分类： education

China has unveiled a comprehensive national guideline to revolutionize science, technology, engineering, and mathematics (STEM) education in primary and secondary schools. The initiative, jointly issued by the Ministry of Education and six other government departments on November 12, 2025, aims to develop students who “think like scientists and practice like engineers.”

The ambitious plan establishes clear milestones: by 2030, a structured science education system should be fundamentally established with enhanced curricula, teaching methodologies, evaluation mechanisms, and teacher development programs. By 2035, the vision expands to a fully matured science education ecosystem supported by social resources and widespread implementation of project-based, inquiry-driven, and interdisciplinary teaching approaches.

Tian Zuyin, Director of the Ministry’s Department of Basic Education, emphasized the graduated approach aligned with cognitive development. Early primary education will focus on experiential learning and curiosity stimulation, while upper primary grades advance to conceptual understanding and hands-on exploration. Middle school students will engage in practical inquiry around real-world problems, with high schoolers concentrating on experimental research and engineering practice involving cutting-edge advancements.

The guideline encourages innovative teaching models including “dual-teacher classes” featuring collaborations between scientists and classroom teachers, and “future classrooms” utilizing metaverse-based virtual laboratories. Assessment methods will evolve beyond exam-focused metrics to include process evaluation and digital profiles tracking students’ innovative growth.

To address implementation challenges, the policy promotes partnerships between schools, universities, research institutes, and technology enterprises. Teacher training will be enhanced through master’s programs in science education at top universities and specialized development for current educators. Experts from academic and research institutions will be encouraged to serve as part-time instructors.

Educators nationwide have welcomed the guideline as a transformative roadmap. Lu Yongli, Principal of Beijing No. 2 Experimental Primary School, noted the alignment with existing national science curricula that already include 78 compulsory inquiry experiments for primary students. In rural areas, teachers like Hu Guozhu from Yaoxiang Middle School in Hunan praised the emphasis on adapting to local conditions rather than copying urban models.

The human impact of this approach is already visible. Xia Jun’an, a fifth-grade student in Hangzhou, recently experienced the principles firsthand through designing and building a functional water clock using simple materials. “When the clock finally dripped evenly and timed three minutes successfully,” he recounted, “it felt like I could ‘touch’ time—it was no longer abstract, but right there in the rhythm of each drop.”

As the policy rolls out, educators believe that by making science more engaging, practical, and inclusive, China can lay the foundation for a new generation of curious, creative minds prepared to contribute to the nation’s scientific and technological future.

At the recent 11th Forum on Empirical Education Research in Shanghai, renowned Canadian educator Ruth Hayhoe from the University of Toronto advocated for the global adoption of Chinese educational principles rooted in traditional culture. The event, hosted by East China Normal University, highlighted how China’s educational wisdom offers transformative insights for universities worldwide.

Professor Hayhoe emphasized the Confucian concept of ‘harmony without conformity’ (和而不同) as particularly valuable for contemporary higher education systems. This philosophy, she argued, provides a framework for creating inclusive learning environments that celebrate diversity while maintaining social cohesion. She called for a fundamental shift from a global knowledge economy toward a global knowledge society that prioritizes public good over commercial interests.

Hayhoe’s distinguished career spans over five decades, beginning as a teacher in Hong Kong in 1967 and evolving through roles as scholar, diplomat, and university administrator. This unique background has positioned her as one of the few Western scholars capable of bridging Eastern and Western educational philosophies with deep cultural sensitivity.

The forum recognized Hayhoe’s contributions with the Global Award for Innovation in Education Research Methods for her groundbreaking ‘dialogue among civilizations’ research paradigm. This methodology requires deep immersion in other cultures’ historical, philosophical, and value systems, moving beyond binary oppositions between Eastern and Western approaches to education.

Four other distinguished scholars received the same honor: Stephen Raudenbush (University of Chicago), Manabu Sato (University of Tokyo), Wang Shanmai (Beijing Normal University), and Rupert Wegerif (University of Cambridge). The award, inaugurated in 2024, represents the world’s first recognition program specifically dedicated to innovation in educational research methodology.

Professor Yuan Zhenguo, head of East China Normal University’s Faculty of Education and key architect of the award, stated the initiative aims to foster international exchange and advance empirical education research. ‘We hope to guide China’s empirical education research to better engage with the world,’ Yuan remarked, highlighting China’s growing role in shaping global educational discourse.

Shanghai University of Finance and Economics recently hosted the third International Business Simulation Competition, an event that brought together 450 students from 74 countries and regions. The two-day competition, held from December 2-3, featured 140 teams representing 25 Chinese universities, with Shenzhen University’s ‘absolute four’ team claiming top honors among 33 finalists.

This year’s competition introduced an innovative ‘AI coach’ system, reflecting the growing integration of artificial intelligence into business education. The event emphasized AI-driven decision-making while maintaining focus on sustainable development and corporate social responsibility principles.

Vice-President Yao Lingzhen of SUFE highlighted the university’s commitment to digital transformation in business education. ‘As a pioneer in business education in China, SUFE maintains its dedication to cultivating financial talent while embracing technological innovation,’ Yao stated during the opening ceremony. ‘The incorporation of AI coaching represents our progressive approach to combining artificial intelligence with practical business education.’

The competition’s interdisciplinary nature proved particularly valuable, bringing together students from diverse academic backgrounds. Chong Hong Xuan, a Malaysian international student at Fudan University, noted how varied expertise enhanced the experience: ‘Our team’s diverse backgrounds in economics, international affairs, and journalism sparked productive debates that significantly enriched our decision-making process.’

The event served as both a competitive platform and a demonstration of how international education in China is evolving to incorporate cutting-edge technology while fostering global collaboration and cross-cultural exchange in business education.

Dongguan has officially inaugurated Great Bay University, a pioneering higher education institution designed to serve as an intellectual engine for the Guangdong-Hong Kong-Macao Greater Bay Area (GBA). The university celebrated its formal opening on Saturday with an inauguration ceremony attended by founding President Tian Gang, an esteemed academician of the Chinese Academy of Sciences.

Strategically positioned within the pilot zone of the Comprehensive National Science Center near Songshan Lake, the university benefits from proximity to world-class research infrastructures including the China Spallation Neutron Source and the Songshan Lake Materials Laboratory. This location also places it adjacent to leading technology enterprises like Huawei, creating a vibrant ecosystem for innovation.

President Tian articulated the institution’s distinctive educational philosophy, describing it as “a science and engineering-based, small yet elite, high-level research-focused institution.” The curriculum is specifically designed to address the GBA’s development needs through six focused disciplines: materials science, advanced engineering, life sciences, information science and technology, fundamental science, and financial management.

The university has adopted an innovative pedagogical approach where first-year students delay declaring specific majors to focus on self-exploration before selecting their specialized fields in the second year, with opportunities for cross-disciplinary minor programs.

Currently operating with its inaugural cohort of 80 students selected from 53 middle schools across 16 cities in Guangdong province, the institution has assembled a distinguished research faculty of over 300 members, all holding doctoral degrees with more than 70% possessing international study or work experience. The Ministry of Education formally approved the university’s establishment on June 19, with operations commencing in August.

A significant shift in educational priorities is emerging among Chinese middle-income families, who are increasingly redirecting vacation budgets toward short-term overseas study programs designed to prepare students for foreign universities. This trend represents a strategic investment in children’s future academic prospects, with families routinely allocating tens of thousands of yuan for these international educational experiences.

Recent data from the New Oriental Education and Technology Group’s 2025 China Overseas Study Development Report reveals a substantial increase in students choosing to study abroad after participating in overseas programs. The figures show a remarkable jump from 27% in 2015 to 43% in 2025, indicating a growing preference for experiential learning before making long-term educational commitments.

This educational approach has gained consistent momentum over four consecutive years, establishing the ‘experience first, decide later’ model as a mainstream pathway for Chinese students considering international education. The trend reflects evolving parental perspectives on vacation time, which increasingly view breaks as educational extensions rather than mere periods of relaxation or travel.

Zhu Lulu, Vice-Principal of the high school division at Wuxi Dipont School of Arts and Science, notes that education companies have responded to this demand by expanding their offerings of short-term international programs. ‘Contemporary parents demonstrate more progressive attitudes toward education, recognizing the dual benefits of exploration and academic development during vacation periods,’ Zhu explained.

These programs serve multiple purposes, from helping students assess campus environments and living conditions to providing rigorous academic preparation through credit-bearing university courses and selective research programs. Prestigious opportunities such as the Ross Mathematics Program and Yale Young Global Scholars not only enhance academic readiness but also strengthen college applications, offering tangible advantages in the competitive admissions landscape.

Rochester Institute of Technology Dubai has made educational history by admitting 12-year-old Leonardo Mariotti as the youngest university student ever enrolled in the United Arab Emirates. This groundbreaking initiative, developed in collaboration with Dubai’s Knowledge and Human Development Authority (KHDA), represents a pioneering approach to nurturing exceptional young talent through customized educational pathways.

The young scholar’s journey to university began with early demonstrations of extraordinary spatial reasoning and innovative conceptualization abilities. Despite diagnosed neurological differences including Asperger’s, Dyslexia, Tourette’s, and ADHD, Leonardo has transformed these characteristics into assets that fuel his creative and technical capabilities. His mother, Yolanda Pohl-Mariotti, poetically describes her son as ‘carrying an entire orchestra within him,’ where each neurological trait contributes to a ‘breathtaking symphony of uniqueness.’

Critical to his development was the supportive environment at Lycée Français International de l’AFLEC, where educators, specialists, and therapists collaboratively cultivated his potential through personalized learning strategies. This foundation of inclusive education enabled his transition to higher education at an unprecedented age.

RIT Dubai has designed a bespoke curriculum aligned with Leonardo’s exceptional talents, incorporating advanced studies in Robotics, 3D Modeling and Printing, Engineering, Computer Coding, Artificial Intelligence, and New Media Design. Under the leadership of Dr. Yousef Al Assaf, the institution demonstrates its commitment to creating educational opportunities for students who transcend conventional academic pathways.

This milestone reflects both RIT’s global legacy in technological education and the UAE’s national commitment to educational innovation and neurodiversity inclusion. Through coordinated efforts between the Ministry of Education and KHDA, the country continues to develop frameworks that recognize cognitive differences as strengths rather than limitations.

Now completing his second month of university studies, Leonardo Mariotti stands as an inspiration to educational systems worldwide, challenging preconceived notions of age-appropriate learning and demonstrating that intellectual brilliance manifests in diverse forms.