In an era that emphasises sustainable urban development and technological literacy, Yew Chung International School Hong Kong (YCIS Hong Kong) is proving that even young students can tackle the world's most complex problems.

At the Bilingual Learning Communities (BLC) Conference held in March 2026, YCYW professional architect, Ms Trill Zhang, and YCIS Hong Kong teacher, Mr Well Fu, shared the teaching practices behind their award-winning project, "Future City". Centred on the theme "From Farm to Table", the project guides students beyond the traditional confines of the classroom, engaging them in an advanced pedagogical model that integrates Active Agency, Cognitive Enquiry, and Collaborative Practice. The project thus showcased the innovative practices in bilingual inquiry-based learning.

Active Agency: Empowering the Student Architect

The Future City project is rooted in the BLC framework, which shifts the teacher’s role from a lecturer to a facilitator. Ms Zhang emphasises that the project’s success has been the result of giving students "Active Agency".

"We don’t just give them answers," Ms Zhang explained at a recent BLC Conference. "We provide the scaffolds, and the students take responsibility for their own learning." This agency was most evident in the students' responsible use of Artificial Intelligence (AI). Rather than using AI to generate quick answers, a Year 4 student used AI as a “visualisation partner”. To design a "smart fridge" that can also function as an indoor farm, the student learned to refine descriptive prompts. The student also used several rounds of AI-generated image iterations to find a feasible structural model for his prototype.

Cognitive Enquiry: Solving Real-World Mysteries

The "From Farm to Table" theme challenged students to explore the lifecycle of food and how urban waste can be managed. This required deep Cognitive Enquiry; the project roadmap involved four distinct stages:

1.Research and Launch: 

The students conducted geo-analysis and explored future technologies.

2.Design and Mathematics: 

Applying interdisciplinary knowledge, the students calculated scales for their 1.2-metre models and drafted 1,500-word essays on urban planning.

3.Engineering and Construction:

 Teams selected materials and tested moving parts, ensuring their cities were not only beautiful, but also functional.

4.Finalisation: 

After a rigorous process of peer reviews and rehearsals, the students gave a final presentation before a panel of experts.

Ms Zhang noted that this enquiry-based approach helps students develop "project management thinking", a soft skill typically used only by university students or working professionals.

Collaborative Practice: A Team-Based Triumph

No city can be built by one person, and the Future City project reflects this reality through intense Collaborative Practice. The students were assigned specialised roles such as city planners, specialists, and engineers, and they had to reach a consensus on objectives before proceeding with their individual tasks.

Mr Fu successfully collaborated on the project by integrating Arts, Design Technology, STEM, Mathematics, and Humanities. This interdisciplinary approach ensured that every part of the city model was academically rigourous. Moreover, the school invited "Parent Ambassadors" who are specialists in engineering and urban design to share their professional insights, creating true learning communities.