The realistic opportunity is not permanent return for everyone, but a system that keeps globally acquired knowledge, networks and capital continuously connected to Georgia
Key Takeaway
Competition for technology talent has intensified sharply. A May 2026 Wall Street Journal report describes a reverse-brain-drain dynamic in China: engineers and AI researchers with U.S. education or experience are returning as China offers competitive compensation, frontier technical work, startup support and faster paths to leadership. China’s Ministry of Education reports that 535,600 students returned after overseas study in 2025-40,600 more than in 2024 and 120,000 more than in 2023.
Georgia cannot copy China’s scale and does not need to. It cannot match U.S. or Chinese technology salaries, research budgets or domestic markets. But return decisions are not made on salary alone. OECD research shows that employment quality, family and community, professional networks, administrative conditions and reintegration all influence return and re-migration. Georgia’s more realistic advantage is to make return fast, flexible and compatible with a global career.
Georgia already has a base of demand. Geostat reports 53,000 people employed in information and communication in Q2 2026, with average monthly remuneration of GEL 4,463.9. GITA says more than 15,000 people have developed IT skills through its programmes, while 1,000 participants entered the current state-funded stage of the “5,000 IT Specialists” programme in 2026. The World Bank’s GENIE project financed 138 startups, created 2,127 jobs and catalysed more than $105 million in private financing. This is not Silicon Valley scale, but it is an ecosystem in which a returnee can increasingly find a team, a partner and a first market test.
| Signal | Indicator | Period | Why it matters |
| China return trend | 535,600 overseas-study returnees | 2025 | +40,600 vs 2024; +120,000 vs 2023 |
| Georgian-citizen return flow | 62,073 Georgian-citizen immigrants | 2025 | Return exists, professional profile unknown |
| Georgia ICT sector | 53,000 employed; GEL 4,463.9 average pay | Q2 2026 | Technology labour market is expanding |
| GENIE | 138 startups; 2,127 jobs; >$105m private finance | Project closed 2023 | Local ecosystem exists, but no unified talent landing system |
| International research | Horizon Europe | 2026 | Continued access to international research networks |
What China’s case actually teaches
China’s return strategy is not only about subsidies. The WSJ describes tax breaks, housing support, office space and major project funding in cities such as Shenzhen and Shanghai. But returnees are also attracted by factors that cannot be reduced to cash: faster responsibility, room to build companies, leadership roles and fast-growing sectors such as AI, robotics, biotech and advanced manufacturing.
For Georgia, the lesson is that a return programme cannot be a one-off grant. A Georgian who has studied or worked at an international university, laboratory or technology company is likely to ask: What difficult problem can I solve? Who will I work with? Will I have decision rights? Can I continue serving global clients? Is there capital, compute, research infrastructure and a credible next step in my career?
Return happens in Georgia, but the country does not know who is returning
Geostat reports that 62,073 immigrants in 2025 were Georgian citizens, while 58,799 emigrants were Georgian citizens. These are significant flows, but the statistics do not reveal how many returnees are foreign-educated software engineers, AI researchers, product leaders or technology founders. This data gap is itself a policy problem.
A weak KPI would be “how many Georgians returned?” A better dashboard would track senior specialists linked to Georgian teams, companies or R&D functions created by returnees, foreign clients brought into Georgia, local jobs created, international capital mobilised, and young specialists trained inside globally experienced teams.
| Model | Duration | Connection to Georgia | Economic effect |
| Permanent return | 2+ years | Full job / company in Georgia | High spillover, high relocation friction |
| Temporary landing | 6–12 months | Team / product leadership | Local team absorbs operating know-how |
| Seasonal presence | 1–4 months per year | Project / teaching position | Mentoring and professional links become continuous |
| Research return | Dual affiliation | Horizon Europe + local institution | International research network preserved |
| Co-founding + overseas distribution | Sales abroad / team in Georgia | Global market + local execution | Maximum global reach; minimum relocation friction |
Return should not mean closing a global career
Technology careers are often multi-country. Georgia does not need to force a choice between “Georgia” and “the world.” A brain-circulation model can allow a specialist to live in Tbilisi while working for an international company, spend part of the year in Georgia, co-found locally while selling abroad, or hold a Georgian university appointment while remaining part of a European research network.
The OECD’s 2024 work on return, reintegration and re-migration explicitly notes that return is not always permanent and that re-migration remains a real possibility. Policy should therefore not try to lock people in. It should create enough professional value that returnees choose to stay-and preserve a professional link to Georgia even if they later move again.
Horizon Europe strengthens this logic. Georgia has been associated with the €95.5 billion EU research and innovation programme, allowing Georgian researchers and institutions to participate under the same conditions as organisations from EU member states. For a returning researcher, working from Georgia therefore does not have to mean exiting international research, provided the local institution can deliver project quality, administration and partnerships.
What Georgia should offer returning technology talent
| Package component | First step | Format | Why it works |
| Bridge position | Co-funded job or research | 6–12 months | Reduces first-year income risk |
| Legal & equity layer | Legal clarity | equity / IP / remote-work clarity | Career security |
| Compute / research access | Starter resource | cloud credits + lab access | Accelerates startup/research build |
| Family landing | Fast administrative support | school, housing, documents | Reduces family relocation friction |
| Pilot customer | First reference customer | bank / logistics / hotel / university | Real market signal |
| Distribution network | International network linkage | diaspora / investors / partners | Global sales and investor links |
The strongest policy package may focus on the first twelve months. The biggest risk is often not moving home but the uncertainty that follows: income, team, customer, family logistics, access to compute and a credible career path.
A structured landing package could therefore combine a six-to-twelve-month co-funded professional or research position, legal clarity for remote international work, startup-equity and IP guidance, cloud or compute credits, rapid matching with local firms and universities, family-administration support and access to a first pilot customer.
The customer may matter more than the grant. The World Bank’s GENIE experience also shows that financing worked best when combined with acceleration, mentoring and private capital. For a returnee founder, a Georgian bank, logistics firm, hotel, university or public agency can become the reference customer that makes international sales easier.
Georgia cannot win on salary alone-but it can win on career leverage
Georgia’s ICT wages are rising, but they remain far below the world’s leading technology hubs. Full salary matching cannot be the core strategy. A more plausible offer is greater career leverage: larger decision rights, equity, the ability to build a team, lead an international project and convert a local problem into a global product.
This may be especially relevant for mid-career and senior specialists. A 22-year-old graduate may still gain enormous value from several years in a major global ecosystem. A 35-to-45-year-old professional may place greater value on ownership, leadership and the freedom to build. A single programme for every age and career stage would therefore be inefficient.
| Career stage | Core need | Return priority | Best policy |
| Student / new graduate | Global exposure | Low – build experience first | study, internships, global network |
| Early career / 22–30 | Several years abroad to build experience | Selective | global experience + seasonal links |
| Mid-career / 30–40 | product lead / founder / R&D lead | High | team-building, equity, global clients |
| Senior / 40+ | Own team / company / laboratory | Higher return potential | ownership, research leadership, capital access |
BTU Researchers’ Assessment
According to an assessment by BTU researchers, Georgia can bring back part of its foreign-educated technology talent, but only if return is not defined as permanent relocation. The more realistic objective is brain circulation: continuous movement of knowledge, networks and capital around Georgia-based companies, laboratories, teams and projects.
Georgia already has useful foundations-a growing ICT sector, public startup support, experience in mobilising international private capital and access to Horizon Europe. The weakness is fragmentation. A returnee still has to separately find a job, team, investor, research partner, compute resource and first customer.
The most effective policy may therefore be a unified Talent Landing System rather than a marketing campaign. It would aim to give a qualified specialist, within 30–60 days, a professional or research offer, a local team, a path to a first customer, a financing route and a way to preserve an international career.
Why This Matters for Georgia
The effect of one senior specialist is not limited to one salary. A returnee can build a team, transfer product-management habits, bring investor trust, introduce international quality standards and pass on tacit knowledge that is difficult to acquire through courses alone.
That is why the economic impact can be disproportionate. But Georgia needs better data to prove it: returnees in technology, firms founded, local employees hired, foreign revenue generated, capital raised and international networks transferred.
Conclusion
Georgia can bring back foreign-educated technology talent, but large-scale results will not come from nostalgia or bonuses. People return where professional opportunity is credible.
Georgia’s best strategy is not to copy China’s subsidies. It is to create its own advantage: a small, fast ecosystem in which globally experienced specialists can quickly find a team, customer, capital and research partner without losing their connection to the global market. If that system is built, talent return stops being a one-time migration event and becomes a permanent circulation of knowledge through Georgia’s economy.
Data and Main Sources
- The Wall Street Journal – “China’s Top Tech Talent Is Heading Back Home”, May 16–17, 2026.
- China Ministry of Education / Chinese Service Center for Scholarly Exchange – 2025 overseas-study return data, April 2026.
- OECD – Return, Reintegration and Re-migration, 2024.
- Georgia’s National Statistics Office, Geostat – Migration, 2025; Information and Communication, Q2 2026.
- Georgia’s Innovation and Technology Agency – 2025 annual report and 2026 IT-skills programmes.
- World Bank – GENIE project results.
- European Commission – Georgia and Horizon Europe.
Prepared by the academic team of Business and Technology University and the BTUAI Research Team, Tbilisi, Georgia.