Türkiye operates over 80 active Technology Development Zones and 392 Organised Industrial Zones (OIZs) across 81 provinces, home to more than 67,000 resident companies. That scale is exactly why the country is a credible reference point for a government or development authority planning its own technopark, OIZ, or science park: the model has two decades of implementation lessons behind it, not a pilot's worth.
The sequence below is the one that actually determines whether a zone succeeds, not a generic feasibility outline.
Zone and site designation
Designation starts with a site assessment against three fixed constraints: proximity to a research university or industrial base strong enough to seed tenant demand, infrastructure capacity (power, water, road and, for a technopark specifically, fibre connectivity) that can be delivered on the zone's timeline, and land tenure that is clean enough not to stall the legal formation step that follows. Zones that skip a rigorous site assessment in favour of a politically convenient location are the ones that struggle to fill tenant space five years later.
Governance and legal-entity formation
A Turkish OIZ or teknokent operates through a dedicated management entity, typically a cooperative or joint-stock structure with the founding public authority, participating municipalities, and (for a technopark specifically) an anchor university as stakeholders. This is also where a university partnership, if one is planned, needs to be structured, not bolted on later: governance rights, IP-sharing terms with tenant companies, and the university's role in tenant vetting are far easier to set correctly at formation than to renegotiate once the zone is operating.
Getting the governance structure right at this stage determines how fast every subsequent decision, from tenant approval to infrastructure spending, can actually move.
Incentive and tax-exemption qualification
Türkiye's teknokent regime currently offers a 100% corporate tax exemption on qualifying R&D and software income, plus an income-tax exemption for R&D personnel salaries, and foreign-owned companies qualify on equal terms with Turkish-owned ones through a Turkish subsidiary. This exemption regime runs until 31 December 2028, a fixed sunset date that should shape the zone's own launch and tenant-recruitment timeline, not just its long-range plan.
Qualification is not automatic on designation: it requires the zone's management entity to certify tenant R&D activity against defined criteria, and the certification process itself needs to be built into the zone's operating procedures from day one, not added once tenants start asking for it.
Infrastructure sequencing
Infrastructure investment should be phased against confirmed tenant demand, not built out in full before a single tenant commits. The zones that overbuild infrastructure ahead of demand carry that cost through years of low occupancy; the ones that sequence infrastructure in phases tied to pre-leasing commitments protect the founding authority's capital while still being ready when demand arrives.
Tenant strategy
Tenant strategy is where most new zones underinvest relative to physical planning. A credible tenant strategy names the specific sectors the zone is targeting based on the region's actual industrial or research base, sets qualification criteria for tenant admission that protect the zone's positioning (a technopark diluted by non-R&D tenants loses its incentive-qualification credibility over time), and builds an active recruitment function rather than assuming tenants will arrive once the buildings exist.
What this means for a government starting today
The zones that succeed treat this as one sequence, not five independent workstreams run in parallel by different departments. Site designation decisions constrain what governance structure makes sense; governance decisions determine how fast incentive qualification can be certified; incentive qualification shapes which tenants are worth recruiting; and tenant strategy determines whether the infrastructure investment was sequenced correctly in the first place. A government or authority planning its first zone benefits most from working through this sequence with someone who has actually built and operated one, not from a generic feasibility study that treats each step in isolation.