In Year 7, students begin their journey by exploring the particle model of matter and changes of state, developing an understanding of how substances behave in different conditions. They investigate solubility and separation techniques, learning how chemists isolate and purify substances. Students then study chemical changes and the composition of the Earth, laying the foundations for understanding chemical reactions and the materials that make up our planet. Practical investigations underpin learning throughout the year, enabling students to observe scientific phenomena first-hand and begin to think and work like chemists.

In Year 8, students deepen their understanding of chemistry by studying atoms, elements, compounds and the structure of the periodic table. They develop an appreciation of how scientific models explain the properties of substances and learn about the conservation of mass in chemical reactions. Further study of reactivity, acids and alkalis, and material properties enables students to recognise patterns in chemical behaviour and understand how chemistry contributes to modern manufacturing and technological development. These topics provide a bridge between foundational scientific ideas and the more abstract concepts encountered later in the curriculum.

During Year 9, students begin the transition towards GCSE study. They revisit atomic structure and investigate separating techniques in greater depth before studying chemical bonding, formulae and balancing equations. As their understanding develops, students explore trends within the periodic table and examine collision theory to explain the rates of chemical reactions. Organic chemistry is introduced for the first time, allowing students to understand the chemistry of carbon-based compounds, while studies of the atmosphere encourage consideration of environmental issues and the impact of human activity on the planet. This year emphasises the development of scientific reasoning, mathematical application and analytical skills.

At GCSE, students build upon this foundation through increasingly sophisticated study of chemical principles. In Year 10, they explore atomic structure, bonding and the periodic table in greater detail before developing their quantitative skills through chemical calculations. Students investigate energetics, studying energy changes in reactions, and learn about chemical changes and analytical techniques used to identify substances. Practical work remains central, helping students connect theoretical knowledge with experimental evidence and scientific applications.

Year 11 consolidates students’ understanding of key concepts while introducing more advanced topics. Students undertake further quantitative chemistry, investigate rates of reaction and equilibrium, and develop their understanding of organic chemistry. They also study sustainable resource use and the chemistry of the atmosphere, considering how chemistry contributes to addressing environmental challenges. Through revision and examination preparation, students become increasingly confident in applying chemical knowledge to unfamiliar contexts and solving complex problems.

Students choosing A Level Chemistry embark on an intellectually demanding and highly rewarding course. In Year 12, they study atomic structure, bonding, energetics, equilibrium and kinetics, alongside redox chemistry and key groups of the periodic table. Organic chemistry is introduced in greater depth through the study of alkanes, alkenes, alcohols and halogenoalkanes. Mathematical and practical skills become increasingly important as students learn to analyse data and evaluate experimental methods.

In Year 13, students extend their knowledge through advanced topics including thermodynamics, acids and bases, electrochemistry, kinetics, transition metals and Period 3 chemistry. Organic chemistry develops further through the study of carbonyl compounds, acylation, organic analysis and synthesis. Students also explore biochemistry and contemporary chemical applications. By the end of the course, they are equipped with the knowledge, practical expertise and analytical skills required for higher education and careers in chemistry, medicine, engineering, pharmacology and related scientific fields.

Chemistry is enriched through a broad range of opportunities beyond the classroom. Key Stage 3 students benefit from mentoring by Chemistry Prefects, participation in the Science Club and involvement in the NHS Schools Competition. GCSE students can access Chemistry Clinics throughout the year to consolidate learning and prepare for examinations, while continuing to engage with national competitions. Sixth Form students are challenged through the Royal Society of Chemistry School Analyst Competition, the prestigious Cambridge Chemistry Challenge and the Chemistry Olympiad. These experiences promote scientific curiosity, resilience, teamwork and problem-solving while providing valuable insight into careers in science, healthcare, research and industry.

AQA GCSE Chemistry (AQA 8462)

AQA A Level Chemistry (AQA 7405)

Years 7–8

• Horrible Science: Chemical Chaos – Nick Arnold
• The Disappearing Spoon (Young Readers Edition) – Sam Kean
• Amazing Elements – DK
• Science Comics: Chemistry – Jon Chad

Year 9

• Stuff Matters – Mark Miodownik
• Molecules – Theodore Gray
• Why Chemical Reactions Happen – James Keeler (selected excerpts)
• Periodic Tales – Hugh Aldersey-Williams

Years 10–11

• The Elements – Theodore Gray
• Napoleon's Buttons – Penny Le Couteur and Jay Burreson
• Stuff Matters – Mark Miodownik
• 30-Second Chemistry – N. Winterton

Years 12–13

• The Disappearing Spoon – Sam Kean
• Why Chemical Reactions Happen – James Keeler and Peter Wothers
• The Periodic Kingdom – P.W. Atkins
• Uncle Tungsten – Oliver Sacks
• The Chemistry Book – DK

Journals and Wider Reading

• Chemistry Review
• New Scientist
• Royal Society of Chemistry publications and articles
• Nature Chemistry (selected articles)
• University outreach materials from Oxford, Cambridge and Imperial College London

These resources help students develop scientific literacy, broaden their understanding of chemistry beyond the specification and explore the exciting ways chemistry influences the world around them.

1. Royal Society of Chemistry

• https://edu.rsc.org
• Read Chemistry in Context articles.

2. Chemguide

• https://www.chemguide.co.uk
• Extend understanding beyond A Level.

3. Compound Interest

• https://www.compoundchem.com
• Create posters explaining chemical phenomena.

4. Nature Chemistry

• https://www.nature.com/nchem
• Investigate current chemical research.

5. Periodic Videos

• https://www.periodicvideos.com
• Watch videos and create element profiles.

6. Khan Academy Chemistry

• https://www.khanacademy.org/science/chemistry
• Explore higher-level chemical concepts.