Turkey ranks 41st globally in AI skills index

Why Is This Event Important?

Turkey achieved an important ranking in the field of artificial intelligence and human skills in the 2026 Global Skills Report. This situation provides clues about how the country positions itself in the digital transformation process. The emphasis on both AI skills and human competencies is crucial for the future of Turkey's workforce. These developments could lead to significant changes not only in education but also in the business world.

The report indicates that Turkey's interest in AI courses has increased by 29%. Additionally, the 275% rise in AI security training reflects the urgent needs in the sector and highlights awareness of security issues. These data underscore the necessity for Turkey to specialize further in the field of AI and to adopt security measures. To enhance the country's competitiveness in the international arena, education and workforce policies need to be reshaped.

Turkey's progress in this area is also attracting global attention. The widespread adoption of AI applications is becoming central to countries' economic growth strategies. Turkey's active participation in this transformation process has the potential to enhance not only economic growth but also social welfare. Particularly, the steps to be taken in the field of AI hold critical potential for increasing employment rates and creating new job opportunities, making it a key factor for Turkey's economic future.

The advancements in AI allow Turkey to become more competitive in the international labor market while also requiring local businesses and entrepreneurs to adapt to these technologies. This transformation could enhance Turkey's innovation capacities, contributing to the establishment of a stronger economic structure at both national and international levels. By 2026, the growth rate in Turkey's AI sector is expected to attract the attention of technology investors; this could pave the way for new ventures and the transformation of existing business models.

Moreover, the application of AI in various fields such as education, health, and industry could lead to significant changes in Turkey's socio-economic structure. For instance, the widespread adoption of AI-supported learning systems in education could make students' learning processes more effective. In the health sector, AI-assisted diagnostic systems could enable faster and more accurate disease diagnoses. Such developments will help Turkey attain a stronger position in the international arena.

Local Context and Historical Perspective

Artificial intelligence has rapidly evolved into a significant field worldwide in recent years. Turkey is also taking steps to enhance its AI capabilities in response to this trend. The projected 75% increase in AI skill intensity from 2019 to 2025 showcases the country's potential in this area. Turkey's 2026-2030 AI Vision and Action Plan aims to provide education to five million citizens and train tens of thousands of specialists.

In this context, it is important to understand how Turkey's past technology and education policies interact with the current developments in AI. Particularly, as digitalization permeates every aspect of life, the transformation of the education system and the workforce's adaptation to new skills play a critical role. Since the 1980s, the adoption of computer and internet technologies has led to profound changes in the educational system. This transformation has paved the way for Turkey's education policies to become more modern and digitally focused.

The impact of the past educational system on today's AI education is significant. For example, the steps taken in the early 2000s in the field of information and communication technologies laid the foundation for today's AI education programs. However, the question of how well the current educational system meets the needs of the workforce is still a matter of debate. Stronger collaboration between educational institutions and industry has become a critical necessity to bridge this gap.

Additionally, the shortcomings in Turkey's education system pose challenges in training individuals specialized in AI. To compete internationally, there is a need to strengthen educational programs, particularly in STEM (Science, Technology, Engineering, Mathematics) fields. In this regard, universities play a vital role in establishing industry collaborations, updating their curricula, and responding to industry needs through student projects. Many universities, for instance, are working with industry to develop real-world projects, thereby enabling students to gain practical experience.

Moreover, ensuring that Turkish universities align with international educational standards will be a crucial step in enhancing global competitiveness. Increasing elements such as foreign language education, opportunities to participate in international projects, and exchange programs can help students adapt more quickly to global developments. Consequently, addressing these aspects of educational policies will play an important role in Turkey's future AI ecosystem.

Impacted Sectors and Individual Measures

The expansion of AI applications is bringing profound changes across many sectors. From education to health, financial services to manufacturing, AI is enhancing efficiency and transforming processes. In the health sector, for instance, AI technologies offer groundbreaking innovations in disease diagnosis and treatment, while in finance, significant improvements are achieved in risk management and customer service. In agriculture, AI applications can optimize production processes, enhancing food security.

From an individual perspective, having up-to-date skills during this transformation process increases career opportunities. The importance of advanced technical skills in AI, as well as human skills such as complex problem-solving and strategic thinking, is growing. Educational institutions should offer practical and hands-on programs aimed at developing these skills, thereby increasing individuals' competitiveness in the labor market. Prominent occupations include data analyst, AI engineering, and machine learning specialization. However, alongside these roles, individuals specializing in AI ethics and human-machine interaction will also see significant demand in the future.

Individuals participating in AI-related educational programs and adopting a continuous learning mindset are critically important for their future career planning. In this process, effectively utilizing self-learning resources and online platforms can provide a competitive advantage. Educational institutions should foster industry collaborations that allow students to gain experience through real-world projects. For instance, internship programs and on-the-job learning opportunities offer students a chance to apply their theoretical knowledge in practice. Such experiences can help graduates adapt more quickly to the labor market.

Furthermore, individuals reflecting on ethical issues related to AI can help them understand the social impacts of these technologies. Considering the societal dimensions of AI applications can make individuals more aware and create consciousness about the responsible use of these technologies in the future. Ultimately, as individuals develop their AI skills, it is essential for them to also consider the ethical and social impacts of these technologies. This awareness will not only benefit individuals but also the society as a whole, enabling a more conscious approach to these technologies in the future.