Classical Greek
Why study Classical Greek at The Perse?
Classical Greek opens the door to one of the world’s most influential civilisations. At The Perse, pupils explore the language, literature and ideas that have influenced western thought. Learning Classical Greek develops precision, analytical thinking and linguistic understanding while offering direct access to the original works of Homer, Sophocles, Plato and other great authors whose influence continues to shape our world today.
Reading the ancient world
Studying Classical Greek is both intellectually demanding and deeply rewarding. As pupils develop their language skills, they discover how grammar, vocabulary and careful translation unlock texts that have inspired generations of writers, scientists and philosophers. Alongside language study, they explore some of the history, mythology and culture of Classical Athens, gaining a richer understanding of the origins of many ideas that continue to influence modern society. Lessons encourage close reading, thoughtful discussion and the confidence to tackle challenging material with curiosity and perseverance.
Beyond the classroom
Learning extends beyond lessons through lectures, reading groups, competitions and opportunities to engage with the wider world of Classics. Pupils are encouraged to explore Greek mythology, philosophy and literature beyond the curriculum, while educational visits and enrichment activities bring the ancient world vividly to life. The department fosters a scholarly community in which pupils can pursue their interests and deepen their appreciation of the classical world.
Recent highlights
Classical Greek remains a distinctive part of the curriculum at The Perse, offering pupils the opportunity to engage with one of the world’s most influential languages and cultures. Pupils have gone on to study Classics, Ancient History, Philosophy and Theology at university, while others have found Classical Greek to be a valuable complement to a wider range of subjects, including both humanities and STEM pathways.