Waddington Diagnostic Mathematics Module Tests

Waddington Diagnostic
Mathematics Tests 1 & 2 eBooks

eBook editions now available. Although having
similar content to past editions, there have been many minor updates and the
Introduction has been re-written. All 1:1 scaled images have been improved so
that measuring tasks will be accurate to the millimetre. Answer ebooks now have
coloured answers to make marking easier.

The Waddington Diagnostic Mathematics Module Tests are primarily criterion-referenced based, as opposed to norm-referenced. Our Diagnostic Standard and Advanced Reading and Spelling Tests 1 & 2 are norm-referenced tests. As the math tests are criterion-referenced, it means they relate closely to an efficient mathematical curriculum outline of essential skills and understandings. In short, they follow an extensive and reliable mathematical scope and sequence. There is no strict time limit for each test, however, there is a set range of tests for particular age/year levels. Being criterion-referenced, also means that essentially, students should be able to achieve a high degree of success with the tests assigned to their particular age/year level. Teachers may also need to read out the questions to students (without guiding them in how to answer). In particular, junior primary teachers may need to gauge the reading competency of their group and decide whether to have all the students complete the sections as they are read out.

Complex concepts are supported by lower order concepts in earlier tests. For example, children who have trouble telling the time need to understand foundation concepts such as recognising numerals, understanding quantity and order, counting by ones, fives and tens, event sequencing, even understanding exactly what half and quarter actually mean. All these essential foundation skills are covered before clock-face time is introduced. This is how all the tests have been designed to work and that is why they remain as popular as ever. Given these tests can be efficiently used on a group or one-to-one basis, they will quickly highlight student strengths and weaknesses. If used on a cross-school basis, student results can be recorded and compared year to year using the Maths subject section of our now FREE* School Data Express (* Free with any ebook purchase). Please note that Version 3 of School Data Express allows for the automated graphing of student Math percentage results over time. Student results can be compared against the average results of any found group (or all records) in your school.

The following table has been reproduced from the Help section of School Data Express. This information is supplied in response to teachers wanting to know the approximate age levels for each test. An approximate Maths Age can be derived from the table. The data has been established via field use of the scope and sequence of each test, by many teachers, over a 25 year period. Math test books currently selling (since June 2005) have this table printed in the Introduction. It must be stressed that all students, regardless of age, most likely will need checking with Tests 1-15 before progressing to tests beyond 16. Even teenagers with a history of poor performance should be put through the lower tests so you are sure they have essential foundation skills in place. It is important that all students function at or below their independent competency range to ensure skills are absorbed properly and reapplied appropriately to minimize or eliminate frustration or the prospect of higher order skills becoming too challenging or impossible to understand with some ease as you progress. I have worked with teenagers in the past who have needed to start at Test 1 and it can be quite surprising to discover many building block foundation skills that are missing entirely. No wonder they have struggled for years on end because no one had taken the time to thoroughly understand the serious gaps in their mathematical conceptual knowledge! These tests will highlight those deficiencies and point to areas in need of remediation before progressing to the next test. See backup materials below for remediation at each test level.

In the field, a year 3 student given test 8, at the start of their school year, should achieve highly (e.g. 90-100%). Furthermore, given the math tests follow a detailed and essential scope and sequence, no 'average' score below a high mark of achievement for any one test is acceptable. Hence the guide given below already establishes the 'average' tests for each age/year level. Therefore, if a year 3 student can not achieve a high success rate with test 8 and 9, yet obtains a high success rate with test 7, you can assume that the student has achieved beginning year 2 concepts and is operating approximately a year behind, that being middle year 2.

The maximum raw score is based on the total
number of question sections. In the case of Test 16, there are 19 question
sections but a total of 71 examples. There may be two or more problem examples
for each question section. It is up to individual teachers to decide how they
score the tests. It is also important for teachers to make informed judgements
about a student's understanding of particular concepts as well as their degree
of applied skill. This may not always be apparent on face value and may
necessitate the teacher running brief student conferencing or allowing students
time to revisit test items (particularly if they have overlooked items or failed
to comprehend the direct meaning of a task in the first instant). It is
recommended that a mark be given for a question section where more than half of
the examples are answered correctly and/or demonstrate understanding by the
student. Therefore, question section 1 has 15 response examples. If the student
answers 8 correctly, the teacher may give half a mark for question section 1.
If the student answers 13 correctly, the teacher may give a full mark for that
section. Once all the marks are added up, a student may score 17 out of 19 for Test 16.
This approximate 90% success rate quickly demonstrates the time is right for the
student to move on to harder skill learning phases and/or the next test. A score
of less than 17 means failed test sections would need to be revisited with
appropriate learning opportunities. Unlike norm-referenced tests, students should be given their marked tests
back so they can see evidence of their successes and failures. If the tests go
in a school-home assessment/communication folder/book, then parents also become
valuable participants in their child's learning process. Students should not
move on to a higher test until current test concepts are consolidated to a high
proficiency rate. This is important because higher order concepts introduced in
later tests are dependent on prior test concepts.

**APPROXIMATE GRADE / AGE / TEST GUIDE**

For example, all Year 2 students could be given Test 5

at the start of a school year, Year 3 students would be

given Test 8 at the start of their school year and so on.

However, where older students have not gained any solid

foundation, then start them off at Test 5 or even Test 1.

GRADE AGE TESTS
MAX. RAW SCORE

Rec/Pre 5
1 - 3
73

Year 1 6
4 - 6
56

Year 2 7
7 - 9
54

Year 3 8
10-13
72

Year 4 9
14-17
80

Year 5 10
18-21
83

Year 6 11
22-25
69

Year 7 12
26-29
74

Year 8 13
30-33
113

Year 9 14
34-38
139

Year 10 15
39-43
152

Year 11 16
44-48
147

© 2015 Neil J Waddington

Maximum raw score relates to the total marks for the tests listed
for each year level if a full mark is given for each question, based on the
student’s performance on all examples. A half mark may be given if at least half
of the question examples are correct. Students should not progress to next test
until a high mark is obtained (e.g. at least 80% success rate).

**The Waddington Diagnostic Mathematics Module Tests and
the National Australian Mathematics Curriculum**

The Waddington Diagnostic Mathematics Module
Tests have not been redesigned to fit the
current national curricula but surprisingly they fit extremely well, even down
to the concept of similar lateral and cross-ways strands (where building block
sub-skills are covered within and across related core disciplines before their
associated higher order more complex skills) which the Waddington tests have
always embodied. The
Waddington tests have stood the test of time over 25 years, are revised when
necessary and stand on their own as efficient testing devices. The National
Curriculum will continue to undergo further
development. I’m confident that the Waddington
Mathematics Tests are inclusive enough of the essential skills, in the right
order and at the right lateral and cross-ways strand positions, for
efficient diagnosis and remediation of students struggling with math concepts.
The tests are arranged in a unique way so that they cover sub-skills prior to
their higher order counterparts, either in later parts of the same test or in
later tests. These building blocks are presented lengthways along with their
associated strands. The first column shows the strand (e.g. N for Number) and
what is underlined is the sub-strand and then under that are the specific skills
and concepts which also form part of the elaborations as outlined in the
Australian Curriculum – Mathematics. From discussions I have had, and continue
to do so, along with sales of the tests themselves, I believe many professionals
have recognised just how relevant the tests are today compared to when I first
created them. The tests also cater for more capable students who need to power ahead. The
National Curriculum is more focussed on what should be taught at each year
level, as opposed to looking at children as individuals first, which is what the
Waddington tests do on a diagnostic level. The Waddington Mathematics Tests
revisit and reapply certain building block skills in a sequential year pattern
and do not omit important constructive skills in any year level.

The Waddington Diagnostic Mathematics Module Tests have been around for many
years (approximately since 1988), with the assurance of evidence that they have
been deemed appropriate at each year level of mathematical learning due to a
great deal of in-class anecdotal record keeping and actual in-class use across
many classrooms and many schools. The tests are highly useful for diagnosing
student strengths and weaknesses. The weaknesses will show up as incorrect
student responses, thus highlighting gaps in their conceptual understandings
within test sections. If tested with early enough tests, these gaps can be
remediated more easily and more efficiently. If the gaps show up in tests which
are too hard for the student, then remediating will either be very complex or
will require testing using much earlier tests.

Although the tests are primarily criterion-referenced, they can be used to highlight age/year level functioning ability because they have been used for many years with wide ranges of students and classes of students, and the fact that they reflected a math curriculum that was very successful for more than two decades in SA. A Test/Age/Year level guide is provided to show what would be expected of students at various growth points/age/year levels. Although it is only a guide, it does group 3 or 4 tests per year level, so those tests assigned to an age/year level are much more relevant than any other test which might purport to categorize a student’s performance based on a single test for any one age, year level or range of ages or year levels. I stand firmly in my belief that you can not create a single test to adequately reflect what an average grade 3 child should know by the end of their grade 3 year for example. At the classroom level, given there are at least 3 or 4 tests per year level, any error of measurement for the tests would still be well within the true range in supporting the validity of the existing approximate Grade/Age/Test Guide. This would be particularly so if compared to other math tests which attempt to reduce a number of years of learning into a single test. All of the tests focus on essential/important skills. There is no hard and fast way in which teachers must guide their implementation. That is, new and changing technologies as well as terminology used in the National Curriculum can still be used to solve the problems in the Waddington tests. Teachers can use their own judgement in assessing how individual students have arrived at their responses and whether they have applied broader and/or newer learning techniques.

To give further example for how I would expect
teachers to be following up testing for students needing remediation or
individual planning, please find below some links to student workbooks that have
been constructed/modified to meet general student needs for the module numbers
shown. This shows how work can be created to meet not only the goals of the
tests, but other goals relevant to other planning measures which would take into
account current curriculum needs. For example, pages are put together using
ideas form various sources. Some pages have open ended tasks. Many examples rely
on students sourcing equipment/math aids from areas within the classroom (e.g.
measurement shelf stocked with different tape measures, rulers, scales, weights,
jugs etc..). Students should be given a variety of ‘math language’ just as we
should not expect all students to do long division if they find short division
easier or if you have a special student (such as a child with autism) who can do
their work on a touch screen device using a PDF editor but not on paper with a
pen. We want to give students the tools and abilities to work efficiently,
productively and creatively without expecting them to conform or be confined to
a single common denominator. I believe the Waddington Mathematics Module Tests
give students the core tools and abilities to do this and be successful.

**Student Workbooks**

Links to example teacher made support materials you may find useful :

http://www.wadd.com.au/files/Maths/StudentWorkbookModule01.pdf

http://www.wadd.com.au/files/Maths/StudentWorkbookModules05060708Revision.pdf
(useful for low performing beginning year 3 students)

http://www.wadd.com.au/files/Maths/StudentWorkbookModules0910Revision.pdf
(useful for average and higher performing beginning year 3 students)

http://www.wadd.com.au/files/Maths/StudentWorkbookModule19.pdf

http://www.wadd.com.au/files/Maths/StudentWorkbookModule20.pdf

http://www.wadd.com.au/files/Maths/StudentWorkbookModule21.pdf

http://www.wadd.com.au/files/Maths/StudentWorkbookModule22.pdf

http://www.wadd.com.au/files/Maths/StudentWorkbookModule23.pdf

http://www.wadd.com.au/files/Maths/StudentWorkbookModule24.pdf

http://www.wadd.com.au/files/Maths/StudentWorkbookModule25.pdf

http://www.wadd.com.au/files/Maths/StudentWorkbookModule26.pdf

http://www.wadd.com.au/files/Maths/StudentWorkbookModule27.pdf

Out of print support books. These versions have been edited to account for necessary updates/changes over the years :

http://www.wadd.com.au/files/Maths/StudentWorkbookModules01and02EditedRigby.pdf

http://www.wadd.com.au/files/Maths/StudentWorkbookModules03and04EditedRigby.pdf

http://www.wadd.com.au/files/Maths/StudentWorkbookModules05and06EditedRigby.pdf

http://www.wadd.com.au/files/Maths/StudentWorkbookModules07and08EditedRigby.pdf

http://www.wadd.com.au/files/Maths/StudentWorkbookModules09and10EditedRigby.pdf

http://www.wadd.com.au/files/Maths/StudentWorkbookModules11and12EditedRigby.pdf

http://www.wadd.com.au/files/Maths/StudentWorkbookModules13and14EditedRigby.pdf

http://www.wadd.com.au/files/Maths/StudentWorkbookModules15and16EditedRigby.pdf

http://www.wadd.com.au/files/Maths/StudentWorkbookModules17and18EditedRigby.pdf

The Waddington tests will provide important evidence of student achievement outside of
any particular curriculum. Would we ever want to base a child’s level of achievement
on one test or one method? I hope not. I am sure individual teachers will
construct their own tests based on the elements which they have drawn from any new curriculum and the national body may bring out group based tests for certain
year level growth points (although I would argue the diagnostic value of any
math tests diminishes greatly according to the number of years of skill
development it tries to cover). The Waddington Diagnostic Mathematics Module
Tests provide clear information about student acquisition of building block
skills, as well as more complex skills with the use of everyday examples and
heavy use of picture/product clues. The tests are of particular value in
identifying students with deficits within their mathematical learning whilst
assisting them to understand new concepts in a logical and well ordered fashion.

Should you require further information, or you simply want to discuss any of these points, please do not hesitate to contact me.

Neil Waddington

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