Computing skills are becoming increasingly important as artificial intelligence, automation, and digital technologies reshape the modern workplace. However, access to computers alone does not determine how well students can solve complex problems. Logical reasoning, mathematical thinking, and the ability to develop step-by-step solutions also play a major role.
The best countries for computing skills in 2026 have been ranked using computational problem-solving scores from the OECD’s PISA 2025 results, published in September 2026. The assessment focuses on 15-year-old students and measures how effectively they apply logic, modeling, and algorithmic thinking to solve problems.
According to the reported results, Macao (China) ranks first, followed by Singapore and four Chinese provinces. Asian education systems dominate the top positions, while Estonia leads Europe.
Key Highlights of the 2026 Computing Skills Ranking
Here are the major findings from the latest ranking:
- Macao (China) ranks first with 572 points.
- Singapore takes second place with 563 points.
- China’s Beijing, Shanghai, Jiangsu, and Zhejiang region scores 560 points.
- Eight of the top 10 education systems are in Asia.
- Estonia is Europe’s highest-ranked education system, with 541 points.
- The United States ranks 15th with 513 points, above the OECD average of 500.
These results highlight the importance of developing problem-solving abilities alongside traditional academic knowledge.
Top 30 Countries and Economies for Computing Skills in 2026
The following table lists the top 30 entries and their reported average computational problem-solving scores.
| Rank | Country or economy | Score |
|---|---|---|
| 1 | Macao (China) | 572 |
| 2 | Singapore | 563 |
| 3 | China (B-S-J-Z) | 560 |
| 4 | Japan | 557 |
| 5 | Chinese Taipei | 551 |
| 6 | Hong Kong (China) | 545 |
| 7 | Estonia | 541 |
| 8 | South Korea | 538 |
| 9 | Australia | 532 |
| 10 | New Zealand | 531 |
| 11 | Canada | 525 |
| 12 | United Kingdom | 523 |
| 13 | Switzerland | 520 |
| 14 | Czechia | 517 |
| 15 | United States | 513 |
| 16 | Lithuania | 512 |
| 17 | Ireland | 511 |
| 18 | Austria | 509 |
| 19 | Belgium | 508 |
| 20 | Latvia | 507 |
| 21 | Poland | 507 |
| 22 | Finland | 507 |
| 23 | Netherlands | 506 |
| 24 | Denmark | 506 |
| 25 | Luxembourg | 506 |
| 26 | Sweden | 503 |
| 27 | Portugal | 501 |
| 28 | Spain | 499 |
| 29 | Germany | 498 |
| 30 | France | 497 |
Source: Visual Capitalist, based on OECD PISA 2025 results. China (B-S-J-Z) refers to Beijing, Shanghai, Jiangsu, and Zhejiang. Scores are assessment points, not percentages. Some entries have sampling limitations.
1. Macao (China) Leads the Global Ranking
Macao tops the 2026 computing skills ranking with 572 points. Its performance places it ahead of Singapore and the other participating education systems in the assessment.
This result demonstrates strong computational problem-solving performance among its 15-year-old students. Such skills include identifying patterns, understanding logical relationships, and developing structured approaches to unfamiliar problems.
However, the score measures student performance in a particular assessment. It does not mean that Macao has the world’s largest technology industry or the most powerful computers.
2. Singapore Secures Second Place
Singapore ranks second with 563 points. Its strong result highlights the importance of analytical thinking and problem-solving in education.
Modern computing requires more than memorising information. Students need to understand problems, identify possible solutions, and evaluate the results of their decisions.
These abilities can support future learning in programming, data science, artificial intelligence, engineering, and other technical fields.
3. China, Japan, and Chinese Taipei Perform Strongly
China’s Beijing, Shanghai, Jiangsu, and Zhejiang region ranks third with 560 points. Japan follows in fourth place with 557 points, while Chinese Taipei ranks fifth with 551 points.
Hong Kong (China) also places among the top six, scoring 545 points.
Together, these results show the strong performance of several East Asian education systems. Mathematical reasoning and structured problem-solving may contribute to computational thinking. However, the rankings alone cannot establish which educational policies caused these results.
4. Estonia Leads Europe in Computing Skills
Estonia ranks seventh globally, scoring 541 points. It is the highest-ranked European education system in the reported results.
The United Kingdom ranks 12th with 523 points, followed by Switzerland in 13th place with 520 points. Czechia ranks 14th with 517 points.
Other European entries include Lithuania, Ireland, Austria, Belgium, Latvia, Poland, Finland, the Netherlands, Denmark, Luxembourg, Sweden, Portugal, Spain, Germany, and France.
The results show that computational problem-solving performance varies across Europe. They also underline the importance of assessing students’ practical reasoning abilities rather than relying only on access to digital devices.
5. Australia and New Zealand Enter the Top 10
Australia ranks ninth with 532 points, while New Zealand takes tenth place with 531 points.
Their positions demonstrate that strong computational problem-solving performance is not limited to East Asia. Both education systems appear among the highest-ranked entries in the reported assessment.
Students who develop logical thinking and structured problem-solving skills can build a stronger foundation for learning about technology. These skills are useful even for people who do not plan to become software developers.
6. Where Does the United States Rank?
The United States ranks 15th with 513 points, which is above the OECD average of 500.
Although it has a major technology industry and significant computing infrastructure, this particular ranking evaluates the problem-solving performance of 15-year-old students. It does not measure the size of the technology sector, investment in artificial intelligence, or national supercomputing capacity.
Therefore, the United States’ position should be interpreted within the context of education and student performance rather than as an overall ranking of technological development.
What Does Computational Problem-Solving Mean?
Computational problem-solving is the ability to approach problems logically and develop systematic solutions. It is closely connected to computational thinking, which helps people break complicated tasks into smaller, manageable steps.
Important skills include:
- Logical reasoning: Understanding relationships and drawing conclusions.
- Algorithmic thinking: Creating an ordered set of steps to solve a problem.
- Pattern recognition: Identifying repeated structures and useful connections.
- Modeling: Representing real-world situations in a simplified form.
- Problem decomposition: Breaking a complex challenge into smaller tasks.
These abilities are useful in programming, scientific research, mathematics, engineering, and many everyday situations.
Why Are Computing Skills Important in 2026?
Artificial intelligence is changing the workplace
AI tools can automate certain tasks, analyse information, and support decision-making. However, people still need to understand problems, evaluate outputs, and recognise mistakes.
Computational thinking can help students and professionals use these tools more effectively.
Digital careers require analytical thinking
Careers in software development, cybersecurity, data analytics, robotics, and AI often require structured reasoning. Students who develop these skills early may find it easier to understand advanced technical subjects.
Problem-solving applies beyond technology
Computational thinking is not limited to computer science. It can help people organise information, compare alternatives, identify patterns, and make informed decisions across many fields.
Education must focus on skills, not just devices
Providing computers and internet access can support learning, but access alone does not guarantee strong academic results.
Students also need suitable teaching methods, foundational mathematics and reading skills, and opportunities to practise solving problems. Technology works best when it supports learning rather than distracts from it.
Does Internet Access Guarantee Better Computing Skills?
No. Internet access and computational problem-solving are different measures.
A student may have access to a computer and a reliable internet connection but still need guidance to develop logical reasoning, analytical thinking, and algorithmic skills.
Similarly, using digital devices frequently does not automatically improve learning outcomes. The purpose of technology use, the quality of educational content, and the learning environment all matter.
The OECD’s broader education research has examined the relationship between technology use and academic performance. However, the ranking discussed here does not establish a direct cause-and-effect relationship between internet access and computational ability.
What Can Students and Schools Learn From These Rankings?
The 2026 results offer several useful lessons for education systems.
First, schools can introduce problem-solving activities that encourage students to think independently. Second, mathematics and logical reasoning should remain important foundations of digital education. Third, students should have opportunities to apply what they learn to practical challenges.
Schools can also introduce age-appropriate programming exercises, robotics projects, and structured digital learning activities. These approaches may help students understand how technology works and how to solve problems systematically.
Most importantly, educational success should not be measured only by the number of computers available. The ability to use knowledge effectively is equally important.
Frequently Asked Questions (FAQs)
Which country ranks first in computing skills in 2026?
Macao (China) ranks first in the reported PISA 2025 computational problem-solving results, with 572 points.
Which country ranks second in computing skills?
Singapore ranks second with 563 points, followed by China’s Beijing, Shanghai, Jiangsu, and Zhejiang region with 560 points.
What is the United States’ rank in the 2026 computing skills ranking?
The United States ranks 15th with 513 points, above the reported OECD average of 500.
Which European country ranks highest for computing skills?
Estonia is the highest-ranked European education system in the reported table. It ranks seventh globally with 541 points.
What does the computing skills ranking measure?
It measures the computational problem-solving performance of 15-year-old students. The assessment focuses on abilities such as logical reasoning, modeling, and algorithmic thinking.
Does this ranking measure a country’s overall computing power?
No. It measures student performance in computational problem-solving. It does not rank countries by supercomputers, computing infrastructure, technology companies, or AI investment.
Why are computing skills important for the future?
Computing skills help people approach problems logically, understand technology, and develop analytical abilities. These skills can support learning and careers in AI, programming, data science, engineering, and other fields.
Conclusion
The 2026 computing skills ranking highlights the strong performance of Macao, Singapore, China, Japan, and other Asian education systems. At the same time, Estonia leads Europe, while Australia and New Zealand also place in the top 10.
The findings show why computational problem-solving deserves attention in modern education. As AI and digital technologies continue to develop, students will benefit from learning how to reason logically, recognise patterns, and solve complex problems.
Ultimately, strong computing skills depend on more than access to devices. Education must also help students develop the knowledge and reasoning abilities needed to use technology effectively.
