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Good practice Imported

Denmark's Industrial PhD Programme — Five Decades of Company-Embedded Doctoral Research

Denmark · Copenhagen · See the Denmark profile · See the Copenhagen profile

Evidence: Quasi-experimental Top 27% 76/100 · Ask Evidence Copilot about this practice

Since 1971, Denmark has embedded PhD students inside private companies for three-year, university-supervised research projects. A 2012 government register study of 676 graduates found 95-99% employment and a 25% income rise between 2004 and 2010.

95-99%
Employment rate, Industrial PhD graduates (2004-2010)
509,757 DKK
Average gross income (2004)
636,158 DKK
Average gross income (2010)
6%
Income premium vs conventional PhDs
90,000 DKK/year
Gender income gap among graduates
1,886
Active Industrial PhD and related projects (2026)
Denmark's Industrial PhD Programme — Five Decades of Company-Embedded Doctoral Research

Details

Maturity
Established
Promoter
Innovation Fund Denmark (Innovationsfonden)
Period
1971-present
Keywords
research and development, higher education, manufacturing, private sector R&D

Context

Denmark's Industrial PhD Programme, launched in 1971 as 'The Industrial Researcher Programme' and converted into a full doctoral qualification in 1988, embeds a PhD candidate inside a private or public company for a three-year, university-supervised research project.

Activities

The company employs and pays the candidate, Innovation Fund Denmark subsidises up to half the salary and contributes to travel costs, and a university grant covers supervision; the candidate splits their time between the firm and the university and may not take on other company duties.

Results

A 2012 evaluation by Oxford Research tracked 676 graduates through Statistics Denmark's administrative registers and compared them to a matched group of conventional PhDs. It found employment of 95–99% each year from 2004–2010, average gross income rising from DKK 509,757 in 2004 to DKK 636,158 in 2010, and industrial graduates earning roughly 6% more than conventional-PhD peers; close to 80% went on to work in the private sector.

Conclusions

The evidence has limits: graduates cluster in large companies and technical fields from a handful of universities, and the same 2012 study found male graduates earning about DKK 90,000 more per year than female graduates, a gap the programme has not been evaluated for closing. By 2026 the fund reports over 1,886 active Industrial PhD and related projects, showing the model has scaled steadily rather than remaining a small pilot.

Implementation

Indicative cost
Medium (€50k–€500k) — Innovation Fund Denmark subsidises up to half the candidate's salary plus travel costs; a university grant covers supervision costs.
Time to results
Long (> 3 years)
Staffing & skills
company-employed PhD candidate, university academic supervisor, Innovation Fund Denmark administering co-funding

Conditions for success

  • the company employs and pays the candidate while Innovation Fund Denmark subsidises up to half the salary plus travel costs
  • a university grant covers academic supervision
  • the candidate splits time between company and university and may not take on other company duties

Common failure modes

  • graduates cluster heavily in large companies (55% at firms with 250+ employees) and in technical fields from a handful of universities (44% from DTU alone)
  • a documented ~DKK 90,000/year gender income gap between male and female graduates has not been evaluated for closing

Where it fits

Governance type
national innovation agency co-funding tripartite university-company placements
Scale
national (Denmark), ~1,886 active projects by 2026
Income level
high-income

Commonly funded by

National / regional programmes ESF+ — European Social Fund Plus

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

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Data sources

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