Transforming From Within Established Success: A Case Report From a High-Performing Public Secondary School in China

Context: The Paradox of Success

Chongqing No. 8 Secondary School is widely recognized as a high-performing public secondary school in China. For many years, our students have consistently achieved top results in the national college entrance examination (Gaokao), and the school has been regarded by parents and the public as “already successful.”

Yet it was precisely this success that prompted reflection. A returning graduate, admitted to one of China's most selective universities, once remarked: “I can solve any exam problem, but when asked to identify a meaningful research question, I did not know where to begin.”

This moment revealed a tension familiar to many examination-driven systems: Students excel at responding to predefined problems, yet may lack opportunities to formulate problems, sustain inquiry, or engage with uncertainty. The question we faced was not whether to improve test performance, but whether academic success alone was sufficient preparation for an increasingly complex future.

Reform Design: Starting Small Within the Existing System

Rather than pursuing a large-scale structural overhaul, we chose to initiate change from within the existing system. In 2019, two voluntary pilot classes were launched at a junior secondary campus enrolling approximately 5,000 students. The 120 participating students represented about 2.4% of the student population.

The reform initiative—locally referred to as ICEE (Innovation, Creativity, and Entrepreneurship Education)—was designed as a project-based approach emphasizing student agency, problem identification, and real-world engagement, while operating fully within the national curriculum framework.

Ten months of preparation preceded implementation. During this period, teachers aligned on shared principles, parents were engaged in dialogue, curriculum structures were refined, and assessment mechanisms were developed. The guiding principle was explicit: start small, but design the reform as a complete and coherent cycle rather than a fragmented pilot.

Leadership Under Uncertainty: The Principal as Guardian

Resistance emerged early. Parents expressed concern that time spent on projects would reduce examination preparation. Teachers worried about score volatility and accountability. Administrators questioned the risks of deviation from established routines.

In this context, leadership was less about promotion and more about protection. The role of the principal became that of a system guardian—ensuring that the reform was not prematurely reversed before evidence could emerge.

Three mechanisms proved critical. First, multidimensional feedback was made transparent each semester, including not only academic performance but also indicators such as collaboration, communication, initiative, and responsibility. Second, students publicly presented project outcomes, making learning visible beyond test scores. Third, longitudinal data were shared with teachers, demonstrating that academic performance stabilized and improved over time.

Trust was built not through persuasion, but through evidence.

Structural Alignment: From Innovation to Routine Practice

For reform to persist, innovation had to become structural rather than supplemental. Three systemic adjustments were introduced.

Time. Dedicated project time was embedded into the weekly schedule and protected from interruption. This provided students with sustained periods for inquiry, fieldwork, and iteration.

Teacher collaboration. Cross-disciplinary teacher teams codesigned and cotaught projects, supported by scheduled collaboration time institutionalized in school policy. Collaboration became a routine practice rather than an informal expectation.

Assessment. Process-based assessment complemented subject examinations. Students documented how they identified problems, tested solutions, and reflected on improvement. Growth trajectories, rather than single scores, became visible components of learning.

Outcomes: Academic Performance and Student Agency

By 2022, the first cohort of students completed the 3-year junior secondary cycle. Students who entered the program with mid-range academic rankings advanced to upper tiers within their cohort. Time allocated to repetitive drilling decreased, while engagement in project-based learning increased.

Beyond measurable performance, shifts in student disposition were evident. During one classroom visit, students were investigating plastic waste on campus. When asked who had assigned the project, a student replied, “No one. We noticed the problem and wanted to solve it.”

Such moments indicated a change in learner identity—from recipients of instruction to active participants in problem-solving.

Implications in the Age of Artificial Intelligence

Rapid advances in artificial intelligence have intensified questions about the purpose of schooling. While AI can accelerate access to information and solutions, it heightens the importance of human judgment, problem formulation, and ethical reasoning.

Within the reform initiative, AI tools were introduced as cognitive partners rather than substitutes for thinking. Students used AI to test ideas, expand perspectives, and refine solutions, while retaining responsibility for decision-making. In this sense, the reform aligned with a broader educational imperative: preparing learners not merely to use technology, but to coexist with it thoughtfully.

Reflections and Transferable Insights

Three reflections may be relevant to other systems operating under constraint.

First, systemic change can begin on a small scale without sacrificing integrity. Starting small allows reform to grow through evidence rather than mandate.

Second, trust is a precondition for sustainability. Transparent data and visible student work create the conditions under which stakeholders remain engaged.

Third, innovation endures only when embedded into structures of time, collaboration, and assessment. When aligned with routine practice, reform becomes culture rather than exception.

Although implemented under the local label of ICEE, the mechanisms described here—protected time, teacher collaboration, process-based assessment, and evidence-informed leadership—may be applicable to other systems seeking adaptive change within examination-oriented contexts.

Conclusion

This case suggests that educational transformation does not require abandoning successful systems. Rather, it involves creating adaptive capacity within them. In an era shaped by artificial intelligence and uncertainty, the enduring task of education remains to cultivate learners who can think, inquire, and act with agency.

Takeaway Message