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Intent

Our intent is to provide a relevant, broad, vibrant, and ambitious Science curriculum that inspires and excites our pupils through a wide variety of topics and themes. Using the Science Bug scheme of learning, including its planning, resources, and assessments, we aim to ensure high expectations and excellent standards in science education. All pupils will be encouraged to achieve their full potential, with the ultimate goal of fostering a lifelong interest in science that continues beyond primary education.

The curriculum content will be continuously updated and reviewed annually, creating a dynamic programme of study clearly outlined in both long-term and short-term planning. This approach will ensure that pupils' scientific knowledge progresses each academic year and is extended year upon year throughout the primary phase, always remaining relevant and aligned with, or exceeding, national Department for Education (DfE) requirements.

Implementation

The delivery of science contains the following:

  • Teachers are responsible for planning and delivering up to 2 hours of science each week, using the Science Bug scheme of learning. This involves creating engaging lessons that utilise high-quality resources provided by Science Bug to enhance pupils' understanding of key scientific concepts.

  • Science is taught in units through a combination of whole class teaching, group and individual work. The units are objective lead and to ensure a balanced science curriculum it is essential that elements of the Attainment Targets are taught each year, with a particular emphasis on Scientific Investigation. Planning is to show clear progression through each unit and through each year group. 

  • Working Scientifically to be embedded into lessons to ensure these skills are being developed throughout the children’s school career and new vocabulary and challenging concepts are introduced through direct teaching. Investigations and experiments are recorded in ‘class floor-books’ and work is evidenced using a range of ways including photos, shared writing, stem sentences etc. To ensure cross-curricular links, some sections of Working Scientifically can be taught in other subjects. For example: the constructing and interpreting result could be taught in maths, the recording of the method in English as a recount piece of writing. 

  • The use of precise questioning using scientific vocabulary in class to measure conceptual knowledge and skills and assess children regularly to identify those children with gaps in learning, so that all children keep up.

  • Access to outdoor learning and workshops with experts to ensure children develop their understanding of their surroundings.

  • In Foundation Stage, children begin to explore the world around them, with specific Science work covered through the Early Learning Goal ‘Understanding the World’.

  • All children are encouraged and supported to develop their full potential in science. Some children may require extra support in the classroom and opportunities for consolidation and reinforcement. Activities are differentiated to meet the needs of all pupils.

  • At the start of each lesson, we incorporate ‘Learn More, Remember More’ tasks designed to help children recall and retain prior learning. These tasks take the form of questions displayed on the whiteboard, all based on topics covered in previous years. Children can answer these questions individually using their whiteboards or engage in whole-class discussions. This approach reinforces previous learning and helps embed knowledge and skills, ensuring that children retain and build upon their scientific understanding over time.

 

  • Formative Assessment is used throughout the Science curriculum to guide the progress of individual children. This involves identifying each child’s understanding in each area of the Science curriculum, determining what they have learned, and planning the next steps in their learning journey. Teachers conduct formative assessments informally during their teaching. At the beginning of each unit, pre-lesson assessments are carried out and recorded in the floor book to determine what children already know about the lesson focus. This is written in red pen, allowing teachers to identify and address any misconceptions before new learning begins. At the end of each lesson, children are asked to reflect on what they have learned, and this is recorded in green pen. This approach helps gauge prior knowledge and identify any gaps in understanding. Formative assessment methods may include:

·       Targeted questioning during small group discussions.

·       Individual discussions encouraging children to reflect on their work and progress.

·       Marking and feedback on children’s work.

 

  • Summative Assessment occurs at the end of each unit and at the end of each academic year when a level of the child’s attainment is determined. The summative assessment at the end of each unit is primarily practical, focused on scientific enquiry. Children are given a task or question and must use their learning to complete it. The teacher then uses assessment criteria to determine if children are Working Towards the Standard (WTS), Expected Standard (EXS), or Greater Depth within the Standard (GDS) for that unit. This assessment incorporates various formative assessments, including pre-lesson and end-of-unit evaluations documented in the floor books. These assessments help compile a comprehensive teacher assessment for each child, which is collected by the Science Coordinator at the end of each term and academic year.

Throughout our Science teaching, we aim to cultivate a sense of awe and wonder about the world, encouraging children to explore, question, and understand the world around them.

Impact

By the time children reach the end of Key Stage 2 children will:

  • Be curious about things they observe, experience and explore the world around about them with all of their senses.

  • Use this experience to develop their understanding of key scientific ideas and make links between different phenomena and experiences.

  • Acquire and refine the practical skills needed to investigate questions.

  • Have skills of predicting, asking questions, making inferences, concluding and evaluating based on evidence and understanding and use the skills in investigative work.

  • Have language skills through talking about their work and presenting their own ideas using sustained and systematic writing of different kinds.

  • Use scientific and mathematical language including technical vocabulary and conventions and draw diagrams and charts to communicate scientific ideas.

The outcomes will be measured using both formative and summative assessments outlined above. The Science Co-ordinator will ensure pupil progress and attainment is maintained through the monitoring of teaching and learning of Science throughout the school and will regularly meet with the SLT to discuss findings.

Enabling and Adapting the Science Curriculum for SEND 

At Collierley Nursery and Primary School, we tailor the science curriculum to support SEND and less experienced learners by offering a personalised approach. See the document below for further details. 

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