Intent
The intent of our Science curriculum is to
How does our Science Curriculum link with our school values?
We are considerate of the environment around us and are aware of the impact of our learning on our surroundings.
We work collaboratively, respecting the views and opinions of others.
We challenge ourselves, asking questions about the world around us.
We derive our own enquiries to investigate as part of our learning.
Science in the Early Years Foundation Stage (EYFS)
Science in the Early Years Foundation Stage (EYFS) is integrated into the Understanding the World (UTW) area of learning, focusing on fostering a child's natural curiosity and encouraging hands-on exploration of the natural and physical world. Key aspects include observing, asking "why" questions, gathering information, and performing simple tests through play and adult-led activities to build a foundational understanding of scientific concepts like life cycles, properties of materials, and forces.
Goals of EYFS Science:
Develop Early Skills:
Build foundational scientific skills like observing, identifying, questioning, testing, and gathering data.
Introduce Concepts:
Begin to introduce basic scientific concepts such as properties of materials, living things, natural processes, and cause and effect.
Support Communication:
Enhance communication skills as children talk about their observations and experiences
Foster Curiosity:
Develop a love and passion for science and discovery from a young age.
Encourage Exploration:
Provide opportunities for children to use their senses to explore natural materials, collections of objects, and the environment.
Which topics do the children learn throughout the National Curriculum?
Year 1
Plants
Animals, including humans
Everyday materials
Seasonal changes
Year 2
Living things and their habitats
Plants
Animals, including humans
Uses of everyday materials
Year 3
Plants
Animals, including humans
Rocks
Light
Forces and Magnets
Year 4
Animals, including humans
States of matter
Sound
Electricity
Year 5
Living things and their habitats
Animals, including humans
Properties and changes of materials
Earth and space
Forces
Year 6
Living things and their habitats
Animals, including humans
Evolution and inheritance
Light
Electricity
As part of these topics the children also have the opportunity to 'work scientifically'
Working scientifically in Key Stages 1 and 2 (ages 5-11) involves developing skills to investigate the world through asking questions, observing, testing, and recording findings. While KS1 focuses on simple questions, close observation with basic equipment, and recording with drawings, KS2 progresses to planning comparative and fair tests, using standard units for measurement, and presenting data in various formats like bar charts and tables to draw evidence-based conclusions.
Key Stages 1 (Ages 5-7)
In KS1, "working scientifically" involves:
Asking questions:
Pupils learn to ask simple questions about the world around them and recognize that these can be answered in different ways.
Observing and testing:
They observe closely, use simple equipment, and perform basic tests to gather information.
Identifying and classifying:
Children learn to group and classify objects and living things based on observable features.
Recording and suggesting answers:
They gather and record data through simple drawings and use their observations to suggest answers to questions.
Key Stages 2 (Ages 7-11)
As pupils progress to KS2, their working scientifically skills become more sophisticated:
Planning investigations:
They plan and conduct simple practical enquiries and comparative and fair tests, changing one variable at a time while keeping others the same.
Making and recording measurements:
Students take more systematic and accurate measurements, using standard units and a range of equipment.
Gathering and presenting data:
They record findings in various formats, such as tables, bar charts, and simple line graphs.
Drawing conclusions and communicating findings:
Pupils use results to draw simple conclusions, make predictions, and report on their findings using appropriate scientific language.
Suggesting improvements and raising further questions:
They evaluate their methods and suggest improvements for their work or for future investigations.