Primary LevelP3 – P6

Primary Science

Ignite curiosity and excel in PSLE Science through hands-on inquiry-based learning

About This Programme

Discover the wonders of Science through inquiry-based learning. Our MOE-aligned Primary Science programme covers all five themes — Diversity, Cycles, Systems, Interactions, and Energy — with hands-on experiments and exam-focused practice.

Syllabus Alignment

MOE Science Syllabus 2023 (Primary)
PSLE Science Examination Format (MCQ + Open-Ended)
Five themes: Diversity, Cycles, Systems, Interactions, Energy
SEAB assessment objectives for knowledge, application, and process skills

Learning Outcomes

Understand and apply scientific concepts across all five PSLE themes
Master open-ended question techniques — using scientific vocabulary and CER (Claim-Evidence-Reasoning)
Develop process skills: observing, classifying, comparing, inferring, and analysing
Build confidence in tackling experiment-based and application questions

Teaching Methodology

Inquiry-Based Learning

Students explore scientific concepts through guided inquiry and hands-on experiments. Every key concept is introduced with a demonstration or activity that makes abstract ideas tangible.

CER Framework

Claim-Evidence-Reasoning approach to answering open-ended questions. Students learn to make a claim, support it with evidence from the question or experiment, and explain the scientific reasoning.

Concept Mapping

Visual concept maps connecting related topics across themes. Helps students see the big picture — for example, how the concept of 'energy' connects Heat, Electricity, and Light topics.

Exam-Focused Practice

Regular practice with PSLE-style MCQ and open-ended questions. Emphasis on common misconceptions, tricky question types (comparison, fair test, explanation), and precise answer phrasing.

Key Topics Covered

Diversity

Classification of living and non-living things, materials and their properties

Cycles

Life cycles of plants and animals, water cycle, matter and its three states

Systems

Human digestive system, respiratory system, circulatory system, and plant transport system

Interactions

Forces, magnets, adaptations, man's impact on the environment, food chains and webs

Energy

Light, heat, sound, and electrical energy — forms, sources, and conversions

Frequently Asked Questions

Why is Science introduced at P3?

MOE introduces Science at P3 to allow students to develop core literacy and numeracy skills first. At P3, students are developmentally ready to engage in scientific inquiry. Our P3/P4 programme focuses on building curiosity and foundational knowledge, while P5/P6 emphasises exam preparation and application skills.

How do I help my child answer open-ended Science questions correctly?

The key is teaching the CER framework: Claim (answer the question directly), Evidence (cite data or information from the question), Reasoning (explain the scientific concept). Many students lose marks because they write vague or incomplete answers. Our programme drills this structure until it becomes automatic.

Do you conduct hands-on experiments?

Yes! We believe Science must be experienced, not just read. Every major topic includes at least one hands-on experiment or demonstration. For example, students build simple circuits for Electricity, observe plant parts under microscopes, and conduct fair test experiments.

Exam Tips

1For open-ended questions, always use scientific vocabulary — write 'the plant wilts due to excessive loss of water through transpiration', not 'the plant dies'
2In experiment-based questions, identify the changed variable, measured variable, and controlled variables
3For comparison questions, state both similarities AND differences, then give a reason
4Use the data provided in the question — reference specific numbers, observations, or results to support your answer
5Beware of common misconceptions: heavier objects do NOT always sink, a larger battery does NOT make a bulb brighter, and plants do NOT only respire at night