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Science

Our Vision for Science

At St Peter's, we aim to inspire and equip our children to ‘learn to live’ in the wondrous world of science, helping to develop an appreciation of the role that science plays in our everyday lives.  We strive to plan and provide opportunities for children to explore the wonder of the natural world, developing their skills of critical reflection, creative thinking and collaborative working.  Through practical based enquiry, we seek to capture children's interest and enable them develop skills of working scientifically 'in all its fullness'.

 

Through regular opportunities for children to actively engage in scientific enquiry and practical investigation, we strive to promote and develop scientific thinking, supporting every child to be curious about the way things work and the wider world around us. We encourage children to ask questions and be inquisitive, supporting them to think logically as they make predictions, carry out experiments and evaluate their findings. Above all, we aim for science to be meaningful and memorable, enabling children to identify and develop links between their science learning, the wider curriculum and in their everyday lives.

'Life in all Fullness' through Science

Practical investigation is at the heart of our science curriculum and wider learning opportunities, including our lunchtime science experiments, led by our Science Ambassadors.  Through these rich experiences, we strive to develop transferable, life-long skills, enabling children to work in collaboration to:

  • make logical predictions based on their previous learning
  • plan to solve a problem, considering how to control different factors
  • lead an enquiry with an open mind 
  • develop skills of resilience and problem solving if something doesn’t work
  • interpret and evaluate the accuracy of their results
  • consider and present the impact of their findings
 

Aims in Science

As stated in the national curriculum for science, we aim to ensure that all children:

  • develop scientific knowledge and conceptual understanding through the specific disciplines of biology, chemistry and physics
  • develop understanding of the nature, processes and methods of science through different types of science enquiries that help them to answer scientific questions about the world around them
  • are equipped with the scientific knowledge required to understand the uses and implications of science, today and for the future

Science Ambassadors

At St Peter's, we appoint pupil science ambassadors to enthuse the whole school, creating a tangible buzz for science.  Our science ambassadors fulfil their student leadership roles in a variety of different ways:

  • Science at playtime  - they run playtime science, where they set up mini experiments and activities for other children to come along and try.  This allows them to demonstrate their enthusiasm for science.
  • Science assembly - our science ambassadors stand proudly in front of their audience, explaining the importance of science in every day life and sharing fun experiments.
  • Recording science around school  - many children are unaware that they are actually doing science! Our science ambassadors help by capturing science lessons as they happen.
  • Shout about science  - they let the wider school community know about science in school through their science newsletter.  They also run 'science at home' competitions and encourage other children to join in.

Skills and Values in Science

We strive to embed our values in all areas of school life, promoting them as a guide for flourishing in life and learning.

As scientists, we 'learn to live' by:

  • Showing CURIOSITY by asking thoughtful questions, exploring the wonders of the natural world, and seeking to understand how things work.
  • Demonstrating PERSEVERANCE by investigating carefully, learning from mistakes, and trying different approaches until we find answers.
  • Acting with HONESTY by making careful observations, measuring accurately, recording evidence truthfully, and drawing fair conclusions.
  • Showing KINDNESS by listening respectfully, collaborating with others, sharing ideas, and encouraging everyone to contribute.
  • CELEBRATING the discoveries, achievements, and ideas of others, sharing our excitement for science, and recognising that every investigation helps us learn.

Our Science Learning Journey

Our science learning journeys work on a principle of building blocks – each one building on the one before.  Through a series of key questions, children use and develop their scientific knowledge and understanding, supported by practical enquiry.

The children develop their skills as scientists by completing work across five enquiry types, comparative and fair testing, research, observation over time, pattern seeking, problem-solving and identifying; grouping and classifying.  

As part of their practical enquiry, our children develop the use of the disciplinary skills of a real scientist, learning about asking questions, making predictions, setting up tests, observing and measuring, recording data, interpreting and communicating results and evaluating their findings.

 

In our work, the enquiry approaches are:

 

When investigating, we will be:

Comparative/ fair testing

Changing one variable to see its effect on another whilst keeping all others the same.

Asking questions

Asking questions that can be answered using scientific enquiry.

Research

Using secondary sources of information to answer scientific questions.

Making predictions

Using prior knowledge to suggest what will happen in an enquiry.

Observing over time

Observing changes that occur over a period of tim ranging from minutes to months.

Setting up tests

Deciding on the method and equipment to use to carry out an enquiry.

Pattern seeking

Identifying patterns and looking for relationships in enquiries where variables are difficult to control

Observing and measuring

Using senses and measuring equipment to make observations about the enquiry.

Identifying and classifying

Making observations to name, sort and oganise items.

Recording data

Using tables, drawings and other means to note observations and measurements..

Problem-solving

Applying prior scientific knowledge to find answers to questions.

Interpreting and communicating results

Using information from data to say what you have found out.

 

 

Evaluating

Reflecting on the success of an enquiry and identifying further enquiry questions.

 

Please click on the documents below for further information about our science curriculum.

Our curriculum, linked to each of the sustainabilty goals

 

We use the Primary Science Capital Teaching Approach to help children recognise the relevance and importance of science in their everyday lives. We make meaningful connections between classroom learning and the science children encounter at home, in their communities and in the wider world.

We draw on the wealth of expertise within our parent body and local community, inviting parents, carers and community members to share their knowledge, experiences and careers with our pupils. This enriches our science curriculum, broadens children’s understanding of the many ways science is used beyond the classroom, and helps every child to see themselves as someone who can engage with and enjoy science.

 

Science in the community - The Ogden Trust

We are proud to work in partnership with The Ogden Trust as a lead school. 

The Ogden Trust aims to increase the uptake of physics post-16 by supporting physics education and engagement for all young people (4-18), particularly those in under-represented groups. The Trust supports schools, teachers, projects and programmes that are committed to enhancing physics teaching and learning.

Our Farnborough partnership has 12 schools ranging from infant to secondary. We have an exciting programme of events to enable all pupils to increase their science capital and 'live life in all its fullness.'

Open our Odgen Trust Partnership newsletters to find out about our exciting events


 

Subject lead: Mrs Burgess

Science governor: Rhian Visram