Science

Nurturing Curious Inquirers, Critical Thinkers and Innovative Problem Solvers for Life

We aspire to develop scientifically literate learners who are inspired to explore the world around them, inquire like scientists and innovate responsibly to address real-world challenges. Guided by the MOE Science Curriculum Framework, we seek to cultivate students who apply scientific knowledge and skills meaningfully in their daily lives and future STEM pursuits.

Our Philosophy

Science education at our school is anchored in the belief that every child is naturally curious and possesses the ability and desire to learn Science. We seek to nurture this innate curiosity by providing meaningful, hands-on learning experiences that encourage students to question, explore, investigate, and make sense of the world around them.

Through inquiry-based learning and authentic scientific experiences, we develop confident and reflective learners who think critically, solve problems creatively, and apply scientific knowledge to real-world contexts. Beyond acquiring scientific concepts and skills, our students cultivate a sense of wonder, resilience, and responsibility as they learn to become informed citizens who contribute positively to their community and the environment.

Our Science Curriculum

Aligned to the MOE Primary Science Syllabus, our curriculum seeks to:

• Spark curiosity and wonder about the natural and physical world.

• Develop scientific inquiry skills and habits of mind.

• Build strong conceptual understanding through experiential learning.

• Equip students to make informed and responsible decisions.

• Foster appreciation for the impact of science and technology on society and the environment.

Learning experiences are designed around the Practices of Science, where students learn to:

• Ask questions and define problems.

• Plan and conduct investigations.

• Gather and analyse evidence.

• Construct explanations.

• Communicate findings.

• Design and evaluate solutions.

Inquiry-Based Science Learning

Students engage in hands-on investigations and performance tasks that develop scientific thinking and reasoning. Through guided and open inquiry experiences, they learn to think and work like scientists by observing, questioning, investigating and drawing evidence-based conclusions.

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STEM Innovation Challenges

Students apply their learning through interdisciplinary STEM experiences that integrate Science, Technology, Engineering and Mathematics.

These opportunities encourage creativity, collaboration and problem-solving while developing future-ready competencies.

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Digital Learning and AI-Enhanced Inquiry

Technology is purposefully integrated to deepen conceptual understanding and inquiry.

Students leverage digital tools, simulations, data collection technologies and AI-supported learning experiences to investigate scientific phenomena, analyses data and communicate their ideas effectively. This strengthens both scientific literacy and digital competencies required for the future.

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Talent Development

Students with strong interest and aptitude in Science are provided opportunities to deepen their learning through enrichment programmes such as:

• Eureka in Science

• Research projects

• STEM competitions

• Partnerships with external organisations and institutes

These experiences nurture higher-order thinking, innovation and scientific inquiry beyond the classroom curriculum.

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Developing Future-Ready Learners

By empowering students to Inspire, Inquire and Innovate, we aim to nurture young scientists who are ready to contribute meaningfully to an increasingly technological and sustainable world.