The Chemistry curriculum throughout secondary school builds a strong foundation from Key Stage 3 through to IGCSE and the IB Diploma. In KS3 (Years 7–9), students explore core scientific ideas such as the particle model, chemical reactions, and the periodic table through hands-on investigations and real-world applications, laying the groundwork for deeper study. From Year 9, students transition into the Cambridge IGCSE Chemistry course, gaining a thorough understanding of fundamental chemical principles and practical skills. In the IB Chemistry programme, students engage with more advanced topics and develop strong investigative and analytical abilities through collaborative projects and independent research.
Across all stages, the curriculum fosters curiosity, critical thinking, and a strong appreciation of chemistry's role in society and the environment.
The Key Stage 3 Science curriculum is designed to ignite curiosity and build a strong foundation in scientific knowledge and practical skills.
In Years 7, 8, and the first term of Year 9, students engage with a broad and balanced curriculum that prepares them for the transition to Cambridge International Triple Science IGCSE, along with the skills needed for success at IB.
Year 7 introduces students to the fundamental concepts of science, including the particle model, forces, and waves. Students explore topics such as cells, body systems, and elements, compounds, and mixtures, developing an understanding of how science explains the world around them. Practical activities and projects, such as a space-focused investigation, encourage collaboration and hands-on learning.
In Year 8, students deepen their understanding of key scientific principles. They study motion and pressure, separation techniques, and chemical reactions, alongside topics such as the periodic table and reproduction. This year also emphasises the development of scientific inquiry skills, encouraging students to conduct experiments, record data accurately, and analyse results critically.
Year 9 begins with the final stage of KS3 content, focusing on ecology, energy, and acids and alkalis. From term two, students transition to the Cambridge International Triple Science IGCSE curriculum, with a strong emphasis on building key skills in biology, chemistry, and physics. This phase ensures they are equipped with the knowledge and confidence needed for success in their IGCSE studies.
IGCSE Chemistry
The Cambridge IGCSE Chemistry course provides students with a thorough understanding of the fundamental principles of chemistry, including the behaviour of matter, atomic structure, bonding, stoichiometry, chemical reactions, energetics, electrochemistry, and organic chemistry. The course also explores the impact of chemistry on the environment and modern society. Students are encouraged to develop essential scientific skills, such as designing experiments, safely handling apparatus, interpreting data, and evaluating scientific methods. Assessment consists of written examinations and either a practical laboratory test or an alternative to practical paper. Through a balance of theoretical knowledge and practical skills, students are prepared for further scientific study and develop the critical thinking, precision, and problem-solving abilities that are valued both in higher education and in the workplace.
The IB Chemistry course is a rigorous and engaging study of the principles that govern the structure, properties and reactions of matter. Students explore key topics including atomic structure, bonding, the periodic table, energetics, kinetics, equilibrium, and organic chemistry, with Higher Level students studying these areas in greater depth. The course places a strong emphasis on scientific inquiry, encouraging students to develop their investigative skills through laboratory work, data analysis, and independent research. Students also complete a collaborative interdisciplinary project and an individual scientific investigation. Through these experiences, they develop critical thinking, problem-solving abilities, and an appreciation of the ethical, environmental and societal impacts of science. IB Chemistry equips students with a strong foundation for further study in scientific and medical fields at university and beyond.