Cooking and Nutrition

KS1

DT-KS1-D005

Learning basic principles of a healthy and varied diet and understanding where food comes from.

National Curriculum context

The cooking and nutrition domain at KS1 introduces pupils to food as a material and cooking as a form of design and technology. Pupils learn the basic principles of a healthy and varied diet, developing awareness of different food groups and why variety matters for good health. They also learn where food comes from, connecting the food on their plate to plants, animals and agricultural processes, building foundational understanding of the food chain and food production. This domain contributes to pupils' life skills and health awareness, as well as to their understanding of design and technology as a subject that encompasses food production and preparation.

2

Concepts

1

Clusters

0

Prerequisites

2

With difficulty levels

AI Direct: 2

Lesson Clusters

1

Understand healthy diet principles and where food comes from

practice Curated

Healthy and varied diet (C006) and food origins (C007) are explicitly co-taught at KS1: C007 carries C006 in its co_teach_hints. Understanding what constitutes a healthy diet is enriched by knowing where different foods come from, and both are foundational to food education before practical cooking begins.

2 concepts Systems and System Models

Teaching Suggestions (2)

Study units and activities that deliver concepts in this domain.

Fruit Salad

Design & Technology Design, Make, Evaluate
Pedagogical rationale

A fruit salad is the ideal first cooking project: no heat is involved (removing a major safety concern), the ingredients are colourful and appealing, and the preparation techniques (washing, peeling, cutting, arranging) are age-appropriate. The project naturally teaches healthy eating, food groups, and where different fruits come from.

World Continents and Oceans

Sandwich Design Challenge

Design & Technology Design, Make, Evaluate
Pedagogical rationale

Designing a sandwich for a specific person (a teacher, a friend, a character from a book) introduces user-centred design through food. Pupils must research their user's preferences, select ingredients that are both tasty and healthy, assemble the sandwich, and evaluate whether the user likes it. The design-make-evaluate cycle is immediately tangible.

Instructions: How to Wash a Woolly Mammoth

Concepts (2)

Healthy and Varied Diet

knowledge AI Direct

DT-KS1-C006

A healthy diet consists of a variety of foods from different food groups in appropriate proportions, providing the nutrients needed for growth, energy and good health. At KS1, pupils learn the basic principles of a healthy and varied diet, developing awareness that no single food provides everything the body needs, and that variety and balance are key to nutrition.

Teaching guidance

Use visual tools such as the Eatwell Guide to introduce food groups. Explore a wide variety of foods through tasting, sorting and classification activities. Discuss how different foods give us energy, help us grow and keep us healthy. Make simple dishes that combine foods from different groups. Connect food preparation to the wider design and technology curriculum through the design-make-evaluate cycle applied to food products.

Vocabulary: healthy, varied, diet, nutrition, food group, balance, protein, carbohydrate, fruit, vegetable, dairy, fat, sugar, portion, ingredient
Common misconceptions

Pupils may have the misconception that certain foods are entirely 'bad' or 'good'. Teaching that balance and variety are more important than restriction is age-appropriate. Pupils may not connect the food they eat to where it comes from; building this understanding supports both nutrition and science learning.

Difficulty levels

Entry

Naming some foods from different food groups and understanding that eating different types of food keeps us healthy.

Example task

Sort these foods into groups: apple, bread, chicken, butter, carrot. Which group helps us grow?

Model response: Fruits: apple, carrot. Bread and cereals: bread. Meat: chicken. Fats: butter. Chicken helps us grow because it has protein.

Developing

Explaining why a varied diet is important and giving examples of meals that include foods from several groups.

Example task

Plan a lunch that includes foods from at least three food groups. Explain why variety matters.

Model response: Sandwich with bread (grains), chicken (protein) and lettuce (vegetable), plus an apple (fruit) and milk (dairy). Variety matters because no single food has everything our body needs — we need different nutrients from different foods to stay healthy and have energy.

Expected

Using the Eatwell Guide to plan balanced meals and explaining what different nutrients do for the body.

Example task

Using the Eatwell Guide, plan a balanced day of meals. Explain how each food group contributes to health.

Model response: Breakfast: porridge (carbohydrates for energy) with berries (vitamins). Lunch: jacket potato (carbs) with beans (protein for growth) and cheese (calcium for bones). Dinner: rice with fish (protein and healthy fats) and vegetables (fibre and vitamins). The Eatwell Guide shows the biggest section should be starchy foods and fruit/veg, with smaller portions of protein and dairy.

Delivery rationale

DT food knowledge — nutritional science and food safety theory deliverable digitally.

Where Food Comes From

knowledge AI Direct

DT-KS1-C007

Food comes from a variety of sources including plants, animals and the sea. Understanding the origins of food connects pupils to the natural world and to the agricultural and industrial processes by which food is grown, raised, caught and processed before reaching shops and kitchens. At KS1, pupils develop foundational awareness of the food chain and the journey food makes from farm to plate.

Teaching guidance

Grow simple plants such as cress, beans or herbs in the classroom. Visit a farm or invite a farmer into school if possible. Sort foods by origin - plant, animal, or both. Use picture books and videos to show how different foods are produced. Visit a supermarket and discuss where different products come from. Connect to geography through maps showing where different foods are grown around the world.

Vocabulary: grow, harvest, farm, animal, plant, crop, breed, catch, process, season, local, imported, organic, fresh
Common misconceptions

Many pupils believe that all food is simply produced in factories or supermarkets. Connecting foods to their plant or animal origin challenges this misconception. Pupils may not understand seasonal availability - that certain fruits and vegetables only grow at certain times of year in the UK.

Difficulty levels

Entry

Identifying whether common foods come from plants or animals.

Example task

Sort these foods into 'from a plant' and 'from an animal': milk, apple, egg, bread, cheese, potato.

Model response: From a plant: apple, potato. From an animal: milk, egg, cheese. Bread is made from wheat, which is a plant.

Developing

Describing the journey of a food from its source to the plate, identifying at least two stages.

Example task

Where does milk come from? Describe the journey from the farm to your glass.

Model response: Milk comes from cows on a farm. The farmer milks the cows using a machine. The milk goes to a factory where it is heated to make it safe (pasteurised) and put in bottles or cartons. Then it is taken to the shop in a lorry and we buy it.

Expected

Explaining that food production involves farming, processing and transport, and beginning to understand seasonality — that some foods grow at certain times of year.

Example task

Why can we buy strawberries in winter even though they grow in summer in the UK?

Model response: Strawberries grow naturally in the UK in summer. In winter, the strawberries in shops are either grown in heated greenhouses in the UK or flown in from warmer countries like Spain or Morocco. This uses energy for heating or transport. Eating seasonal food is better for the environment because it doesn't need as much energy to produce.

Delivery rationale

DT food knowledge — nutritional science and food safety theory deliverable digitally.