D collaboration, triple-helix governance

Context

Brainport Eindhoven emerged from a 1995 crisis-response alliance between Eindhoven's mayor, the regional Chamber of Commerce and Eindhoven University of Technology (TU/e), formed after Philips cut roughly 8,000 regional jobs and truck-maker DAF went bankrupt in 1993.

Objectives

To rebuild the region's economy after major industrial job losses by formalising a triple-helix (government-industry-university) partnership to coordinate innovation, R&D and talent strategy.

Activities

Governance developed in stages: the Brainport Foundation (2005) and Brainport Operations BV (2006) merged in 2010 with the older Regional Economic Service Eindhoven into Brainport Development NV, an economic-development agency owned by 21 municipalities, coordinating with anchor institutions ASML, Philips, NXP, DAF, VDL, TU/e and the High Tech Campus Eindhoven.

Results

By the European Commission's 2025 case-study figures, the region generates around EUR 3 billion a year in private R&D spending, contributes up to 36% of the Netherlands' national high-tech exports, and hosts more than 5,000 technology and IT companies; manufacturing accounts for 11.3% of Dutch gross value added. The High Tech Campus Eindhoven hosted about 300 companies/institutions and 12,000 workers as of late 2024. A 2013 analysis of OECD patent data found Eindhoven had the highest patent-filing rate per capita of any city in the world.

Conclusions

The European Commission's own case study flags real strain: the region needs roughly 71,200 additional high-tech workers by 2032, of which only about 17,500 can be filled from mainstream education, two-thirds of residents cite the housing shortage as a major concern, and regional press notes growing economic dependence on a single dominant firm, ASML.

Implementation

Indicative cost
Very high (> €5M)
Time to results
Long (> 3 years)
Staffing & skills
Brainport Development NV (economic-development agency), 21 municipal governments, TU/e researchers, Anchor-firm R&D staff (ASML, Philips, NXP, DAF, VDL)

Conditions for success

  • Formal triple-helix governance structure with a single coordinating agency (Brainport Development NV)
  • Presence of large anchor employers providing R&D scale and export capacity
  • Long time horizon (30 years) allowing institutions to mature

Common failure modes

  • Growing economic dependence on a single dominant firm (ASML), a concentration risk given semiconductor-equipment cycle volatility
  • Labour shortage — most of the projected 71,200-worker gap cannot be filled from mainstream education
  • Housing shortage cited by two-thirds of residents as a major concern, threatening talent retention

Where it fits

Governance type
triple-helix (government-industry-university)
Scale
metropolitan region, 21 municipalities

Commonly funded by

National / regional programmes Horizon Europe ERDF — European Regional Development Fund

Indicative funding routes for practices of this type — always check each programme's current calls and eligibility rules.

Do you run this practice? Claim it — verified implementers get a public contact pathway and can propose corrections.

Data sources

Where this practice's information was retrieved from, and when.

Similar practices you may find useful