Subject Leader: Mrs Postance
1. Our Science Curriculum
At Coalbrookdale & Ironbridge CE Primary, science is a subject that inspires curiosity, creativity, and a deeper understanding of the world around us. We follow the White Rose Science curriculum, which builds knowledge and skills step by step through exciting, hands-on investigations and real-life problem solving. Our unique location in the heart of Ironbridge Gorge, a UNESCO World Heritage Site and the birthplace of the Industrial Revolution, gives children the chance to explore science in action through our rich local history. Science at our school reflects our Christian values of respect, responsibility, trust, perseverance, and compassion, encouraging children to care for the environment, work collaboratively, and ask thoughtful questions about the world. We enrich learning through educational visits, helping to bring science to life. Our aim is to nurture confident, inquisitive learners who are excited to explore, discover, and make a difference.
2. Subject Vision and Intent
Science at our school is a vital subject that nurtures curiosity, critical thinking, and a deep appreciation for the natural world. Through the White Rose Science scheme, pupils engage in a carefully sequenced curriculum that builds their knowledge and scientific skills progressively from Early Years to Year 6. This approach ensures children develop a secure understanding of key scientific concepts, alongside practical investigative skills that foster independence and resilience. Rooted in our Christian ethos and school vision, science encourages awe and wonder at the complexity of creation, compassion, and responsibility for the environment and each other. As pupils explore the world around them, they also grow spiritually and morally, learning to ask meaningful questions, respect diverse perspectives, and reflect on the impact of science in society. By the time they leave us, children are equipped not only with a strong foundation in scientific knowledge but also with the curiosity, confidence, and ethical awareness needed to thrive in secondary education and contribute positively to the wider world.
3. Implementation — How the Curriculum Is Delivered
At our school, science is delivered through the White Rose Science scheme, which provides a clear, coherent progression of knowledge and skills from Early Years to Year 6. The curriculum is carefully sequenced to build on prior learning, ensuring that pupils revisit and deepen their understanding of key scientific concepts over time. Lessons are designed to be engaging and practical, encouraging enquiry, observation, and investigation. Teachers adapt lessons to meet the needs of all learners, including those with SEND and disadvantaged pupils, through differentiated tasks, scaffolded support, and the use of visual and practical resources. Staff receive CPD and training, including subject knowledge enhancement and collaborative planning sessions, to ensure high-quality teaching and confidence in delivering the curriculum. Enrichment opportunities such as educational visits inspire curiosity and provide real-world context. Our links with the local museums and church further enrich learning, promoting values of responsibility, and wonder at the natural world, while preparing pupils to be thoughtful, informed citizens in an ever-changing scientific world.
4. Inclusion and SEND
Science at our school is an inclusive subject where every child, regardless of ability or background, is supported to achieve their full potential. Using the White Rose Science scheme, we ensure that learning is both accessible and ambitious, with carefully structured lessons that build on prior knowledge. For pupils with SEND or additional needs, teachers use a range of strategies including differentiated tasks, visual aids, pre-teaching of key vocabulary, and practical, hands-on experiences to support understanding and engagement. Regular assessment and targeted support ensure that all pupils make meaningful progress from their individual starting points, celebrating success in a way that builds confidence and motivation. Science also plays a key role in promoting wellbeing and a sense of belonging, as children work collaboratively, explore real-world problems, and develop a sense of wonder and responsibility for the world around them. This inclusive approach ensures that every child feels valued, capable, and inspired to explore the world with curiosity and care.
5. Personal Development and Cultural Capital
Science plays a vital role in developing our pupils’ personal growth and cultural capital, fostering qualities such as resilience, curiosity, independence, and teamwork through hands-on investigations, problem-solving, and collaborative learning. Situated in the heart of Ironbridge, a UNESCO World Heritage Site and the birthplace of the Industrial Revolution, our school is uniquely placed to bring science to life through local history and real-world context. Pupils explore the legacy of scientific and technological innovation in their own community, deepening their understanding of how science shapes society and the environment. Through topics such as sustainability and climate change, children are encouraged to consider moral and global issues, developing compassion, empathy, responsibility, and a sense of stewardship. Our pupil Eco-Council plays a key role in enhancing the science curriculum by promoting environmental awareness, leading sustainability initiatives, and encouraging responsible citizenship, helping all pupils connect their scientific learning to real-world issues and make a positive impact within our school and local community. These experiences not only enrich their scientific understanding but also prepare them to be thoughtful, informed citizens who are equipped to engage with the challenges and opportunities of the wider world.
6. Impact — Monitoring, Evidence and Outcomes
The impact of science teaching at our school is closely monitored through a robust cycle of lesson observations, book looks, pupil voice, and data analysis, ensuring high standards and consistency across all year groups. These monitoring strategies help us evaluate the effectiveness of teaching and identify areas for development. Current evidence shows that pupils are making good progress from their starting points, with increasing confidence in using scientific vocabulary and applying enquiry skills. Pupil voice and classroom engagement demonstrate that children enjoy science, often recalling key knowledge and concepts with enthusiasm. Recent developments include the successful implementation of the White Rose Science scheme, which has brought greater coherence and progression to our curriculum. Our next steps include further developing assessment for learning in science to ensure precise identification of gaps and to continue embedding working scientifically skills across all year groups, ensuring every child is equipped for future scientific learning and inquiry.
7. Subject Leadership and Development
As subject leader for science, I support staff in delivering a high-quality, consistent curriculum by providing clear guidance, planning support, and access to the White Rose Science scheme, which ensures progression and coherence across year groups. I lead staff meetings and CPD sessions focused on developing subject knowledge, effective pedagogy, and the use of practical investigations to enhance engagement and understanding. Good practice is shared through collaborative moderation of work to ensure consistency and high expectations. My leadership aligns closely with our School Development Plan, particularly in raising standards in core subjects and promoting inclusive, knowledge-rich learning. Recent professional development has included training on working scientifically, assessment for learning strategies, and supporting pupils with SEND. Moving forward, priorities include embedding formative assessment more deeply into lessons, increasing opportunities for cross-curricular STEM links, and introducing real-life applications through initiatives such as Careers Week, where pupils explore a range of STEM-related professions, helping them make meaningful connections between their learning and future aspirations.