Photo: AmChamChina / iStock
BEIJING, 4 March (BelTA - China Daily) - Beijing is accelerating
the integration of artificial intelligence in education, with AI
applications now covering 87.7 percent of the city's primary and
secondary schools, officials said at a recent forum.
The initiative aims to make learning more efficient, teaching more effective and student support more personalized. It forms part of a broader strategy launched in 2025 to promote AI education in all primary and secondary schools.
Achievements include the development of the "Jingwa" intelligent platform, the launch of an education AI application marketplace, and the designation of 50 AI model schools and 32 higher education institutions with exemplary AI practices.
Twenty-five AI innovations in Beijing have been selected by the Ministry of Education as national model applications.
AI platforms are already being used in classrooms. The Beijing branch of China Telecom introduced the "Jingxiaojian" platform, which now serves more than 60 schools and 60,000 students and teachers.
TAL Education Group is piloting AI projects to improve learning efficiency and reduce student workload.
The initiative aims to make learning more efficient, teaching more effective and student support more personalized. It forms part of a broader strategy launched in 2025 to promote AI education in all primary and secondary schools.
Achievements include the development of the "Jingwa" intelligent platform, the launch of an education AI application marketplace, and the designation of 50 AI model schools and 32 higher education institutions with exemplary AI practices.
Twenty-five AI innovations in Beijing have been selected by the Ministry of Education as national model applications.
AI platforms are already being used in classrooms. The Beijing branch of China Telecom introduced the "Jingxiaojian" platform, which now serves more than 60 schools and 60,000 students and teachers.
TAL Education Group is piloting AI projects to improve learning efficiency and reduce student workload.
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