In October, a student-led research project from Haidian Kaiwen Academy, a leading bilingual international school in Beijing, was officially accepted by the American Geophysical Union (AGU) 2024 Annual Meeting.

The project was conducted by five Grade 12 students—Sky Huang, Thomas Xu, Jenny Fan, Tim Zhang, and David Tang—and focuses on the concentration of inorganic nitrogen in artificial lakes within urban forests.

Inspired by an earlier interest in improving the ecological conditions of the school’s Lake Island, the students spent over a year conducting research under the guidance of science teacher Dr. Dong. After submitting their work to AGU in July, their research was formally accepted in October. In December, the team will present their findings at AGU’s online Poster Session, engaging with researchers and scholars from around the world.

“This is a student-initiated and student-led research project, supported by the school’s academic resources,” Dr. Dong noted. “Based on available data, this is the first time AGU has accepted a research project conducted by high school students on their own campus.”

About the American Geophysical Union

Founded in 1919 by the U.S. National Research Council, the American Geophysical Union (AGU) is a globally recognized nonprofit scientific organization in the field of Earth and space sciences.

Its annual meeting is one of the largest international conferences in the discipline, bringing together researchers, scientists, and professionals worldwide to share the latest advancements and findings.

From Idea to Research: A Student-Led Journey

The project originated in the fall of 2023, when Ms. Phoebe Shen, Head of High School, encouraged students during a grade assembly to “move beyond complaints and become problem-solvers.”

Following the assembly, then Grade 11 students Sky Huang and Thomas Xu approached Ms. Shen with an idea: to explore ecological improvements for the school’s Lake Island. The inspiration came from a water quality restoration project Sky had encountered during a university visit.

Turning this idea into a viable research project required time, patience, and guidance. Recognizing the complexity of ecological systems, Ms. Shen connected the students with Dr. Dong, who advised them to begin with long-term ecological observation. “What the students have produced represents the early stage of a long-term ecological study,” Dr. Dong explained.

A Year of Exploration and Iteration

Over the course of a year, the students conducted measurements, ran experiments, and analyzed data during their free time. After multiple rounds of testing and refinement, they narrowed their focus to inorganic nitrogen levels in lake water, producing initial findings on the water quality of Lake Island.

The research will continue to evolve in future stages. “This project was initiated and led entirely by students,” Dr. Dong emphasized. “The school’s role was to provide resources—from after-school programs to fully equipped science laboratories—built through years of investment.”

To further support student research, the school recently installed a professional weather station, capable of continuously monitoring environmental data across campus. The data collected will be shared with the school community and support future research initiatives. “We want to provide tools not just for this project, but for any student who becomes curious about environmental science,” Dr. Dong added.

A Strong Academic System Supporting Innovation

This project reflects both the effectiveness of the school’s academic system and the growing impact of its efforts in cultivating high-potential, innovative students.

In recent years, Haidian Kaiwen Academy has introduced initiatives such as the Elite Program, providing students with access to advanced academic resources, research opportunities, and structured support for intellectual exploration.

The school’s approach to talent development is grounded in two key principles:

– Respecting individual differences, offering differentiated course pathways to ensure each student can develop their strengths

– Encouraging creativity and interdisciplinary thinking, helping students connect knowledge across subjects

With the rise of artificial intelligence, the high school division has further strengthened its curriculum in computer science, science, and mathematics, supporting students in developing advanced academic capabilities.

A Structured and Progressive Curriculum Pathway

The success of student research is built on a well-designed academic framework. Over years of refinement, Haidian Kaiwen Academy has developed a comprehensive curriculum system that balances:

– Personalized academic pathways

– Progressive course difficulty

– Breadth and depth across disciplines

For example, AP Environmental Science requires prior completion of advanced coursework in chemistry, biology, or physics. These advanced courses, in turn, require foundational prerequisites—ensuring students are fully prepared for higher-level academic challenges.

In addition to core courses, the high school offers 23 AP courses and 80+ after-school programs (ASA). These include academic support, competition training, athletics, music, student clubs, language learning, arts, and enrichment programs.

Changing the World Begins with Changing the Community

Reflecting on the Lake Island research project, Ms. Phoebe Shen emphasized that its most meaningful aspect lies in its origin: “The most important thing is that students form a genuine connection with a real-world issue.”

In an age where global challenges are easily accessible through digital information, the key question becomes: What is my relationship to these issues? “What stands out about these students is not just their strong academic performance, but their desire to improve the environment around them,” Ms. Shen noted.

Research begins with observation—with noticing one’s surroundings—and, more importantly, with asking: “What can I do?” At Haidian Kaiwen Academy, students are encouraged to become problem-solvers—individuals who actively engage with their communities and seek meaningful change. The school provides both the platform and the support for students to explore, question, and act.

Looking Ahead

At Haidian Kaiwen Academy, even small actions are seen as the starting point for meaningful global impact. Change begins locally. By integrating responsibility and action into everyday life, these small efforts will one day converge into powerful forces for positive change.