Primary 3 to 6

Science & Critical Thinking

Inquiry-based Science across the five MOE themes, plus the open-ended answering technique that actually earns the marks — in small 1:6 classes.

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What does the Primary Science programme cover?

Diversity: Living and non-living things, materials, classification
Cycles: Life cycles, matter, the water cycle, reproduction
Systems: Plant and human systems, cells, electrical systems
Interactions: Forces, magnets, energy in food chains, adaptations, environment
Energy: Light, heat, photosynthesis and energy conversion
Process skills: Observing, comparing, inferring, predicting and communicating results

One of the most advanced and up-to-date science curricula in Singapore

That is a large claim, so here is exactly what it rests on — and you can see most of it for yourself further down this page.

Practice built from recent top-school P3 to P6 papers, sorted by topic, so revision targets the weak area rather than the whole syllabus.
Interactive simulations for the concepts that are hardest to picture — heat flow, light and shadows, circuits, forces — where a child changes something and watches the result.
All five MOE themes covered in the inquiry sequence the syllabus intends: Diversity, Cycles, Systems, Interactions and Energy.
The open-ended answering technique taught explicitly, in the language of the mark scheme, because most marks in Primary Science are lost in the writing rather than the knowing.
Process skills practised, not just mentioned — observing, comparing, inferring, predicting and communicating.

Reviewed every term against the latest MOE syllabus and the newest school papers, so what your child practises is what is currently being examined.

A look inside our primary science materials

A diagnostic check that points to the right drills, printed topic drills with answer keys, interactive tools for the concepts that are hardest to picture, and practice in both question formats — all written and built in-house, and all used in class. Browse a few real samples below (tap any page to see it full size).

Primary 1 science headstart drills: six topics including living and non-living things, the five senses and parts of a plant, each with three sets and an answer key — **Primary 1 · Headstart drills** — formal science begins at P3, so these six topics build the observing, sorting and describing habits that P3 simply assumes a child already has. Starting here is why P3 does not come as a shock.

Primary 5 science topic drills: eight syllabus topics with three sets each, and a diagnostic check that marks straight to the drills needed — **Start here · Diagnostic, then the right drills** — a short check takes about twenty minutes and marks straight to the drills your child actually needs. Eight P5 topics, three sets each, every sheet with its answer key. No child sits through work they can already do.

Inside a Primary 6 science drill on food chains and food webs, with a remember box, a comparison table to complete and open-ended questions — **Inside a drill · Recall, compare, then explain** — every set opens with a Remember box, moves to a comparison table, and ends with questions answered in full sentences. The last part is the one that earns marks, so it is never optional.

Interactive explainer showing particle arrangement in solids, liquids and gases, and a diagram of melting, freezing, evaporating and condensing — **States of matter · Seeing the particles** — children are asked to explain why a gas can be compressed and a solid cannot. Showing the particles first, then naming each state change with the heat added or removed, makes that answer sayable.

Interactive explainer on how light behaves, showing light travelling in straight lines to a wall and comparing transparent, translucent and opaque materials — **Light · Straight lines and what blocks them** — shadow questions are lost when a child has not grasped that light never bends round a corner. Here that is shown, then transparent, translucent and opaque are compared side by side with everyday examples.

Interactive magnets tool showing the magnetic field of a bar magnet, a tap-to-toggle attract and repel diagram, and which materials are magnetic — **Magnets · Tap to see attract and repel** — the diagram toggles between the two so a child works out the rule rather than memorising it, and the materials list corrects the usual assumption that every metal is magnetic.

Read-aloud science reading on magnets in everyday life, with listen buttons and key vocabulary highlighted — **Science reading · With a Listen button** — the same topic as continuous prose, read aloud on tap, with the key words highlighted. Science marks are lost in the reading as often as in the science, so the reading is practised too.

Circuit Rush activity: tap the gap in a circuit and fill it with a component, then test whether the bulb lights, with concept cards and an exam wording tip — **Electricity · Build the circuit, then test it** — five levels of closing a loop and seeing whether the bulb lights. The exam tip underneath is the part that matters: say *open circuit*, never “the electricity cannot jump”.

Science multiple-choice practice on life cycles, with diagrams of two animal life cycles and combination-style answer options — **MCQ practice · The combination questions** — “A and D only”, “B and C only”. These are where careless marks go, because each statement has to be judged separately before the option is picked. Practised deliberately.

Open-ended science practice on the effects of heat, with a ring on a finger and a cracked pavement, ruled answer lines and mark allocations — **Open-ended · Where the marks actually are** — ruled lines sized to the marks, so a two-mark answer cannot be got away with in four words. Heat gain and heat loss must be named explicitly, which is exactly what the mark scheme looks for.

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Common questions from parents

Why do children who understand Science still lose marks?

The paper marks the answer, not the understanding. A child can know exactly why the plant died and still score zero for writing 'no sunlight' instead of stating the relationship the question asked for. The open-ended section rewards a specific structure — identify the factor, state the effect, link the two — and children who are never taught that structure lose marks they have genuinely earned. Next Level Enrichment drills it.

How does Next Level Enrichment teach Science?

Through inquiry and clear explanation rather than rote facts: pupils observe, predict and reason, so a concept is understood rather than memorised. Written answers are marked against the actual PSLE mark scheme, so a child learns what a full-mark answer looks like long before the exam.

Learning beyond the classroom

In class your child works from our own structured worksheets. Enrolled pupils also get our eLearning Science library — video lessons for Primary 3 through Primary 6 to revisit at home.

Preparing for the PSLE specifically? PSLE Science tuition in Ang Mo Kio →

Last updated: 2026-07-14. Syllabus coverage follows the Singapore MOE syllabuses.

Book a trial lesson at our Ang Mo Kio centre

Next Level Enrichment, Blk 709 Ang Mo Kio Ave 8, #02-2593, Singapore 560709. Message us and we will tell you honestly whether this programme is the right fit for your child.

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