Case Study Name/Title: Mathematics Home Lending Project School: Thorne Grammar School Partnership: Doncaster Author: Andy Martin
In order to provide an aspect of the mathematics curriculum that was distinctly different to the mainstream provision I decided to instigate a G&T programme aimed at involving parents with mathematics in a secondary school. The project was funded under a Best Practice Research Scholarship (BPRS) bid. I was trying to research how parents could become more involved in mathematics education by providing a home-lending service of mathematics tasks, complete with the necessary equipment required to solve the problem.
From early January the pupils were taking one task home per fortnight (simply because the school was then operating a two-week timetable). Progress within the task was recorded in a journal and checked on a regular basis. At this time the project had already extended to the G&T Network and the 5 other schools had set up e-mail addresses for "buddies". At Thorne the tasks were sent home with the pupils. The network schools all operated differently, including the use of lunchtime or after school clubs and small projects with identified pupils.
From late February 2002 contact was made with schools in Sweden and Australia. Pupils began to send and receive e-mail, including photograph attachments showing them working on the tasks in their home country.
The LEA G&T Strand Co-ordinator interviewed some of these pupils during a Student Forum in May 2001. This was one teaching and learning programme that had huge impact and that the pupils had really enjoyed doing. During June 2002 some of these pupils attended a G&T Mathematics Day at Sheffield Hallam University. Here they were also given the opportunity to talk to the BPRS Mentor about the progress they had made and the involvement of their parents. Examples of the pupil's journals are kept at the school. These have been used as reference material for the BPRS report.
At the start of the project the parents completed a brief questionnaire to measure their perceptions of problem solving skills. At the end of the project the parents also completed a "strength of feeling" type review against some of the more specific objectives of the programme.
The Head of Mathematics was also able to measure the "value added" in terms of National Curriculum levels for the class by comparing the performance in Key Stage 2 with the levels achieved in the Year 7 Optional Tests produced by QCA.
All three strands of verification show that the project had positive impact on the target cohort, but statistically I cannot show that this project was the only factor responsible for the changes. There was also much in terms of anecdotal evidence from parental comments made during visits to the school.
In terms of basic organisation and management I would want to retain both the G&T Network of schools and the international dimension to a future project. The differing curriculum requirements and structure mean that like minded teachers need to plan in advance so that holiday patterns do not disrupt the pupil contact.
Much more than mathematics emerged from the e-mail contact with international schools. Some ideas for classroom practice to help teachers (and parents!) could appear in the "Classroom Contributions" pages on the Maths300 site. This great resource for the teaching of mathematics needs to be greater used by schools that want to approach mathematics in this way.
Allowing school equipment to go home for pupils and their families to use creates resource management issues. The use of classroom support to assist the teacher I believe would be very beneficial.
My experience is that the project is very beneficial in providing challenge for G&T pupils in mathematics. The tasks have been carefully chosen. Each one is the "tip of an iceberg" and allows the able child to link different aspects of mathematics through a problem solving approach. Parents find the hints from teachers useful and like to respond to many of the challenges.