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Singapore N(T)-Level Science: complete 2026 guide to the six topics, the written paper and the practical assessment

A complete 2026 guide to Singapore GCE N(T)-Level Science for the Normal Technical track. The six everyday-science topics, the written paper and practical assessment structure, a study strategy built for the applied track, and links to every dot-point answer.

Singapore GCE N(T)-Level Science is the everyday-science subject for the Normal Technical course. It builds a practical, working understanding of the world around you: what materials are made of, how energy and forces behave, how electricity reaches your home safely, how your body keeps you alive, and how plants and the environment support life.

This page is the index. Below: the six-topic content breakdown, the written paper and practical assessment structure, a study strategy built for the applied track, and links to every dot-point answer we have shipped for N(T)-Level Science in 2026.

The six topics of N(T)-Level Science

Matter and Materials
What everything is made of. The three states of matter and how they change when heated or cooled, atoms and the difference between elements, compounds and mixtures, how to separate mixtures, common acids and bases around the home, and the everyday metals we rely on.
Energy and its Forms
The different forms energy takes and how it changes from one form to another, the three ways heat travels (conduction, convection and radiation), how electrical energy is used and paid for in the home, and why we should save energy and use renewable sources.
Forces and Motion
Forces as pushes and pulls and what they do, how to work out speed from distance and time, why pressure depends on force and area in solids, liquids and gases, and how simple machines such as levers make work easier.
Electricity and Magnetism
How a simple circuit carries a current, the link between current, voltage and resistance, how magnets and electromagnets work, and the safety features that protect you from electric shock at home.
The Human Body and Health
How the digestive system breaks food down, how the circulatory system moves blood, how the respiratory system gets oxygen into the body, and how a balanced diet and healthy choices help prevent disease.
Plants and Ecosystems
How plants make their own food by photosynthesis, how food chains and food webs pass energy through living things, how water and nutrients are recycled in nature, and how human activity affects the environment.

Assessment structure

N(T)-Level Science is assessed by a written examination paper plus a school-based practical or coursework component. The exact weightings are set by SEAB, so confirm them against the current syllabus.

  • Written paper. A multiple-choice section followed by a structured-question section. The questions are short and heavily scaffolded, often built from a diagram, a table or a simple everyday situation. They test recall of key words, understanding of a single idea at a time, and simple one-step calculations.
  • Practical or coursework component. A school-assessed component that checks experimental skills: following instructions and working safely, taking simple readings and measurements, recording results clearly in a table, and drawing a straightforward conclusion from what you observed.

The written paper rewards correct key words, clear short explanations and tidy one-step working with units. The practical component rewards safe technique, accurate readings, neat recording and a sensible conclusion that matches the results.

Study strategy

N(T) Science rewards steady, active revision more than last-minute cramming. The recipe:

  1. Learn one key word and one example at a time. For each idea, fix the key word (for example "conduction") and one everyday picture of it (a metal spoon getting hot in soup). The example is what makes the word stick and what earns marks in the structured questions.
  2. Drill the short structured questions. The exam asks many small parts rather than a few long essays. Practise reading a diagram or table and answering in one or two clear sentences, always with the correct unit on any number.
  3. Treat every practical as exam practice. The coursework component is real marks. Each time you do a practical, work safely, take careful readings, record them neatly in a table, and write a one-line conclusion. That habit is exactly what is assessed.
  4. Build up topic by topic. Use the dot-point pages below to master one idea, check yourself against the worked answer, then move to the next. Cover all six topics rather than over-revising the one you already like.

Our 2026 N(T)-Level Science answers

Every learning point we have shipped for N(T)-Level Science has its own focused answer page with worked exam-style questions and cross-links to related points.

Browse the full set at /sg-n-level/science/syllabus.

For the official syllabus

SEAB publishes the full N(T)-Level Science syllabus document and examination requirements at seab.gov.sg. Always confirm content and assessment weightings against the current syllabus year, as SEAB reviews syllabuses periodically.

Science guides

In-depth written guides with paired practice quizzes.

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Science practice quizzes

Multiple-choice drills with worked answer explanations. Your scores stay on this device.

The SG-N-LEVEL system, explained

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Common questions about Science

What is N(T)-Level Science in Singapore?
N(T)-Level Science is the GCE Normal Technical level science subject taken by students on the Normal Technical course, usually in Secondary 4, at around age 16. It is the most practical and applied science track, sitting below the Normal Academic (N(A)) and O-Level courses. The focus is on everyday science you can see and use: materials, energy, forces, electricity, the human body, plants and the environment. Explanations stay concrete, the numbers stay simple, and a lot of the learning happens through hands-on practical work.
How is N(T)-Level Science assessed in 2026?
N(T)-Level Science is assessed by a written examination paper together with a school-based practical or coursework component. The written paper has a multiple-choice section and a structured-question section that ask short, scaffolded questions on the six topics. The practical component checks that you can follow instructions safely, take simple measurements and readings, record results in a table, and draw straightforward conclusions. Always confirm the exact format and weightings against the current SEAB syllabus, as SEAB reviews syllabuses from time to time.
How is N(T) Science different from O-Level science?
N(T) Science is pitched lower and is far more applied. O-Level Pure or Combined Science goes deeper, uses harder calculations, and expects longer written explanations and full chemical equations. N(T) Science keeps the maths simple, uses everyday examples, and breaks questions into short structured parts with plenty of scaffolding. The aim of N(T) Science is a solid, useful, working understanding of science for daily life and for technical and vocational pathways, not preparation for A-Level.
What topics are in N(T)-Level Science?
The subject groups everyday science into six topics: Matter and Materials (what things are made of and how they change), Energy and its Forms (energy types, heat, and electricity in the home), Forces and Motion (pushes and pulls, speed, pressure, simple machines), Electricity and Magnetism (circuits, current, magnets, and electrical safety), the Human Body and Health (digestion, circulation, breathing, diet and disease), and Plants and Ecosystems (photosynthesis, food chains, recycling in nature, and human impact on the environment).
Do I need to be good at maths to pass N(T) Science?
No advanced maths is needed. The calculations use simple whole numbers and one short formula at a time, such as speed equals distance divided by time, or energy in kilowatt-hours from power and time. If you can add, subtract, multiply, divide and read a value off a scale, you have the maths you need. The bigger marks come from clear, correct explanations and careful practical work, not from hard sums.
How should I revise for N(T)-Level Science?
Revise actively and in small chunks. Learn the key word for each idea and one everyday example of it, practise the short structured questions under timed conditions, and treat every practical lesson as exam practice for the coursework component. Use the dot-point pages on this site to drill one idea at a time, check yourself against the worked answers, and build up topic by topic across the six areas.