Science

Science at Uplands Junior L.E.A.D. Academy 

At Uplands Junior L.E.A.D. Academy, the science curriculum is designed to spark curiosity, encourage questioning and develop children into confident, independent scientists. Our aim is for all pupils to build secure scientific knowledge while developing the skills required to think, work and communicate like scientists. 

Science is taught through carefully sequenced units that build progressively on prior learning. This ensures that key knowledge and skills are revisited, reinforced and extended year on year, in line with the National Curriculum. Lessons are engaging, practical and enquiryled, allowing children to explore scientific concepts through investigation, observation, discussion and problemsolving. 

Highquality resources, reallife contexts, visits, visitors, film clips and practical demonstrations are used as meaningful hooks for learning. Wherever possible, science is linked to other areas of the curriculum, particularly English and mathematics, to strengthen understanding and application. 

Working Scientifically

A strong emphasis is placed on working scientifically. Throughout the school, children are taught to: 

  • Ask relevant scientific questions 
  • Plan and carry out fair tests and enquiries 
  • Make careful observations and take accurate measurements 
  • Record results using tables, graphs, diagrams and written explanations 
  • Draw conclusions and explain findings using precise scientific vocabulary 

Practical learning is central to science lessons. Children regularly work collaboratively, make predictions, evaluate results and reflect on outcomes. Independence develops as pupils move through the school, with increasing opportunities to plan investigations and justify conclusions.

Science Assessment – The TAPS Wheel 

At Uplands Junior L.E.A.D. Academy, science assessment is informed by the TAPS Wheel (Teacher Assessment in Primary Science), developed by the Primary Science Teaching Trust. This approach allows teachers to assess children’s scientific knowledge and enquiry skills through practical, meaningful classroom activities rather than formal tests. 

Assessment focuses on how confidently pupils can work scientifically, apply their knowledge and communicate their ideas over time. 

Teacher layer resources | PSTT Taps

The TAPS Enquiry Types 

Children across Years 3–6 regularly experience all five types of scientific enquiry: 

  • Observing Over Time– noticing and recording changes over a period of time 
  • Identifying, Classifying and Grouping– sorting and grouping based on similarities and differences 
  • Pattern Seeking– identifying patterns and relationships in observations or data 
  • Comparative and Fair Testing– carrying out investigations where variables are controlled 
  • Research Using Secondary Sources– finding answers using books, videos and reliable websites 

These enquiry types are revisited and developed throughout the school to ensure progression and confidence. 

Assessing Scientific Skills 

Teachers use TAPS descriptorsto assess how well pupils can: 

  • Ask and respond to scientific questions 
  • Plan and carry out investigations 
  • Make careful observations and accurate measurements 
  • Record results clearly using tables, diagrams, graphs and writing 
  • Use appropriate scientific vocabulary 
  • Draw conclusions linked to evidence 
  • Reflect on results and suggest improvements 

Evidence is gathered through practical work, discussions, written outcomes and pupil explanations, ensuring assessment is inclusive and accurate. 

Through the consistent use of the TAPS Wheel, pupils develop increasing independence and a clear understanding of what it means to think and work like scientists.

Scientific Vocabulary and Knowledge

Scientific vocabulary is explicitly taught and revisited regularly so that children can explain ideas clearly and accurately. Teachers model correct terminology and expectations, while working walls, knowledge organisers and retrieval activities support long‑term retention and confidence.

 

Science Curriculum Overview by Year Group

 

Science in Year 3 (Age 7–8)

In Year 3, children develop their scientific understanding through the following units:

Plants – life cycles and what plants need to grow

Animals including humans – nutrition, skeletons and muscles

Rocks – types of rocks, fossils and soils

Light – reflection and the formation of shadows

Forces and magnets – magnetic materials, attraction and repulsion

 

Science in Year 4 (Age 8–9)

In Year 4, children build upon earlier learning through:

Animals including humans – the digestive system, teeth and food chains

Living things and habitats – classification keys and grouping organisms

States of matter – solids, liquids and gases, including changes of state, evaporation and condensation

Sound – vibrations, pitch and volume

Electricity – simple circuits, conductors and insulators

 

Science in Year 5 (Age 9–10)

In Year 5, children deepen their scientific understanding through:

Animals including humans – human development from birth to old age

Living things and their habitats – life cycles and reproduction in plants and animals

Properties and changes of materials – dissolving, separating materials and reversible and irreversible changes

Forces – gravity, air resistance, water resistance and friction

Earth and Space – the Earth, Sun and Moon, and the solar system

 

Science in Year 6 (Age 10–11)

In Year 6, children consolidate and extend their learning through:

Animals including humans – the circulatory system, diet, exercise and healthy living

Living things and their habitats – classification and characteristics of major plant and animal groups

Light – how light travels, how we see and how shadows are formed

Electricity – voltage, power, components, circuit symbols and diagrams

Evolution and inheritance – fossils, adaptation, inheritance and how living things have changed over time

Assessment and Progress

Assessment in science is ongoing and purposeful. Teachers assess children’s understanding through questioning, discussion, practical investigations and written outcomes. Misconceptions are identified quickly and addressed through targeted teaching. Children are encouraged to reflect on their learning and articulate their scientific thinking clearly. 

By the time pupils leave Uplands Junior L.E.A.D. Academy, they will have developed a secure foundation of scientific knowledge, strong enquiry skills and a genuine enthusiasm for science, preparing them well for the next stage of their education.

Support At Home

Useful Science Websites for Parents 

The following websites provide highquality videos, activities, games and practical ideas to support children’s science learning at home. They are suitable for Key Stage 2(Years 3–6) and are regularly recommended by UK primary schools, teachers and science organisations. 

BBC Bitesize – Primary Science 

BBC Bitesize offers clear explanations, short videos, quizzes and games linked directly to the National Curriculum. It is ideal for revising classroom learning or introducing topics in a childfriendly way.
https://www.bbc.co.uk/bitesize/subjects/z2pfb9q 

 

Oak National Academy – Primary Science 

Oak National Academy provides free, highquality video lessons, slides and quizzes created by teachers. Lessons cover all primary science topics and are particularly useful for reinforcing learning at home.
https://www.thenational.academy/subjects/science-primary 

 

STEM Learning – Home Learning Support 

STEM Learning offers free science activities, investigations and videos designed specifically for families. The resources encourage practical, handson learning using everyday items at home.
https://www.stem.org.uk/primary/resources/collections/home-learning-support 

 

National Geographic Kids (UK) 

National Geographic Kids provides engaging articles, experiments, videos and facts about animals, Earth, space and the environment. It helps children develop curiosity and wider scientific understanding.
https://www.natgeokids.com/uk/ 

 

Primary Science Teaching Trust (PSTT) 

The Primary Science Teaching Trust supports excellent primary science teaching and learning. Their website includes enquiry ideas, explanations, videos and guidance for families supporting science at home.
https://pstt.org.uk/resources 

 

Explorify – STEM Learning 

Explorify encourages children to think like scientists through discussion, observation and questioning. It is widely used in UK schools to develop scientific enquiry skills in a fun and accessible way.
https://www.stem.org.uk/explorify 

 

Science Museum – Learning at Home 

The Science Museum offers free online experiments, videos and interactive activities which allow children to explore science concepts in an engaging way.
https://www.sciencemuseum.org.uk/learning 

 

Supporting Science at Home 

Parents can support their child’s science learning by: 

  • Encouraging curiosity and questions about the world around them 
  • Talking about science topics regularly and using correct vocabulary 
  • Exploring practical experiments safely at home 
  • Watching science videos together and discussing what has been learned 

Knowledge Organisers

Knowledge organisers play a vital role in supporting pupils’ learning in Science. They set out the key facts, vocabulary and concepts that children need to know for each unit, helping them to build knowledge in a clear and structured way. In school, teachers regularly refer to the knowledge organiser to introduce new ideas, revisit prior learning and reinforce scientific vocabulary. At home, they provide a valuable tool for revision and discussion, allowing parents to support their child by reviewing key information little and often. This consistent approach between school and home helps children to remember more, make connections within their learning and develop confidence as young scientists.

Science-Overview

Year-3-knowledge-organisers
Year-4-knowledge-organisers
Year-5-knowledge-organisers
Year-6-knowledge-organisers

Trips and visitors

Visits and visitors play an important role in bringing science learning to life at our school. We provide a wide range of science‑linked trips and expert visitors across all year groups so that children can experience science beyond the classroom. These opportunities allow pupils to see real‑world applications of their learning, develop curiosity and deepen their understanding through practical, hands‑on experiences. From museums and workshops to visiting specialists who inspire scientific thinking, these experiences enrich the curriculum and help children remember more. We are proud that a variety of science visits and visitors are carefully planned throughout the year to enhance learning, raise aspirations and support progression for all pupils.

British Science Week

The children of Uplands enjoy British Science Week, every year, by taking part in a range of fun and educational activities. The children explore a range of topics which vary each year.

Practical science is also an important part of this week too. All children are engaged in some practical science and some children present how they demonstrate ‘working scientifically’ to the rest of the school in a special assembly.

 

 

 

Work within books

We like to celebrate and share the work produced by our children across the curriculum. We take great pride in the high standard of presentation shown in pupils’ books, which reflects the care, effort and ambition they bring to their learning. Alongside this written work, many learning experiences—particularly in subjects such as science—are highly practical and hands‑on. As a result, not all learning can be recorded in books, as children are often exploring, investigating and working collaboratively through practical tasks that deepen understanding and skills.

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STEM

As a school, we place great value on STEM (Science, Technology, Engineering and Mathematics) learning as it equips children with essential skills for the future. STEM helps pupils develop problem‑solving skills, creativity, teamwork and resilience, while also showing them how their learning links to real‑life situations and future careers. We provide a rich range of STEM experiences both in school and beyond, including practical activities, workshops and hands‑on investigations. Children also benefit from visits and visitors that bring learning to life, such as engagements with organisations including the Royal Navy and the Royal Air Force, helping pupils to see how STEM skills are used in the wider world. These varied experiences inspire curiosity, raise aspirations and deepen children’s understanding of how STEM shapes the world around them.