When R&D workforce expansion does not translate into innovation capability: evidence from Türkiye’s Technopark ecosystem

Abstract Many emerging economies use science, technology and innovation policy to expand R&D personnel, but larger research workforces do not necessarily generate stronger innovation capability. This article examines this problem through Türkiye as an illustrative emerging-economy case, where R&D personnel and researcher numbers have grown rapidly while selected innovation-output indicators continue to signal unresolved capability gaps. Drawing on comparative secondary indicators and semi-structured interviews with 38 managers and engineers in eight technoparks and two R&D centres, the study uses absorptive capacity to interpret why headcount growth may produce uneven returns. Interviews point to four recurring constraints: practical project competence, digital capability, mid-career researcher retention and access to technopark knowledge flows. For science and public policy, the central implication is that workforce-expansion targets need complementary instruments that build and retain qualitative absorptive capacity in emerging-economy innovation systems.

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Publication Details

Journal
Science and Public Policy
Published
2026-10-31
DOI
https://doi.org/10.1093/scipol/scag087
Primary Topic
Innovation Policy and R&D
Type
article
Field-Weighted Citation Impact
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article

When R&D workforce expansion does not translate into innovation capability: evidence from Türkiye’s Technopark ecosystem

Erşan Ciğerim
Science and Public Policy
Innovation Policy and R&D
article

When R&D workforce expansion does not translate into innovation capability: evidence from Türkiye’s Technopark ecosystem

Erşan Ciğerim
article en

Abstract

Abstract Many emerging economies use science, technology and innovation policy to expand R&D personnel, but larger research workforces do not necessarily generate stronger innovation capability. This article examines this problem through Türkiye as an illustrative emerging-economy case, where R&D personnel and researcher numbers have grown rapidly while selected innovation-output indicators continue to signal unresolved capability gaps. Drawing on comparative secondary indicators and semi-structured interviews with 38 managers and engineers in eight technoparks and two R&D centres, the study uses absorptive capacity to interpret why headcount growth may produce uneven returns. Interviews point to four recurring constraints: practical project competence, digital capability, mid-career researcher retention and access to technopark knowledge flows. For science and public policy, the central implication is that workforce-expansion targets need complementary instruments that build and retain qualitative absorptive capacity in emerging-economy innovation systems.

Science and Public Policy
Gebze Technical University (TR)
Openalex Percentile: Top 8%
Innovation Policy and R&D
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When R&D workforce expansion does not translate into innovation capability: evidence from Türkiye’s Technopark ecosystem — Erşan Ciğerim · Science and Public Policy (2026) | TGRS Research Map | TGRS