Maths tests 'putting off pupils'

The Advisory Committee on Mathematics Education (Acme) says children in England should "not always be studying towards the next test".

Otherwise, "important mathematical skills may be inadequately taught, or not taught at all".

But a government spokeswoman said testing helped every child "reach his or her potential".

The report by Acme - a group made up of academics and maths teachers - found even A-level maths students were put off the subject by first-year AS-level exams.

Poor results

The "poor results and high failure rates" stopped many continuing into the second year of the course, it adds.

The number of entries for final A-level maths exams in England in 2001 - the last group not to sit AS-levels - was 47,959.

By 2002, it had fallen to 38,512.

The number who had sat the AS-level in 2001 was 46,610. This represents a drop-out rate of 17.4%.

Pupils' maths skills are tested at ages seven, 11, 14 and 16, before they decide whether to go on to do an A-level in the subject.

Acme's report calls for a cut in the "overall volume and frequency" of tests.

School league tables are worsening the situation, it adds.

Acme's chairman, Sir Peter Williams, said: "Pupils must be given time to develop an excitement for and interest in learning maths and should not always be studying towards the next test.

"By the time that pupils in England are 16 years old they have already done four national tests in maths.

"There is a danger that this can lead to an 'exam mentality' - for both pupils and teachers - where learning is just about passing tests."

A Department for Education and Skills spokeswoman said tests gave "objective evidence, against a national standard" of children's learning.

She added: "Teacher assessment draws on evidence from classroom work, observation and discussion throughout the year.

"The evidence from both types of assessment provides valuable information to support the future learning of each pupil and helps to ensure that every child is able to reach his or her potential."