Science Curriculum Overview
Curriculum Intent
At Chingford Foundation School, the Science curriculum is designed to ignite curiosity, develop scientific literacy and empower students to understand and shape the world around them.
Our aim is to ensure every student becomes a confident, critical thinker who can apply scientific knowledge and skills in real-life situations.
Science at CFS equips students with:
- A deep understanding of Biology, Chemistry and Physics
- The ability to ask questions, test ideas and draw evidence-based conclusions
- Strong data-handling, analytical and problem-solving skills
- Confidence in practical work, safe laboratory practice and scientific enquiry
- An appreciation of how science drives progress in society, health, technology and the environment
The curriculum is underpinned by our four pillars:
- Knowledge – Students build secure understanding of fundamental scientific ideas, supported by strong recall, vocabulary and application.
- Independence – Students learn to plan investigations, evaluate results and take responsibility for their learning through practical enquiry and revision habits.
- Empowerment – Through mastering scientific skills, students gain confidence to analyse issues such as climate change, health, energy and sustainability.
- Inclusion – Lessons ensure every student can access and enjoy science through scaffolding, practical engagement, adapted resources and inclusive representation of scientists from diverse backgrounds.
Our ultimate goal is for all students to leave school scientifically literate, resilient, curious and equipped for further study or the world of work.
Key Stage 3 (Years 7–9)
Students follow a broad, spiral curriculum covering foundational ideas in Biology, Chemistry and Physics.
Knowledge and skills build progressively so students are fully prepared for the demands of GCSE.
Biology Topics
- Organisms
- Ecosystems
- Genes
Chemistry Topics
- Matter
- Reactions
- Earth
Physics Topics
- Forces
- Electromagnets
- Energy
- Waves
Scientific Skills at KS3
(From the Science Skills Map)
Students develop:
- Planning and carrying out investigations
- Using and evaluating scientific equipment
- Recording observations
- Analysing data, drawing graphs and identifying patterns
- Linking evidence to scientific explanations
- Using key vocabulary with accuracy
- Writing using scientific conventions (describe, explain, evaluate)
Key Stage 4 (GCSE Science – AQA)
Students follow either AQA Combined Science (Trilogy) or AQA Separate Sciences (Biology, Chemistry and Physics).The curriculum builds on KS3 and develops a strong foundation of knowledge, practical competence and exam skills.
Topics studied in Biology:
- Cells and organisation
- Disease and Bioenergetics
- Biological Responses
- Genetics and reproduction
- Ecology
Topics studied in Chemistry:
- Atoms, bonding and moles
- Chemical reactions and energy changes
- Rates, equilibrium and organic chemistry
- Analysis and the Earth’s resources
Topics studies in Physics:
- Energy and energy resources
- Particles at work
- Forces in action
- Waves, electromagnetism and space
Practical and Examination Skills
- Students develop the “big skills” required for success at GCSE and A Level:
- Scientific knowledge recall
- Extended writing (describe, explain, evaluate, compare)
- Practical skills through required practicals in all three sciences
- Data handling (calculations, graphing, interpreting trends)
- Application to unfamiliar contexts
All GCSE exams assess knowledge, mathematical ability, practical understanding and scientific literacy.
Key Stage 5 (A Level Biology, Chemistry and Physics)
At A Level, students deepen their disciplinary understanding through rigorous content, conceptual reasoning and extensive practical work
A Level Biology (OCR A)
- Development of Practical Skills in Biology
- Foundations in Biology
- Exchange and Transport
- Biodiversity, Evolution and Disease
- Communication, Homeostasis and Energy
- Genetics, Evolution and Ecosystems
Skills include microscopy, biochemical tests, statistical analysis, sampling, ecology fieldwork and scientific evaluation.
A Level Chemistry (OCR A)
- Development of Practical Skills in Chemistry
- Foundations in Chemistry
- Periodic Table and Energy
- Core Organic Chemistry
- Physical Chemistry and Transition Elements
- Organic Chemistry and Analysis
Skills include titration, organic synthesis, calculations, IR spectroscopy, chromatography and multi-step analysis.
A Level Physics (OCR A)
- Measurements and Their Errors
- Forces and Motion
- Electrons, Waves and Photons
- Newtonian World and Astrophysics
- Particles and Medical Physics
Skills include practical investigation, circuit design, modelling, mathematical reasoning and critical evaluation of data.
Enrichment and Wider Opportunities
Science enrichment includes:
- STEM clubs and competitions
- Practical mastery workshops
- Science Week activities
- University outreach and guest speakers
- Trips to museums, planetariums and science centres
- KS5 lab skills seminars
- Preparation for careers in medicine, engineering, forensics, environmental science and research
Impact
By the end of their Science education at Chingford Foundation School, students will:
- Have secure scientific knowledge that prepares them for GCSE, A Level and beyond
- Be confident in analysing data, solving problems and applying their understanding
- Have mastered core practical and investigatory skills
- Be able to think critically about scientific, environmental and ethical issues
- Understand the relevance of science to everyday life and future careers
Our curriculum nurtures curiosity, confidence and scientific thinking — preparing students for a rapidly changing, technology-driven world.
