We haven't done any science this term in home education, have we?

Right now, do this

You are not failing

The report is due in six weeks. You have scrolled to the science column and it is blank. Nothing logged, nothing photographed, no worksheets, no experiments. The panic is real.

Take a breath. Science is not beakers and lab coats. In Montessori home education and in the National Curriculum programme of study for primary science, science is observation of the natural world, asking questions about what you notice and reasoning about why things happen. Your child has been doing this. You just have not been labelling it.

This article walks through four categories of everyday activity that map cleanly to the NC science programme of study. By the end, you will have a list of evidence you can document for your Local Authority report (called the Council Report in Willowfolio).

What actually counts as science in home education?

The National Curriculum science programme of study for Key Stages 1 and 2 covers: living things and their habitats, plants, animals including humans, materials and their properties, seasonal change, forces, light, sound, electricity, and Earth and space. You do not have to cover all of these. You are not a school, and home ed does not require a formal timetable. But the LA reviewer will recognise them and mapping your activities to these headings makes your evidence legible.

In a Montessori framework, science falls under Cosmic Education (the Plane 2 approach, roughly age six to twelve, where the child connects subjects through story and research). For younger children in Plane 1 (roughly birth to six, the period of sensory absorption and concrete exploration), science is sensory observation, classification and naming.

Neither framework requires a textbook. Both ask the child to look closely at the real world.

Botany walks

Your Wednesday park visit is science.

If your child has picked up a leaf, noticed buds appearing in March, asked why the conkers fell, sorted sticks by length or watched a squirrel bury something, they have been working in biology. In NC terms, this maps to "living things and their habitats", "plants" and "seasonal changes across the year".

For a five-year-old in Plane 1, the work is naming and sorting: "This leaf has three points. This one is smooth." For a nine-year-old working in Plane 2 (roughly six to twelve, the period of reasoning and imagination), it becomes classification and research: "Why do some trees lose their leaves and others do not?"

You do not need a nature reserve membership. A pavement tree, a patch of grass by the bus stop, a windowsill herb pot. If your child has looked at a living thing and noticed something about it, that is botany.

To document it: write a sentence about what your child noticed, the date and which NC area it touches (plants, living things, seasonal change). One line per walk is enough.

Cooking

Bread dough rising is a chemical reaction. Water boiling is a change of state. Salt dissolving in warm water is a solution. You can map kitchen activity to the NC science programme under "materials and their properties" and "states of matter" without pretending your child is doing university-level chemistry. They are not. But they are observing physical and chemical changes in real materials, which is exactly what KS1 and KS2 science asks for.

A five-year-old stirring porridge is noticing that oats absorb water and change texture. A nine-year-old weighing flour is working with measurement, but the moment they ask "why does bread rise?" they have crossed into science reasoning.

To document it: note the recipe or activity, what your child observed or asked and the NC area (everyday materials, states of matter, reversible and irreversible changes). "Made bread together. She asked why the dough got bigger. Discussed yeast and gas. NC: properties and changes of materials."

If you do not cook regularly or your kitchen is too small for a child to stand safely at the worktop, this category might not feature in your evidence. That is fine. You only need enough evidence across the four categories to show sustained engagement, not perfection in each one.

Weather

A rain gauge in the garden, a thermometer by the back door, a conversation about why it is darker earlier in November. Weather observation maps to "seasonal changes" at KS1 and to "Earth and space" and "forces" at KS2 (wind, water cycle, the effect of the sun).

This one is almost unavoidable. If your child has ever said "it is raining again" or "why is it dark already?", they have made a scientific observation about seasonal patterns. The only gap between that and documented evidence is writing it down.

To document it: "Noticed frost on the car, 7am, late January. Talked about why water freezes. NC: states of matter, seasonal change." A thermometer costs a couple of pounds from a hardware shop or charity shop. A rain gauge can be a jam jar with markings in permanent pen.

If you live in a flat without outdoor space, the window still shows weather. You do not need a garden for this.

Body work

Handwashing, brushing teeth, conversations about illness, noticing a graze healing. These map to "animals including humans" and "health" in the NC programme of study. Your child learns that germs spread, that rest helps recovery, that muscles ache after running, that food gives energy. All of this is human biology.

For a five-year-old, it might be naming body parts, understanding why we wash hands before eating or talking about why their scraped knee scabbed over. For a nine-year-old, it might be understanding digestion, asking about puberty or researching how bones mend.

To document it: "Talked about why we brush teeth twice a day (bacteria, sugar, enamel). She asked what enamel is made of. NC: animals including humans, health."

Worked example: Priya in Leeds

Priya works four days a week as a retail supervisor. Her daughter Anika is five and her son Rohan is nine. Priya home-educates around her shifts, with her mum helping on two of the four working days. The LA report is due in March and Priya has logged nothing under science.

She sits down one evening and works backwards through the last two months:

Anika (5, Plane 1): The park most Wednesdays after nursery pick-up. Anika collected acorns in October, pointed at frost on the climbing frame in January, helped make soup three times (peeling, stirring, noticing steam). Talked about her tummy ache when she had a bug in November.

Rohan (9, Plane 2): Asked why the sky goes dark earlier. Helped measure ingredients for banana bread (asked why it rises). Watched a nature programme about Arctic animals and drew an Arctic food web. Read a library book about volcanoes and told his nan about magma vs lava.

Priya writes a sentence per activity, adds dates from her phone photos and maps each one to an NC heading. Her science section for both children fills half a page of the Council Report. It took forty minutes.

If you do not have family nearby to help, the same process works. Homeschooling around a working week means the evidence is often in small moments rather than planned sessions, and that is fine. The evidence is in what your child noticed and asked, not in how much adult time you had available.

Three things to do next week

These are small. They do not require money, a free afternoon or a garden.

1. Start a sticky note on the fridge. Every time your child asks a "why" question about the physical world, jot the date and the question. By the end of the week you will have two or three entries. That is your science log starting.

2. Pick one cooking session and narrate it. While you cook together (or while your child watches from the table), name one change out loud: "Look, the butter is melting. It was solid and now it is liquid." Write it down afterwards.

3. Check your phone photos. Scroll back a month. Any photo taken outdoors where your child is looking at something (a puddle, a bird, a tree, frost on a fence) is evidence of observation. Save it to a folder called "science" and add one sentence of context.

If none of these feel possible right now (if you are unwell, if your week is full, if the thought of one more task is too much), leave them. The evidence is already there in your memory. You can write it down when you are ready. The LA report does not need to be perfect; it needs to be honest.