Science Curriculum Intent

Curriculum Vision

Our Science curriculum is ambitious for all learners and is designed to develop scientifically literate, analytically rigorous and intellectually curious young people. We ensure equitable access to powerful scientific knowledge so that every pupil can understand the natural world, evaluate evidence critically and make informed decisions in an increasingly complex society.

At Washington Academy, pupils become scientists. Through the systematic study of Biology, Chemistry and Physics, pupils develop secure conceptual understanding and the ability to think, reason and investigate scientifically.

We explicitly teach both substantive knowledge (key concepts such as cells, energy, forces, bonding, genetics, evolution, electricity and chemical reactions) and disciplinary knowledge (how scientists formulate hypotheses, design investigations, control variables, analyse data, construct models, evaluate evidence and refine explanations). Through structured scientific enquiry, pupils apply this knowledge with increasing precision and independence.

Curriculum Rationale and Sequencing

The curriculum is coherently sequenced from Key Stage 3 to Key Stage 4 to build secure foundations in scientific understanding and investigative competence.

At Key Stage 3, pupils develop foundational knowledge across Biology, Chemistry and Physics while building core principles such as energy transfer, particle theory, forces and cellular structure. Concepts are introduced in a logical order and revisited deliberately, enabling pupils to build secure, connected understanding over time.

Scientific ideas are sequenced to deepen conceptual complexity. For example, particle theory underpins states of matter, which supports understanding of chemical reactions and quantitative chemistry. Energy concepts introduced in Key Stage 3 are extended into energy stores, transfers and efficiency calculations at GCSE.

At Key Stage 4, pupils deepen and specialise their understanding through the GCSE curriculum. They apply cumulative knowledge to increasingly abstract and mathematically demanding contexts, ensuring readiness for advanced study and independent scientific reasoning.

Knowledge is revisited and applied across topics to ensure that core scientific principles are retained securely and transferred confidently to unfamiliar contexts.

Working Scientifically and Analytical Skills

Pupils develop fluency in working scientifically through practical investigation, hypothesis formation and evidence-based reasoning.

They learn to identify independent, dependent and control variables; design fair tests; record observations accurately; analyse quantitative data; evaluate reliability; and draw substantiated conclusions.

Mathematical modelling, graphical analysis and interpretation of experimental data are embedded across the curriculum. This ensures that scientific knowledge is retained securely and applied confidently in increasingly complex and unfamiliar scenarios.

Literacy and Mathematical Fluency

Subject-specific vocabulary is taught systematically and cumulatively, enabling pupils to articulate scientific explanations using precise terminology.

Extended written responses are modelled to ensure pupils can construct clear explanations, evaluate evidence and justify conclusions in line with GCSE expectations.

Mathematical reasoning is embedded throughout the curriculum, including calculations involving speed, density, concentration, energy transfer and statistical analysis of results. Pupils interpret graphs, tables and formulae with increasing confidence and accuracy.

Science in Society and Cultural Capital

The curriculum exposes pupils to the role of science in shaping society, including medical advances, climate change, renewable energy, space exploration and emerging technologies.

Pupils explore ethical considerations in areas such as genetic engineering, artificial intelligence and environmental sustainability, developing informed awareness of the societal impact of scientific innovation.

Through study of diverse scientists and global scientific developments, pupils build cultural capital and recognise science as an evolving, collaborative human endeavour.

Ambition for All

We maintain high expectations for all learners, including disadvantaged pupils and those with SEND. Our curriculum is designed to remove barriers to achievement and ensure sustained progress over time.

Adaptive teaching, scaffolded practical investigations and explicit modelling of scientific reasoning enable all pupils to access complex scientific concepts confidently.

Assessment

Assessment is structured to ensure pupils build secure foundations in both substantive knowledge and disciplinary thinking.

Assessment is cumulative and designed to strengthen long-term retention. Regular retrieval practice and application to unfamiliar problems ensure that core concepts are embedded securely.

Practical skills are assessed through structured investigations and evaluation tasks. At Key Stage 4, assessment is aligned to GCSE examination criteria and is synoptic in nature, requiring pupils to demonstrate knowledge, application, analysis and evaluation across Biology, Chemistry and Physics.

Preparation for Future Pathways

Science prepares pupils for ambitious next steps in further education, apprenticeships and employment across a wide range of sectors.

Pupils explore pathways into medicine, engineering, environmental science, research, data science, technology, healthcare and scientific industries.

Through Science, pupils develop highly transferable skills including analytical reasoning, problem-solving, precision, resilience, collaboration and the ability to evaluate evidence critically — skills valued across all professional fields.