Students explored how tectonic plate movements lead to earthquakes and landform changes through simulation activities. By observing, analysing and testing their ideas, students developed a deeper understanding of scientific concepts and inquiry skills.
Through a variety of scientific inquiry and STEAM activities, students are encouraged to learn through hands-on experiences, develop scientific thinking, and strengthen their problem-solving and creative abilities.
Simulating Tectonic Plate Movements During Earthquakes
Dissecting a Lily Flower
Students examined and dissected lily flowers to learn about the structures and functions of different parts of a plant. The activity enhanced their observation, recording and analytical skills.
Investigating Light
Students design and conduct optical experiments to investigate how shadows are formed and how their size changes. Through activities such as creating hand shadows, they develop scientific concepts through hands-on exploration and cultivate an inquisitive spirit and scientific inquiry skills.
Through experiential learning and outdoor study visits, students broaden their horizons, connect classroom learning with real-life experiences, and develop a greater interest in exploration and lifelong learning.