How 140,000 Chinese Students Are Learning AI Through Public Welfare Programs

Last updated: February 27, 2026

If you’ve watched your child’s eyes light up when they discover something new, you know the power of early exposure to ideas. Imagine that spark being fanned not just by a single teacher or school, but across an entire city’s educational system. That’s exactly what’s happening in Shanghai, where a pioneering initiative is bringing artificial intelligence education to over one million young learners—and the ripple effects are already being felt in classrooms worldwide.

TL;DR

Walnut Coding launched China's largest public welfare AI education program, reaching 140,000 students across 1,029 schools in Shanghai.
More than 50,000 teachers have received professional development training to deliver AI literacy curriculum.
Primary students learn through visual thinking and hands-on exploration; middle schoolers build abstract logic and problem-solving skills.
Complete curriculum packages are provided to schools, tailored to local teaching needs and schedules.
The company plans to expand coverage and enhance teaching quality through continued cross-sector collaboration.

China’s Largest AI Education Initiative Takes Shape

Walnut Coding, a leading online coding platform for young learners founded in 2017, has launched the country’s most ambitious public welfare AI education program to date. Currently, the initiative has reached approximately 140,000 students across 1,029 schools in Shanghai alone, with more than 50,000 primary and secondary school teachers receiving professional development training nationwide.

The program provides participating schools with complete curriculum packages that include structured learning materials, hands-on tools, and AI-powered teaching products—all designed to integrate seamlessly into existing classroom schedules while meeting local teaching needs.

140,000 students. 50,000 teachers. 1,029 schools. Shanghai just showed the world what's possible when a city commits to AI education for kids. Tweet Now Follow Learning Success

Age-Appropriate Learning Builds Strong Foundations

What sets this initiative apart is its developmentally scaffolded approach. For primary school students, the curriculum emphasizes visual thinking and hands-on exploration—building cognitive pathways through interactive, concrete experiences before moving to abstract concepts. Middle school courses then gradually introduce logical reasoning and structured problem-solving skills, meeting students where they are cognitively.

Research consistently shows that children’s brains are especially receptive to learning during these critical developmental windows. When AI education aligns with how children naturally process information at each age stage, the results are significantly more powerful than one-size-fits-all approaches.

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Quote: The initiative is dedicated to providing structured curriculum materials, professional teacher training, and hands-on learning tools, facilitating the systematic integration of AI education into classrooms.Attribution: Walnut Coding PR Announcement, February 2026

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Teachers Empower the Transformation

Perhaps the most innovative component is the emphasis on teacher preparation. Walnut Coding has organized public welfare training sessions nationwide, focusing on AI literacy, programming fundamentals, and effective classroom instruction. These programs equip educators with both the confidence and practical skills required to deliver AI-related content effectively.

The company believes that sustainable AI education requires collaboration among enterprises, universities, and schools—creating an ecosystem where educators are supported rather than left to figure it out alone. This approach recognizes that teachers are the bridge between innovation and student outcomes.

Key Takeaways:

Landmark Initiative Reaches Massive Scale: Walnut Coding's public welfare AI education program has reached approximately 140,000 students across 1,029 schools in Shanghai, with over 50,000 teachers receiving professional development.

Developmentally Scaffolded Curriculum Works: Primary students learn through visual thinking and hands-on exploration, while middle schoolers build abstract logic and problem-solving skills—matching instruction to cognitive development stages.

Cross-Sector Collaboration Drives Success: The initiative demonstrates that sustainable AI education requires partnerships between enterprises, universities, and schools working together to build teaching capacity.

The Future of Early AI Literacy

As schools worldwide prepare students for an increasingly digital future, the scale and reach of Walnut Coding’s initiative reflects the surging demand for early-stage AI education. The program is committed to expanding access to high-quality AI education resources, particularly in regions with limited teaching capacity and resources.

Looking ahead, Walnut Coding plans to continue working with stakeholders to expand coverage and enhance teaching quality—demonstrating that effective AI education requires sustained cross-sector collaboration between educators, technology companies, and communities.

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Here’s what matters most: when we give children access to powerful ideas early—through programs that meet them where they are developmentally—and equip their teachers with the tools to deliver that learning, incredible things happen. Your child’s brain is primed to build these skills, and the best programs meet that potential with structured, supportive pathways.

The future belongs to children who understand technology—not as consumers, but as creators. Programs like Walnut Coding’s initiative show us what’s possible when we invest in both students and the educators who guide them.

If you’re ready to help your child develop the skills they’ll need for tomorrow’s world, the Learning Success All Access Program offers a free trial that includes a personalized Action Plan—and you keep that plan even if you decide it’s not the right fit.