| Information by Year Group | Year 8
Year 8
Homepage for Year 8.
Year 8 is an essential year in any child’s development as this is a time when pupils really develop their knowledge, skills and understanding across all of their subjects. This is also the year when pupils begin to gain a deeper sense of their interests and passions ahead of choosing their options in Year 9.
Some changes to classes will also take place in Year 8. Having largely been taught in tutor groups in Year 7, from the beginning of Year 8 pupils will be in sets for English, Mathematics, Science and Religious Education. Whichever set a pupil is in for English, they will also be in the same set for Religious Education. Whichever set a pupil is in for Maths, they will also be in the same set for Science.
The school has worked hard to ensure that pupils in Year 8 continue to access a broad, balanced, ambitious and exciting curriculum ahead of their options year in Year 9.
Year Lead: Miss Ainsley
Tutors
| Tutor Group | Teacher | Classroom |
|---|---|---|
| 8 L | Mr Robinson | St Bridget Lab 10 |
| 8 E | Miss Campbell | St Bridget Lab 4 |
| 8 O | Mrs Anyan & Mrs Hastie | St Bridget Music 1 |
| 8 N | Mr Spinks | St Bede 2 |
| 8 A | Mr Maxwell | St Hild 7 |
| 8 R | Miss Dungworth | St Bridget Lab 8 |
Key Dates:
Parents’ Evening: This is a face to face event with an opportunity to receive feedback from all of your child’s teachers. Date: Monday 2nd March 2026, 3:45-6:15pm.
Reports: Reports will go out at three points during the year: November, February and July, one per term. The Year 8 end of year assessments are planned for the week commencing the 1st June –12th June 2026. These are in-class assessments.
| Art and Design | View |
| Computing | View |
| English | View |
| French | View |
| Geography | View |
| History | View |
| Mathematics | View |
| Music | View |
| Religious Education | View |
| Science | View |
| Technology | View |
| Title | Link |
|---|---|
| 1) Determine if a given number is divisible by 2, 3, 4, 5, 6, 8, 9, 10 and 12 using standard tests. | Link |
| 2) BIDMAS including fractions and indices | Link |
| 3) Prime factor decomposition and using it to find HCF and LCM | Link |
| 4) Area of compound shapes including triangles, parallelograms and trapeziums | Link |
| 5) Solve volume problems including problems involving compound volume. | Link |
| 6) Sketch nets of 3D solids by considering what each of its faces looks like and how the edges match up. | Link |
| 7) Calculate the surface area of cubes and cuboids. | Link |
| 8) Draw 3D solids on isometric paper and know that lines can only be drawn in three ways | Link |
| 9) Know what plans and elevations of 3D solids are and be able to draw them for blocks and recognise 3D solids from plans and elevations. | Link |
| 10) Calculate angles and draw pie charts and know the relevance of factors of 360 | Link |
| 11) Compare two sets of data presented in grouped frequency tables using averages and range | Link |
| 12) Solve equations with unknowns on both sides using the balancing method | Link |
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Updated | 11th July, 2025 |
It is a pleasure to share with you the outcome of our recent Catholic School Inspection. It is a credit to the entire community – families, pupils, staff and our parishes – to be graded ‘Outstanding across all areas’. You can read the report here and an accompanying letter from Mr Simmons here.
Published: November 6, 2025
The Bishop Wilkinson Catholic Education Trust is an exempt charity. It is a company limited by guarantee registered in England and Wales under company registration number 07890590. The registered office address is Bishop Wilkinson Catholic Education HQ, Barmston Court, Turbine Business Park, Nissan Way, Washington, SR5 3NY.
Copyright © 2025 | Bishop Wilkinson Catholic Education Trust
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2nd October: Open Evening: We look forward to welcoming everyone this evening. Parking at County Hall car park, doors open at 5:30 on our temporary site, talks begin at 6pm.


