Beijing to Require AI Lessons for Every Primary and Secondary Student From Autumn 2025

At least eight hours a year for students aged 6 to 18

Every primary and secondary school in Beijing will be required to provide artificial intelligence education from the autumn semester of 2025, giving students aged 6 to 18 at least eight hours of instruction each academic year. The Beijing Municipal Education Commission announced the requirement as China seeks to strengthen its position in AI technology and innovation.

The policy brings AI into the education of children across the capital, from those beginning primary school to teenagers preparing to leave secondary school. Its purpose extends beyond teaching students how to use digital tools: the curriculum also covers how AI works, how it can support creative work and what responsibilities come with using it.

The requirements appear in the 2025 edition of the Curriculum Outline for Artificial Intelligence Education in Primary and Secondary Schools in Beijing (Trial). Schools can offer a separate AI subject or include the lessons within existing courses, such as information technology, science and general technology.

Beijing is combining a common minimum requirement with flexibility over delivery. Every student must receive AI instruction, while schools can organise it around their teaching capacity and resources. That choice matters across a city where schools have different equipment, staffing and student needs.

The change is part of China's wider ambition to develop technological capabilities, support economic growth and compete internationally. It also reflects a practical educational concern: children are growing up around increasingly capable digital systems, and schools are being asked to help them understand those systems rather than simply use them.

The eight hours are a minimum annual allocation. The curriculum sets out a progression through school, with the content becoming more demanding as students grow older.

Three areas of learning, with different tasks at each age

The Beijing curriculum centres on three areas: awareness and understanding of AI, practical applications and innovation, and ethics and social responsibility. Together, they connect basic knowledge with the ability to use AI and think about its effects on society.

Primary school students, generally aged 6 to 12, will focus on practical experiences that encourage curiosity. Activities might include simple programming exercises, interactive games and introductions to the ways AI appears in everyday life. The aim is to build a foundation for later study through experiences children can understand.

Junior high school students will study the relationship between data, algorithms and computing power. In simple terms, data is the information a system works with, algorithms are the instructions or methods it follows, and computing power allows it to carry out that work.

Students at this stage will also explore practical applications. Examples include using AI tools for school projects and understanding recommendation systems on social media platforms. These lessons connect the underlying ideas with digital experiences students may already recognise.

Senior high school instruction will move towards more advanced applications, innovation and critical analysis. Students will be encouraged to undertake creative projects, examine the possibilities and limits of machine learning and deep learning, and consider AI's strategic role in China's development.

Machine learning and deep learning are approaches through which AI systems learn patterns from data. Studying their limits alongside their uses gives older students a way to assess what a technology can do and where human judgement remains necessary.

How schools will teach and assess AI skills

Schools can deliver AI education through dedicated lessons or weave it into other subjects. The curriculum calls for coordinated design so that students encounter a connected sequence of learning without unnecessary repetition.

Computer science and mathematics offer opportunities to teach relevant concepts, while robotics clubs and workshops in science, technology, engineering and mathematics can provide practical activities. The choice of format allows schools to build on teaching arrangements they already have.

Assessment will extend beyond knowledge tests. Project presentations, exhibitions of student work and debates on selected themes will also be used to examine what students understand and how they apply it.

Electronic learning portfolios will record students' progress, achievements and skill development in real time. These digital records are intended to bring different kinds of work together, allowing learning to be followed across activities rather than through a single test.

AI application skills will also become part of students' comprehensive quality assessments. That places the ability to use AI within the wider evaluation of a student's development and gives the subject a formal role in schooling.

The range of assessment methods reflects the curriculum's three priorities. Tests can check knowledge, projects can demonstrate practical skills, and debates can help students examine ethical and social questions. Schools will need to connect these activities with content suited to each age group.

Why China is bringing AI into early education

China's ambitions in AI provide the wider setting for Beijing's decision. Earlier in 2025, Chinese startup DeepSeek attracted international attention by releasing a model that rivals those of major United States companies while requiring substantially fewer resources.

DeepSeek's development highlighted China's growing capabilities in the field and the demand for people with advanced AI skills. Beijing's school policy addresses that demand at an early stage, introducing knowledge that can support more specialised learning later.

Education Minister Huai Jinpeng has described AI as a driving force behind a new technological revolution that brings both opportunities and challenges for education. On the sidelines of the National People's Congress, he announced plans for a white paper on AI education in 2025.

The planned white paper signals a commitment to strategic planning beyond a single city's curriculum. A white paper is a document setting out policy thinking and direction. Its release is expected to provide further guidance on the integration of AI into China's education system.

Beijing's approach seeks to develop students who can both use AI tools and eventually contribute to their development. That goal connects classroom learning with China's ambitions for technological sovereignty, meaning greater control over the technologies it relies on, as well as economic growth and global competitiveness.

The main stages announced by July 4, 2025, are:

• Earlier in 2025: DeepSeek released an AI model that drew international attention for its capabilities and lower resource requirements.
• On the sidelines of the National People's Congress in 2025: Education Minister Huai Jinpeng announced plans for an AI education white paper.
• Autumn semester of 2025: Beijing's requirement for at least eight hours of annual AI instruction will begin.
• During 2025: The national AI education white paper is expected to be released. No specific publication date was given.

How Beijing fits into the international picture

Beijing's decision comes as education systems elsewhere consider how to prepare children for AI. In 2023, California passed a law requiring its education board to incorporate AI literacy into school curricula. Italy has begun testing tools powered by AI in classrooms.

The United Nations also brought attention to the subject by dedicating the International Day of Education 2025 to AI's transformative potential. The international discussion includes preparing young people for changing work, reducing educational inequality and narrowing the digital divide, the gap between people with access to digital resources and those without it.

AI education remains optional or confined to pilot programmes in many countries. Beijing stands out for making instruction mandatory across primary and secondary education and setting an annual minimum for every student.

The city's policy combines wide coverage with integration across school levels. Its implementation could influence education reforms elsewhere as governments consider how much AI knowledge children need and how to fit it into existing school schedules.

Teachers, lesson time and unequal resources

Beijing's schools face a practical challenge in finding enough teachers with AI expertise. Educators will need training to explain the subject accurately, make lessons engaging and adapt material for children at very different stages of development.

The rapid pace of technological change adds to that task. Teaching materials and educators' knowledge will need to remain current as AI develops, while lessons must still give students a stable foundation in basic concepts.

Some critics question whether eight hours a year will be enough for substantial learning. They warn that a limited allocation could leave students with a superficial understanding, particularly when the curriculum includes technical ideas, practical work and ethical discussion.

The age range creates another challenge. A lesson suitable for a child starting primary school will differ greatly from a project intended for a student nearing the end of senior high school. Curriculum design and teaching methods will need to reflect those differences.

Schools also vary in resources and student needs. Beijing's flexibility over whether to teach AI separately or within existing subjects is intended to accommodate those differences. Continued support and resource allocation will be needed to give students equitable access to instruction of consistent quality.

The central task is to turn a shared requirement into useful learning across different classrooms. Teacher preparation, suitable content and access to equipment will shape what students gain from the annual minimum.

Universities and technology companies will support learning

Beijing plans to draw on its universities, research institutes and technology companies to support the rollout. These organisations form part of the city's technological resources and can help connect school lessons with AI research and applications.

Plans include establishing AI laboratories, experience centres and exhibition halls where students can engage directly with the technology. Such spaces would complement classroom teaching with opportunities to explore practical uses.

Partnerships with industry are also expected to help keep the curriculum relevant to technological developments. For schools, this support could connect teachers and students with knowledge and facilities beyond those available on their own campuses.

These arrangements are part of the response to uneven resources and the need for practical learning. Their value will depend on how effectively schools can connect external activities with the curriculum and make them accessible to students.

Supporters welcome the policy, while families raise concerns

Educators, parents and members of the public have debated Beijing's announcement. Supporters see early AI education as preparation for future jobs and a way to give Chinese students a competitive advantage in a changing technological environment.

On Weibo, supporters have praised the initiative for preparing young people for future employment and helping maintain China's technological leadership. Their enthusiasm reflects the belief that familiarity with AI will become an increasingly useful skill.

Some parents are concerned about adding pressure to students who already face demanding workloads. They have questioned the effects on children's well-being and whether schools have the capacity to deliver lessons of sufficient quality.

Teachers have expressed concern about access to training and resources. Some experts have also cautioned that the curriculum must remain adaptable as AI develops quickly.

International reactions are mixed. Some observers regard Beijing's policy as a possible model for other countries. Others question whether mandatory instruction will encourage creativity and critical thinking or become an exercise in meeting formal requirements. The debate centres on how schools can make a new subject meaningful within established education systems.

What the policy could change beyond the classroom

China sees AI education as a way to build a future pool of skilled people who can contribute to innovation, productivity and economic growth. Introducing the subject early supports the country's ambition to lead in AI and reduce reliance on foreign technology.

For students, the social aim is broader access to powerful technological tools. Familiarity with AI from a young age could support digital inclusion, reduce educational gaps and encourage creative work and critical thinking that carry into further study and professional life.

Beijing's decision also gives other education systems a concrete approach to examine: a minimum annual requirement, content that develops with age and flexibility over classroom delivery. The city's experience may encourage further investment and reform elsewhere.

The planned national white paper is expected to offer guidance on strategic policies, goals and teaching methods. It is also expected to address curriculum development, teacher training, resource allocation and collaboration with industry.

Continued evaluation and adjustment will be needed as the programme develops. Beijing's experience could support similar reforms across China and beyond, with the quality and accessibility of classroom learning central to whether the policy achieves its aims.

Key Points

• Beijing will require all primary and secondary schools to provide at least eight hours of AI instruction annually from autumn 2025.
• The curriculum covers AI understanding, practical applications, innovation, ethics and social responsibility, with content adapted to students' ages.
• Schools can teach AI separately or integrate it into existing subjects and practical activities.
• Assessment will include tests, projects, exhibitions, debates and electronic portfolios, with AI application skills included in comprehensive student evaluations.
• Teacher training, limited lesson time, student workload and unequal resources are central implementation concerns.
• Universities, research institutes and technology companies are expected to support learning through partnerships and practical facilities.
• A national AI education white paper is planned for 2025 as China develops its wider education strategy.