What if we have not done any science this term?
You are not the only parent asking this. Science home education UK families worry about most is not equipment or textbooks. It is whether what they are already doing counts. That worry comes up every term, and the answer is almost always yes, it does.
Here is the good news: you have almost certainly done more science than you think. Science at home, in a home education setting, does not live in a lab. It is a way of observing, questioning, testing and recording what happens in the world around you. If your child has cooked, gardened, watched the weather, walked through a park, cared for a pet or wondered why the sky changes colour at sunset, there is science in your term already.
The formal lab is a school convention. It exists because schools need to manage thirty children, hazardous chemicals and insurance policies. You do not have those constraints. Your kitchen, your garden and your local park are more than enough.
What counts as science in a home education?
More than you might expect. Here are the areas that families overlook most often.
Cooking
Cooking is applied chemistry. When your child mixes bicarbonate of soda and vinegar, they are watching a chemical reaction. When they melt butter or freeze juice, they are observing states of matter (the three forms a substance can take: solid, liquid and gas). When they follow a recipe, they are measuring, predicting and testing.
You do not need to narrate the chemistry while it happens. But a short conversation afterwards ("What changed? Why did the cake rise?") turns a meal into an investigation.
Nature walks and botany
A walk through a park, along a canal towpath or across a patch of waste ground is a biology lesson. Naming plants, comparing leaf shapes, noticing which trees lose their leaves and which do not, spotting fungi after rain: all of this is observation and classification, which is the foundation of biological science.
If your child keeps a nature journal, even a rough one with labelled sketches, they are practising the same skills that field biologists use.
Weather observation
Recording the weather, even informally, is meteorology. A child who checks the sky each morning, notes whether it rained overnight, or tracks temperature over a week is doing systematic data collection. If they make a rain gauge from a plastic bottle, they are designing equipment.
Growing plants
Planting a seed and watching it grow is an experiment in its own right. What happens if you put one pot on the windowsill and one in a cupboard? What if you water one and not the other? These are controlled variables, and a seven-year-old can grasp the logic even if they have never heard the term.
Caring for animals
If your family has pets, your child is already learning about nutrition, life cycles, habitat and behaviour. Even watching birds in the garden, filling a bird feeder and noticing which species visit at which times of year counts as animal observation, a key part of zoology.
Collections and classification
Children who collect stones, shells, feathers or leaves are doing taxonomy (sorting things into groups based on shared characteristics). A nature table where items are grouped by type, habitat or season is a classification exercise. This is real science.
What if we really have done nothing?
Even if that is how it feels, it is rarely the whole picture. Try this: sit down with a cup of tea and think back through the last few weeks. Write down anything your child did that involved observing, measuring, questioning or investigating.
Most families find that the list is longer than expected. The walk where you talked about why puddles disappear. The evening your child asked where the moon goes during the day.
The afternoon they spent sorting conkers by size. The cooking session where the dough rose and they wanted to know why.
If the list is genuinely short, that is fine too. It does not mean you have failed. It means this is a good moment to bring in a little more science, and the sections below will help you do that without buying a kit or following a scheme.
How does Montessori frame science at home?
In a Montessori approach, science is not a standalone subject. It sits inside Cosmic Education (the Montessori framework for showing children how everything in the universe connects, from the formation of stars to the arrival of human beings). Science is part of the story, not a lesson bolted on.
The Great Lessons as science narratives
Montessori elementary education (roughly ages six to twelve) begins each year with five Great Lessons (five narrative lessons given at the start of each Montessori elementary year, each telling the story of one great transition in the history of the universe). Two of these are directly science-heavy:
- The Coming of the Universe and the Earth covers the formation of matter, states of matter, geological processes and the development of the atmosphere. It is physics and chemistry told as a story.
- The Coming of Life covers the history of living things on Earth, from single-celled organisms to the diversity of species today. It is biology and geology told as a timeline.
These stories are not textbook chapters. They are designed to inspire curiosity and send the child off to research the details. A child who hears the story of how water arrived on Earth and then spends a week reading about volcanoes and condensation is doing exactly what the lesson intended.
Impressionistic charts
Montessori classrooms use impressionistic charts (large illustrated charts used in Montessori to inspire research into a topic, not to teach facts; the child then researches the details independently). These charts depict things like the states of matter, the structure of the atom, or the coming of water to Earth. They are visual, dramatic and deliberately incomplete. The child sees the big picture and fills in the detail through their own investigation.
At home, you do not need the exact charts from a Montessori supply catalogue. A large hand-drawn poster showing the water cycle, a timeline of life on Earth drawn on wallpaper lining, or a series of labelled diagrams taped to the kitchen wall serve the same purpose. The principle is: give the child the big, exciting picture and let them dig into the specifics.
Demonstration versus experiment
This distinction matters. In Montessori science, a demonstration is something the adult shows the child: you pour vinegar onto bicarbonate of soda, the child watches the fizz. An experiment is something the child designs and carries out: they decide what to test, set it up, observe the results and draw conclusions.
Both have a place. Demonstrations introduce phenomena. Experiments develop scientific thinking. The aim, over time, is for the child to move from watching your demonstrations to designing their own experiments.
A child who says "What would happen if we used lemon juice instead of vinegar?" is already there.
When should we try a more structured topic study?
Not every family needs one. Home ed science does not require a formal scheme. If your child is curious, observant and regularly asking "why" and "what if" questions, you may not need to change a thing. But if you notice sustained interest in a particular topic (volcanoes, the human body, space, insects) that lasts more than a couple of weeks, that is a good sign that a short topic study would land well.
A topic study does not require a textbook or a purchased kit. Here is a workable structure that fits most families:
- Start with a question. What does the child want to know? Write it down together.
- Gather resources. Library books, YouTube documentaries, a relevant museum visit (many are free), a local walk to see the thing in the wild.
- Do something practical. An experiment, a model, a labelled diagram, a nature journal entry.
- Record it. A few photos, a paragraph in their own words, a drawing. This also doubles as evidence if the council asks.
A topic study might last a week or it might last a month. There is no right length. When the child's interest moves on, follow it.
If you are a single parent or working shifts, a topic study can be scaled to fit. Ten minutes of conversation about a library book before bed counts. A Saturday afternoon experiment with kitchen ingredients counts. You do not need unbroken hours of free time to do science at home.
Where does home education science sit alongside the National Curriculum?
Home educators in the UK are not required to follow the National Curriculum. Your legal duty is to provide a suitable education, not to mirror what schools do. Homeschool science UK families provide is judged on whether it is suitable, not whether it follows a school timetable. But if you are curious about how your science without a lab maps to the NC, or if an LA officer has asked about it, here is a brief overview.
The NC science programme at KS1 (Years 1 and 2, ages five to seven) covers plants, animals including humans, everyday materials, and seasonal changes. At KS2 (Years 3 to 6, ages seven to eleven), it expands to include rocks, light, forces, electricity, living things and their habitats, evolution and inheritance, and Earth and space.
A home education that includes nature walks, cooking, weather observation, growing things and the occasional topic study will naturally cover most of these areas over time. You do not need to tick them off in order, and you do not need to prove coverage at the pace a school would. If you want to check where you stand, our KS1 and KS2 crosswalk articles walk through the mapping subject by subject.
What does home ed science evidence look like in practice?
Here is a real example of how one family found the science they had already done.
Priti and her son Arjun, seven, live in a two-bed terrace in Sunderland. Priti works part-time in a GP surgery and home educates Arjun around her shifts. At the end of the spring term, she sat down to write notes for a possible council visit and panicked because she could not find anything labelled "science" in her records.
Then she looked again. Over the term, Arjun had:
- Grown cress on the kitchen windowsill and compared growth rates in light versus dark (botany, controlled variables).
- Baked bread with Priti most weekends, measuring flour and water, watching dough rise and asking why (chemistry, states of matter, measurement).
- Kept a weather chart on the fridge for six weeks, recording rain, sun, cloud and temperature each morning (meteorology, data collection).
- Spent two weeks reading about volcanoes after watching a documentary, building a papier-mache model and making it "erupt" with bicarbonate of soda and washing-up liquid (geology, chemical reactions).
- Sorted his rock collection by colour, then by texture, then by whether they were "shiny or dull" (classification, early geology).
Priti wrote a paragraph for each of these, added a few photos from her phone, and realised she had more science evidence than she had expected. The council visit, when it came, went smoothly.
She did not buy a kit or follow a scheme of work. She paid attention to what Arjun was already interested in and gave it a little structure after the fact.
If you do not have the time Priti had for weekend baking, even one of these activities across a whole term would show a council officer that science is part of your child's education. A single page of weather observations with a sentence about what your child noticed is genuine evidence.
For peer support from other home-educating families, Education Otherwise has a community forum.
Frequently asked.
- Do we need a lab to teach science at home?
- No. Most science at primary and lower secondary level can be done at a kitchen table, in the garden, or on a walk. You need observation, curiosity and basic household materials, not specialist equipment.
- Does the National Curriculum require us to cover science?
- If you are home educating, you are not required to follow the National Curriculum at all. You need to provide a suitable education, but you choose how. Science is part of most families' lives whether they label it or not.
- My child is not interested in science. What should I do?
- Start from what they are interested in. A child who loves cooking is already doing chemistry. A child who collects stones is doing geology. A child who watches birds is doing biology. Science is not a subject they need to choose; it is a way of looking at the world they are already in.
- How do I record science for the council?
- Write a short paragraph describing what you did, what the child observed and what questions came out of it. Photos of experiments, nature journals, labelled drawings and collections all count as evidence. You do not need test scores.
- What about the KS1 and KS2 science topics?
- The NC science programme covers living things, materials, forces and Earth science, among other areas. A Montessori home education that includes nature observation, kitchen experiments and topic studies will cover most of these naturally. If you want to check your coverage, our KS1 and KS2 crosswalk articles walk through the mapping subject by subject.