Year 13 Lesson Plans
All subjects available for this grade level.
Aligned to National Curriculum Attainment Targets
8 subjects · 50 units · 172 topics
Ages 17-18
Biology
This course explores the intricate mechanisms of life from the molecular level to global ecosystems. Students investigate advanced physiological processes, the nuances of genetic inheritance, and the critical role of biotechnology in modern medicine and conservation.
Chemistry
A rigorous exploration of physical, inorganic, and organic chemistry for senior students. This course bridges the gap between foundational concepts and university level chemistry through mathematical modeling and complex structural analysis.
Economics
An in depth exploration of market failures, firm behavior, and macroeconomic management. Students analyze complex trade-offs and evaluate government interventions in both domestic and international contexts.
English
A comprehensive A Level course focusing on the deep interrogation of canonical and contemporary texts alongside sophisticated linguistic study. Students develop critical autonomy by synthesizing complex literary theories and evaluating the evolution of the English language across diverse contexts.
Geography
An advanced exploration of the interconnected physical and human processes shaping our world. Students analyze complex feedback loops in Earth systems while evaluating the socio-economic challenges of a globalized society.
History
Key Stage 5 A-Level History Year 13: an intensive study of Civil Rights in the USA 1865-1992, the British Empire's evolution, and independent historical enquiry, focusing on synoptic understanding and high-level historiographical debate.
Mathematics
A comprehensive study of advanced calculus, complex structures, and statistical modeling. This course prepares students for university level mathematics by bridging the gap between procedural fluency and abstract theoretical proof.
Physics
A comprehensive exploration of high level physical laws governing the universe from subatomic particles to galactic structures. Students develop mathematical modeling skills and experimental techniques to solve complex engineering and theoretical problems.