Ankara's Defence Boom Has a Retention Problem No Procurement Budget Can Fix
Ankara's defence and aerospace cluster generated $3.1 billion in exports in 2024. Job postings across the sector rose 34% year on year. TAI's new $650 million avionics facility in Kazan is approaching full operational status in 2026, with 2,000 positions to fill. By every visible metric, this is a market expanding at speed.
The invisible metric tells a different story. Real wages for senior engineers declined between 15% and 20% through the same period once adjusted for sector-specific inflation. Forty-two percent of ASELSAN engineers surveyed in 2024 reported actively searching for new roles. Time-to-fill for senior engineering positions stretched to 89 days, up from 54 days in 2021. The sector is posting more vacancies because it cannot hold the people it already has, not only because it needs more of them.
What follows is a ground-level analysis of why Ankara's defence cluster is simultaneously at its most productive and its most fragile. It examines where the talent gaps are deepest, what is driving the retention crisis beneath the export headlines, and what organisations hiring senior technical and executive leadership in this market must do differently to compete for candidates who have options in Istanbul, Dubai, Munich, and beyond.
The Paradox at the Centre of Ankara's Defence Market
The analytical claim that underpins this entire market is counterintuitive but unavoidable once the data is assembled: Ankara's export success is the primary cause of its talent crisis, not a separate phenomenon running alongside it.
Here is the mechanism. Record procurement volumes from the Presidency of Defense Industries (SSB), which allocated approximately TL 182 billion to domestic platforms in 2024, have driven aggressive hiring targets across every major contractor. The SSB's 2025–2029 Strategic Plan prioritises the KAAN indigenous fighter jet, the MILDEN submarine programme, and TURKSAT 6A satellite systems. Ankara will absorb 60–65% of associated R&D contracts. The cluster needs an estimated 4,500–6,000 additional engineering hires across 2026 alone.
But the same export growth that creates these roles is denominated in foreign currency. Defence exports are priced in dollars and euros. The engineers who build the products are paid in Turkish lira. With the lira depreciating approximately 40% against the dollar through 2024 and consumer inflation running at 48%, the gap between what this work earns internationally and what it pays domestically has become the single largest force destabilising the talent market. Senior engineers with the skills to build export-grade systems are precisely the engineers with the international mobility to leave.
The result is a market where procurement success accelerates the very brain drain it depends on preventing. Every new export contract raises Ankara's profile as a global defence supplier while simultaneously advertising the salary gap to engineers who can now see, in concrete terms, what their skills command in Dubai or Munich.
Ankara's Defence Cluster: Scale, Structure, and the Geography of Talent
Ankara province hosts approximately 65,000–72,000 direct defence and aerospace sector employees, representing 42% of Turkey's total sector workforce of roughly 155,000. This concentration is unmatched by any other Turkish city and is anchored by four institutions that collectively employ between 28,000 and 32,000 personnel.
The Big Four and Their Specialisms
TUSAŞ/TAI, the state-owned aerospace manufacturer, is Ankara's largest single-site employer with 14,200 staff across its Kazan, Akyurt, and Kahramankazan facilities. It is the centre for fixed-wing UAVs, helicopters, and the KAAN fighter programme. ASELSAN, listed on the Borsa Istanbul as ASELS, employs 9,100 at its Macunköy headquarters and Akyurt production sites. Its 7,200 R&D personnel make it one of Turkey's most research-intensive organisations. Roketsan operates from Elmadag, 40 kilometres east of the city centre, with 3,400 employees producing the Atmaca, SOM, and Tayfun missile systems. HAVELSAN, with 2,100 staff at its Macunköy location adjacent to ASELSAN, focuses on C4ISR, combat management systems, and simulation technology.
The Defence Valley Corridor
The physical geography of the cluster matters for hiring. A 45-kilometre corridor along the Eskişehir Highway connects Macunköy to Kazan to Elmadag. Commuting patterns within this corridor mean that a salary premium at one employer is felt almost immediately by its neighbours. When ASELSAN offered 35% premiums for flight control software engineers in Q2 2024, TAI lost 47 senior software engineers within six months. The corridor functions as a single labour market with near-perfect information flow and intense salary arbitrage.
Beyond the primes, TÜBİTAK SAGE employs 1,200 researchers in Güvercinlik, focusing on aerodynamics, warhead design, and guidance systems. The SSB itself employs 1,500 technical programme managers and engineers who frequently rotate into private sector roles. And the OSTIM organised industrial zone houses 150 or more SME subcontractors employing approximately 8,000 workers in defence-relevant manufacturing, from precision machining to cable harnesses.
This concentration creates both advantage and vulnerability. The advantage is density: suppliers, researchers, and primes sit within commuting distance. The vulnerability is that every competitor for senior technical talent in the aerospace and defence sector can see exactly what every other competitor is paying, and act on that information within weeks.
The Compensation Crisis: Why Nominal Increases Are Not Enough
The most important number in Ankara's defence labour market is not the 34% increase in job postings. It is the 18–22% decline in real wages between 2022 and 2024.
Nominal salaries rose during this period. They had to. Consumer price inflation ran at 48% in 2024, and the lira's depreciation meant that imported goods, housing costs, and energy bills all climbed sharply. But the nominal increases at state-owned enterprises face public sector wage cap constraints imposed by presidential decree. These caps lag market inflation. The result, according to data from the Turkish Statistical Institute and the Deloitte Turkey salary survey for the technology sector, is that the purchasing power of a senior engineer at a major Ankara defence firm fell materially over a two-year window despite receiving what appeared, on paper, to be substantial raises.
What the Pay Scales Actually Look Like
At the senior specialist and team lead level, engineering managers in avionics and software earn TL 75,000–110,000 net per month, equivalent to roughly $2,200–$3,200 at current exchange rates. Performance bonuses add two to four months of salary annually. Benefits include government health insurance supplemented by private coverage, meal allowances of TL 3,000–4,000 monthly, and in some cases subsidised housing for relocating staff.
At the executive level, directors of engineering, CTOs, and programme directors at the SOEs earn TL 180,000–350,000 net per month ($5,300–$10,300). Private sector firms such as STM and Meteksan Savunma can offer TL 250,000–450,000 ($7,400–$13,200) with stock options or dollar-indexed retention clauses. Executives holding NATO security clearance and familiarity with US/EU export control regimes (ITAR/EAR) command premiums of 40–60% above standard scales, reflecting the compliance liability these credentials carry.
The Dollar-Indexing Response
Major employers have begun implementing dollar-indexed salary bands for senior technical staff. ASELSAN's 2023 annual report disclosed board remuneration practices that reflect this shift, and HAVELSAN's investor relations materials reference similar approaches. But dollar-indexing at the top does not solve the problem in the middle. The mid-level engineers and programme managers who form the operational backbone of every major defence programme are still paid in lira-denominated bands that erode with each quarterly inflation report.
This compensation environment creates a direct pipeline to executive hiring failures. The gap between what a senior flight control engineer earns in Ankara and what the same engineer earns in Dubai is not a marginal difference. It is a factor of two to three. A senior role in Ankara might pay $3,000–$5,000 per month net. A comparable position at EDGE Group in Abu Dhabi offers $8,000–$15,000 per month, tax free. That arithmetic requires no elaborate analysis. It is visible to every engineer with a LinkedIn profile.
Three Competitors Pulling Talent Out of Ankara
The retention crisis is not abstract. It has three named destinations, each with a distinct pull mechanism.
Istanbul's Tech Sector: Salary, Flexibility, and Speed
Istanbul draws software architects and AI engineers out of Ankara's defence firms with 20–30% higher nominal salaries in fintech and e-commerce. The Istanbul Chamber of Commerce's IT Sector Report for 2024 and LinkedIn Talent Migration Insights data show that firms including Trendyol and Getir hired over 400 engineers from the Turkish defence sector since 2022, predominantly in embedded systems and data science.
The pull is not only financial. Istanbul's technology firms offer remote and hybrid working arrangements that classified defence work in Ankara cannot match. A software engineer at ASELSAN works in a secured facility with restricted communications. The same engineer at an Istanbul fintech works from a home office with a global team. For engineers under 35, this flexibility gap matters as much as the salary gap.
The Gulf Drain: Tax-Free USD at Scale
EDGE Group in the UAE and Baykar's Dubai offices actively recruit Turkish flight test engineers and drone systems architects. The compensation is denominated in dollars, tax-free, at rates that are two to three times Ankara equivalents. According to analysis published by the Middle East Economic Digest (MEED), this has created what industry observers call a "Gulf Drain" specifically targeting Ankara's senior technical leadership pipeline.
The Gulf employers are not recruiting generalists. They target professionals with five to fifteen years of experience in guidance, navigation, and control systems, or in autonomous UAV architecture. These are the most difficult profiles to replace.
Germany's Aerospace OEMs: EU Blue Cards and Long-Term Stability
Airbus Defence and Space in Munich and Rheinmetall have recruited Turkish aerostructures engineers from TAI's composites division, targeting professionals eligible for EU Blue Cards. According to German Federal Employment Agency data, these positions offer EUR 65,000–85,000 annually for mid-level engineers. The Ankara equivalent is EUR 35,000–45,000. Germany adds a further dimension that neither Istanbul nor Dubai offers: permanent residency in a stable currency zone. For engineers thinking on a ten-year horizon, this is a powerful draw.
The combined effect is that Ankara's defence cluster competes for senior and executive talent across three separate geographies, each exploiting a different vulnerability. Istanbul exploits flexibility and the lira gap. The Gulf exploits raw purchasing power. Germany exploits long-term stability and currency security.
The Bottlenecks That Slow Every Search
Beyond compensation and competition, Ankara's defence talent market contains structural friction points that extend hiring timelines regardless of how competitive the offer is.
Security Clearance Delays
The National Security Council clearance process averages four to eight months for "Secret" level and twelve to eighteen months for "Confidential" level. In 2024, approximately 22% of cleared engineering candidates withdrew from offers because the clearance process outlasted their patience. They accepted roles elsewhere while waiting.
This is not a problem a higher salary can solve. It is a systemic delay embedded in the regulatory architecture. For executive search processes targeting cleared professionals, it means that a search which identifies the right candidate in week two may still not produce a start date for six months.
The University Pipeline Gap
Ankara's three premier engineering universities, METU, Bilkent, and Hacettepe, supply only 60% of the software and aerospace engineering graduates required annually by the local defence cluster. The remaining 40% must come from other Turkish cities, returning diaspora, or mid-career transitions. According to Council of Higher Education (YÖK) graduation statistics for 2024, the pipeline has not kept pace with the procurement-driven demand surge.
Compounding this, approximately 18% of current engineering staff at the SOEs are eligible for retirement or expatriate relocation in 2026. The talent pipeline challenge is therefore not only about net new roles. It is about replacing experienced practitioners who are leaving simultaneously.
Language and Export Compliance Skills
Despite Turkey's export growth, only 35% of mid-level engineers possess technical English proficiency at B2 level or above, according to the British Council Turkey English Proficiency Index. As Ankara firms increasingly serve non-NATO export customers in Pakistan, Qatar, and Malaysia, the demand for engineers who can operate in English-language technical environments is outstripping supply. Export control compliance officers familiar with US and EU dual-use regulations are scarcer still. This is a niche specialism where traditional recruitment methods consistently fail because the qualified population is measured in dozens, not thousands.
Why 80% of the Candidates You Need Are Already Employed Next Door
The passive candidate challenge in Ankara's defence sector is among the most acute in any global defence market.
For senior software architects working with C++, Python, and ROS frameworks, and for autonomous navigation engineers, approximately 75% of qualified candidates in Ankara are already employed at ASELSAN, TAI, or HAVELSAN. Average tenure among this group is 4.2 years. Active candidates in these specialisms are typically either new graduates or individuals returning from abroad. The mid-career professionals with the experience to lead subsystem integration or programme-critical workstreams are not on any job board.
For Model-Based Systems Engineers using SysML and UML tools, the passive candidate rate reaches 80%. Recruitment in this specialism occurs primarily through direct headhunting rather than job board applications.
Consider what this means in practice. A hiring manager at Roketsan seeking a hypersonic aerodynamics specialist is searching a population where four out of five qualified candidates are employed at a direct competitor, holding active security clearances, and not looking. That search ran for 11 months in 2024. According to an interview with Roketsan's HR Director reported on TRT Haber's business segment in October 2024, it was only filled when Roketsan restructured the position into a remote-hybrid arrangement and increased the compensation package by 45%.
The traditional search model of posting a vacancy, screening applications, and interviewing respondents reaches at most 20% of the viable candidate pool in this market. The other 80% must be identified through systematic talent mapping and direct outreach. Firms that have not adapted their methodology to this reality are not running slow searches. They are running searches that structurally cannot reach the majority of candidates they need.
What This Means for Hiring Leaders in 2026
The forces described above are converging in 2026. TAI's new Kazan facility requires 2,000 hires. The SSB's 2025–2029 Strategic Plan is pushing 4,500–6,000 additional engineering positions into the cluster. ASELSAN's optical systems plant in Sivas will pull technical coordination staff from Ankara. Export projections for Ankara-based firms target $3.8–4.2 billion, contingent on contract wins that will further strain SME capacity in precision machining and embedded software.
At the same time, the retirement and relocation pipeline is accelerating. The Gulf and German competitors show no signs of reducing their recruitment pressure. And the university pipeline remains structurally insufficient.
Hiring leaders in this market face a specific calculation. The cost of a vacant senior engineering role on a programme with SSB milestone payments is not measured only in recruitment fees. It is measured in programme delays, penalty clauses, and competitive positioning against other Ankara primes bidding for the same future contracts. TAI's six-week delay on Hürjet subsystem integration testing, caused by the loss of 47 senior software engineers to ASELSAN, illustrates the cascading cost. That delay was not caused by a budget shortfall or a technical failure. It was caused by losing engineers in a market where counteroffers have become the default response to any resignation.
The Method That Reaches the Other 80%
Organisations competing for cleared, experienced defence engineers in Ankara cannot afford to wait for applications. The 75–80% passive candidate rate means that inbound recruitment, regardless of how well-branded the posting, systematically misses the majority of the market.
KiTalent works in precisely these conditions. Using AI-enhanced talent mapping and direct headhunting methodology, KiTalent identifies and engages passive senior candidates who are not visible through conventional channels. Interview-ready candidates are delivered within 7–10 days, with a pay-per-interview model that eliminates upfront retainer risk. The 96% one-year retention rate for placed candidates reflects a process that evaluates fit, not just availability.
For organisations hiring across senior leadership roles in AI and technology-intensive defence programmes, where the pool is small, the clearance requirements are strict, and the competition is international, the difference between a search that reaches 20% of the market and one that reaches the full population is the difference between filling the role and losing six weeks of programme time.
To discuss how KiTalent approaches executive and senior technical searches in Ankara's defence and aerospace market, start a conversation with our specialist search team. In a talent market this constrained, the method of search determines whether the search succeeds at all.
Frequently Asked Questions
What is the average time to fill senior defence engineering roles in Ankara?
As of 2024, time-to-fill for senior engineering positions in Ankara's defence cluster averaged 89 days, up from 54 days in 2021. Roles requiring active security clearance at Secret level or above take considerably longer, as the clearance process alone averages four to eight months. For specialisms such as hypersonic aerodynamics or Model-Based Systems Engineering, vacancy durations of six to eleven months are not uncommon. These timelines reflect both the scarcity of qualified candidates and the structural bottleneck imposed by security vetting.
What do senior defence engineers earn in Ankara in 2026?
Senior specialists and team leads in avionics and software engineering earn TL 75,000–110,000 net per month (approximately $2,200–$3,200) plus performance bonuses. Executive-level roles such as Director of Engineering or CTO at major firms command TL 180,000–450,000 per month ($5,300–$13,200), with private sector firms offering dollar-indexed clauses for retention. Professionals with NATO security clearance and ITAR/EAR compliance experience command 40–60% premiums over standard pay scales. Detailed salary benchmarking for defence sector roles helps employers calibrate offers against both domestic and international competitors.
Why is it so difficult to recruit senior defence engineers in Ankara?
Three forces converge. First, 75–80% of qualified candidates in critical specialisms are already employed at one of Ankara's four major contractors and are not actively looking. Second, real wages declined 15–20% in purchasing power between 2022 and 2024 despite nominal increases, pushing experienced engineers toward Istanbul's tech sector and Gulf employers offering two to three times the local salary. Third, security clearance requirements add four to eighteen months to the hiring process, during which candidates frequently accept competing offers.
How does Ankara's defence sector compare to Dubai and Munich for engineer salaries?
The gap is substantial. A senior defence engineer in Ankara earns approximately $3,000–$5,000 per month net. A comparable role at EDGE Group in Abu Dhabi pays $8,000–$15,000 per month, tax free. In Munich, Airbus Defence and Space offers EUR 65,000–85,000 annually for mid-level engineers, roughly double the Ankara equivalent. These gaps are a primary driver of the "Gulf Drain" and European migration that is depleting Ankara's senior technical pipeline.
What is the best approach to executive search in Ankara's defence market?
Given that 80% of qualified candidates are passive and concentrated within a handful of employers, conventional job advertising reaches a fraction of the viable pool. Direct headhunting combined with AI-powered talent mapping is the method that consistently delivers results. KiTalent's approach identifies and engages these passive candidates directly, delivering interview-ready shortlists within 7–10 days. The pay-per-interview pricing model ensures clients invest only when meeting qualified candidates, reducing the cost risk inherent in retained searches for hard-to-fill defence roles.
What are the biggest risks to Ankara's defence talent market in 2026?
The convergence of three pressures creates systemic risk. The SSB's 2025–2029 Strategic Plan requires 4,500–6,000 additional engineers while the university pipeline supplies only 60% of annual graduate demand. Approximately 18% of current SOE engineering staff are eligible for retirement or relocation. And international competitors in the Gulf and EU continue to recruit aggressively from the same small pool of cleared specialists. Organisations that delay their search processes or rely solely on inbound applications face programme-level delays with direct financial consequences.
