This study examined the impact of individualized teaching sessions on the reading, math, and self-efficacy of 10 students with special needs. Pre- and post-tests showed that students made improvements in reading comprehension, math skills, and sight word recognition after receiving 50 minutes of individualized instruction 4 days a week. Students also reported higher self-efficacy in reading and math. While the individualized sessions cannot be solely credited for the progress, they likely contributed to improved performance and self-perception.
2. Context
This study took place in a primary school in East
Northamptonshire, specifically for children with special
educational needs.
The school caters for children who have a range of
disabilities, from those with profound and multiple needs
to those with moderate learning difficulties.
The class in which the study was based consisted of 10 key
Stage 2 pupils, all of whom have moderate learning
difficulties including children with Autistic Spectrum
Disorder, Attention Deficit Hyperactivity Disorder, Global
Learning Delay and general learning difficulties.
3. Aims of the study
When the children within my class were not making
sufficient progress due to their poor retention skills, a
new programme of study was developed and utilised each
morning to rehearse and consolidate on reading and maths
skills.
The aim of this study was to determine effects of an
intervention which would not only enhance the children’s
maths and reading abilities, but also positively impact on
the children’s views of self-efficacy.
4. Research Design
Each programme of study consisted of two reading
exercises and a maths task completed independently and
set according to the level of the child.
The children completed their work for approximately 50
minutes for four mornings a week.
Reading and maths tests were issued before and after the
intervention to assess the impact the intervention had.
The children were interviewed using a semi-structured
format before and after the intervention to establish their
self-efficacy views.
5. Reading results
The results for the Salford Reading Tests (Bookbinder et al., 2000) in table and graph format
completed before and after the intervention.
Child First test result before
intervention.
Conducted 22/1/16
Second test result
after intervention.
Conducted 23/5/16
Progress made in
months
A 5 year 10 months 6 years 11 months 13 months
B 6 years 4 months 7 years 7 months 15 months
C 4 years 3 months 5 years 9 months
D 9 years 10 years 6 months 18 months
E 7 years 5 months 8 years 5 months 12 months
F 6 years 7 years 6 months 18 months
G 7 years 3 months 7 years 9 months 6 months
H 9 years 10 years 6 months 18 months
I 7 years 5 months 8 years 7 months
J 5 years 5 months 7 years 1 month 20 months
A line graph to show the Salford Reading
scores from September to May in months.
0
20
40
60
80
100
120
140
Sept test Jan test May test
Time of year
Months
Child A
Child B
Child C
Child D
Child E
Child F
Child G
Child H
Child I
Child J
6. The results of the Key Stage 1 2009 Reading Comprehension SATs paper in table
and graph format for the 7 children that completed it.
Child Test 1
Points
Feb
Test 1
Level
Feb
Test 2
Points
May
Level 2
Level
May
Points
Difference
Reading comprehension KS1 2009 paper.
B 6 N 17 2B 11
D 15 2B 27 2A 12
E 11 2C 27 2A 16
F 5 N 11 2C 6
G 13 2B 18 2B 5
H 16 2B 29 2A 13
I 17 2B 26 2A 9
0
5
10
15
20
25
30
Score
B D E F G H I
Child
2009 KS1 Reading paper scores for test 1 (February data) and test 2 (May
data)
Test 1
Test 2
7. The results of sight reading the top NLS 200 high frequency words in table
format for the 3 children that completed it.
Child Number of sight words consistently read
before intervention
Number of sight words consistently read
after intervention
A 34 74
C 12 26
J 27 61
8. Maths results
The results of the self-created four operations tests in table format
completed before and after the intervention.
Child First test result before
intervention.
Conducted 2/2/16
Second test result after
intervention.
Conducted 25/5/16
+ - x ÷ + - X ÷
A 9 3 0 0 18 11 11 10
B 8 13 4 2 20 14 13 14
D 9 5 0 0 19 12 16 16
E 8 11 1 0 20 14 14 14
F 10 8 1 0 20 14 10 7
G 5 7 0 0 13 9 6 5
9. The results of the self-created four operations tests in graph format completed before and
after the intervention.
0
20
A B D E F G
Scores
Child
Addition assessment results for test 1 and
test 2
Test 1
Test 2
0
5
10
A B D E F G
Scores
Child
Subtraction assessment results for test 1 and
test 2
Test 1
Test 2
10. The results of the two children who completed Level 3 maths SATs questions.
Child First test result before
intervention.
Conducted 2/2/16
Second test result after
intervention.
Conducted 25/5/16
Progress made in points
H 13 24 11
I 15 24 9
11. Self-efficacy interview results
Nine out of ten children felt they had improved in reading over
the year and one child was unsure.
When children were asked why they thought that had
improved, four sub-themes surfaced: practicing, reading (3
children), the individual programmes of study, (2 children),
moving up to the next level on their individual reading book, (3
children), and unsure why, including the child who was unsure if
they had improved or not (2 children).
All of the children in maths felt that they had improved or ‘got
better’ over the course of the year. Interestingly, half of the
children attributed this to the individual programmes of study.
12. Conclusions (1 of 2)
The results suggest that the individual programme of
studies had a positive impact on the reading, maths and
self-efficacy views of the children within the study.
When conducting research in any naturalistic
environment, it is a challenge to isolate variable and
therefore establishing their impacts is not clear (Kamil et
al., 2011), although the data produced in this study are
more ecologically sound than those produced in laboratory
settings.
In this study, the impact the intervention had on the
children’s reading progress was more apparent as all of
the reading took place was during the times of the
intervention and rarely during other lessons.
13. Conclusions (2 of 2)
Similarly, the maths tests conducted also revealed that
the children made good progress when comparing the
initial tests completed before and after the intervention.
However, trying to establish impact is significantly more
challenging when analysing the test scores as the maths
lessons that were taught throughout the year involved
many aspects of number and therefore the intervention
alone is unlikely to be solely responsible for the
improvement that children made.
Although the individual programmes of study cannot be
solely attributed to the children’s progress as a result of
the naturalistic environment the study took place in, it is
likely to have contributed to the progress the children
made and their improved self-perception.
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