Applications for the August 2026 programme are now OPEN and will close at midday on 17th June 2026.
The English & Classics Residential is being piloted by Magdalen in 2026 for Year 12 (or equivalent) students at UK state schools who are interested in applying to one or both of English, Classics or a related subject at university. The programme will take place on 4th-6th August 2026. It is entirely free for participants, including accommodation, food and travel.
40 participants will receive the opportunity to visit and stay in Magdalen for this three-day residential programme, including the following activities (subject to change):
| Day 1: | Day 2: | Day 3: |
|---|---|---|
| Introduction to English & Classics at Magdalen and Oxford | Small-group taster sessions | Overview of Oxford Admissions |
| Tour of Magdalen College | Tours of Oxford city and University | Demonstration Interviews |
| Plenary taster session(s) | Formal dinner | Tutor Q&A Session |
Eligibility: It is essential that you meet all of the following criteria:
- Year 12 (or equivalent) student
- Under 18 years old at the time of the programme (due to safeguarding policies)
- Attending a UK state school or home schooled (individuals who do not fit this criterion but who have extenuating circumstances may still apply)
- An interest in studying English, Classics or a related subject at university
- Predicted to get at least AAA at A-Level (or equivalent) unless there is a reason why you are predicted lower
Our events are aimed to help support students who come from backgrounds that are historically under-represented at Oxford. As such we will also be using the following criteria to assess applications:
- Your post-code (if you are from an area of low progression to university or from an area of high deprivation)
- If you are in receipt of Free School Meals
- If you will be the first your family to attend university
- You are care-experienced or are a young carer.
Applications for 2026 are OPEN and will close on 17th June 2026. Please note that applications are highly competitive.