Reply 1
•
Cheney Student Village: Often regarded as the most social accommodation because it is located on campus and next to the Sports Centre, which hosts multiple events and has the nearest gym facilities to Cheney. Cheney is also a popular choice for students needing a 50-week contract. It is slightly more expensive than Clive Booth (Blocks N–X and A–B) but offers a more modern living environment. Being on campus makes it a convenient first-year option, with all essential facilities within walking distance.
•
Parade Green: Managed by Unite Students but owned by Oxford Brookes, Parade Green benefits from larger beds, more social spaces, and an on-site gym. According to a friend, the en-suite bedrooms are very nice for under £200 per week and have similarities to other Unite Student accommodations. It is located 1.5 miles from campus, but the Brookes Bus Key makes commuting easy. Some students prefer living slightly further away from campus, as it helps them maintain a better work-life balance. Additionally, Parade Green is close to Templars Square and Cowley, providing easy access to shops and amenities. Paul Kent Halls, located nearby, has a similar vibe.
•
Clive Booth Student Village: The largest student village, offering a mix of accommodation blocks with different features. While social, it is generally less lively than Cheney because some blocks house postgraduate students, family flats, and exchange students. Clive Booth offers the same practical benefits as Cheney but is a 5–10 minute walk from campus. It has 38-week contract options, whereas Cheney is only available on a 50-week contract.
Last reply 1 day ago
Official Oxford Brookes University Applicant Thread for 2025Last reply 1 month ago
Official Thread for Oxford Brookes International ApplicantsLast reply 1 month ago
Do you know anyone that got into Oxford Brookes even though they missed their grade?Last reply 3 months ago
Help Choosing Between Parade Green and Dorset HouseLast reply 4 months ago
Does MSc Motorsport Engineering at Oxford Brookes include CFD