Problem-solving Club
Year 12 Channing student volunteers work with Year 5 and 6 pupils at Brookfield Primary School to help them develop their problem-solving skills and boost their self-confidence.
Aims
To create a pathway for Brookfield pupils to improve their problem-solving skills in an environment where learning is seen as fun and goes beyond the classroom. We also support those students to build their confidence.
For our Sixth Form volunteers the aim is to help develop their communication, social and leadership skills.
Background
This is a new initiative which started in Autumn 2021. Through Channing’s partnership with Highgate Newtown Community Partners (HNCP) and Brookfield Primary School, a discussion was held regarding ‘Education +’. We wanted to develop academic enrichment for students, particularly those who may not otherwise be able to participate in extra curricular clubs (in particular Pupil Premium pupils).
The impact of Covid lockdowns meant that some children needed to rebuild their confidence and extend those skills that were not directly related to the curriculum.
Resources
The school provides funds for Brookfield pupils to be escorted to Channing where they are provided with a snack before the Year 12 volunteers and a Channing Maths teacher deliver lessons on problem solving. Each student is provided with essential resources (white board, pencils, notebook, Maths equipment, etc.).
Impact
According to Brookfield “on the days of the Channing clubs, our children come in with real enthusiasm and it is clear to see that the clubs are the highlight of their week! The feedback from both parents and children has been overwhelmingly positive, and teachers have noticed a difference in children’s self-esteem and confidence in class”.
Pupil Involvement
The club involves a group of around 8 or so Year 12 volunteers and one Maths Teacher who supervises but the Year 12 volunteers plan the lesson. They work alongside groups of Year 5 and 6 pupils.
Frequency
This is a weekly activity which is 45 minutes in length.