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Projects

Each project is like an adventure journey. As little detectives, we keep asking questions and, with curiosity and courage, try to solve every challenge.

Every year, the Primary and Middle school departments design a variety of interdisciplinary projects across subjects, covering areas such as life education, sustainable development, visual arts, and artificial intelligence. Learners explore the world in farm fields, classrooms, and outdoor spaces, identifying real-world problems and attempting to answer or solve them.

MathComputer ScienceTechnology and InnovationMS

3D Geometric Model Design

In this interdisciplinary project, learners will integrate Geometry (Math) and basic Computer Science (3D CAD modeling) to create a new 3D-printable object by combining common geometric solids (cubes, rectangular prisms, cylinders, cones, etc.). Real-World Context. Students imagine a scenario where they must design a small object for a specific function such as an organizer, a desk accessory, or a decorative figurine. They learn how shape choice, dimensions, and angles affect both the visual appeal and structural stability of the item. Core Activities. Ideation & Sketching: Students research real-world objects, brainstorm designs, and sketch initial ideas using geometric solids. CAD Modeling: Students import or construct shapes in a user-friendly 3D CAD environment (e.g., Tinkercad or Fusion 360), focusing on alignment, scaling, and boolean operations (union/subtraction) to create a combined model. Math Connections: They calculate approximate surface area, volume, and predict 3D print times or materials used. This might also involve problem-solving around stability and weight distribution. Iterative Prototyping: Students print small-scale prototypes, observe flaws or design improvements, then adjust the model and reprint if time allows. Presentation & Reflection: Learners showcase their final 3D-printed object, explain the design choices, and reflect on how math and computer science skills drove their success.
ScienceOthersMS

Energy as waves

This project aims to demonstrate that a change in energy will result in a change in wave characteristics. By conducting research, collecting data, and developing a working model, we will analyze how variations in energy impact wave properties such as amplitude, frequency, and wavelength. The students were supposed to submit 2 artifacts and share or present the same to their classmates. 1) Research and data report 2) A working model for data collection