Sixth Form

Hoe Valley Sixth Form is on track to open in September 2023 offering 120 places for each year group! Please take a few minutes to watch our introduction video from Mr Tom Robinson, our Head of Sixth Form.



Open Evening

Monday 11th July 2022 at 6pm

We are delighted to be holding an Open Evening for both internal candidates who already attend Hoe Valley School, as well as external students who are currently studying for their GCSE at other local schools. Join us on Monday 11th July from 6pm to 7pm when parents and students can hear in more detail about our exciting plans and we particularly welcome students in our current Year 10 who have the opportunity to become our founding sixth form intake. There is no need to book, simply come along for a 6pm start. We look forward to welcoming you and telling you all about our plans.

About Our Sixth Form

We aim to offer an Academic suite of A level subjects based on student demand which will prepare students for University or Apprenticeships with big businesses, both national and international.

In line with our ‘Work Readiness’ agenda, students will enjoy a modern approach to post sixteen studies, equipped with their own chromebook and opportunities to gain experience in extra-curricular S.T.E.A.M. activities which will give them the edge in the world of employment.

Keep checking back as we will be regularly updating the information posted here and our new prospectus is going live soon!

Application Forms for admission to Year 12 in September 2023

Internal candidates can apply for a place in Year 12 for September 2023 by completing the following Google Form
HVS Sixth Form Internal Application Form – for current students on roll at Hoe Valley School

External candidates who are completing their main school education at another school other than Hoe Valley School can apply for a place in Year 12 for September 2023 admission by completing the following Google Form
HVS Sixth Form External Application Form – for students currently attending another school other than HVS