Performance of Special Education Students: Implications ...
NCEO Brief
January 2012
Number 5
A New Series of Briefs for the Race to the Top (RTTT) Assessment Consortia
Performance of
Special Education
Students:
Implications for Common
State Assessments
The performance of special education students on state assessments has
been the subject of much discussion and concern. A common belief is
that all special education students perform poorly on state assessments.
There are many misperceptions about the performance of students with
disabilities. It is important for the Race-to-the-Top Assessment Consortia
to recognize these misperceptions and their implications for common
assessments.
This Brief presents information on the range in performance of special
education students. It also highlights the changes in the performance of
this subgroup over time.
Performance Levels and Ranges
Historically, special education students, on average, have performed
below students without disabilities. Yet there is diversity in the
percentages of special education students performing at the proficient
and above levels among the Consortia states (see Figure 1).
In both the SMARTER Balanced Assessment Consortium (SBAC) and
the Partnership for Assessment of Readiness for College and Careers
(PARCC) Consortium, the percentage of special education students
scoring proficient and above varied from about 15% to more than 70%
across states.
Across all states within and outside of the consortia, there are clear
gaps between the performance of non-special education students and
special education students. Nevertheless, the extent of the gap varies
by state. Different levels of performance for special education students
are evident even in states that have similar percentages of non-special
education students who are proficient and above (see Figure 2).
The percentage of students who scored at a proficient or above level
hides the range of performance levels of special education students.
About this Brief
This Brief presents information on the performance of
special education students. It
highlights the range in performance of these students in
the PARCC and SBAC Consortia states, as well as the nature of gaps between special
education and non-special
education students. Changes
in the percentage of special
education students proficient
and above on state tests over
time are also provided. This
Brief provides concluding
thoughts about the performance of special education
students and suggestions
for steps that Consortia and
states might take to look at
their own data.
This and other Briefs in
this series address the
opportunities, resources, and
challenges that cross-state
collaborative assessment
efforts face as they include
students with disabilities
and English language
learners. Topics in this series
(e.g., accommodations,
participation) are intended to
support a dialogue grounded
in research-based evidence on
building inclusive assessment
systems. Each Brief provides
an overview and discussion
of issues, as well as insights
into potential next steps and
additional data needs for
Race-to-the Top Assessment
Consortia decision making.
National Center on Educational Outcomes
Figure 1. Rates of Special Education Students Proficient and Above on Grade 4 Reading
Assessments
PARCC
BOTH
SBAC
Source: 2008-09 assessment data for grade 4 state reading assessments submitted to the U.S. Department of Education. Rates of
students proficient are based on the number of students tested. The state membership in the Consortia reflected in this figure was
accurate as of December, 2011.
Figure 2. Percentage of Students Proficient on Elementary (Grade 4) Reading Assessments
in 2008-09
100
90
80
68
70
Percent Proficient
2
70 70 70
74 74 75
72 72 73
79 79
84 84
87 87 87 87
76
76
52 52
55
30 27
20 20
40
37
26
23
87
63
56
53
35
95
68
58
50 47
40
92
75
64
62 62 63
60
20
76 76 77 77
83
81 82
91
89 89 90 90
37
39
42
46 46
32 33
29
48
43
41
40 40
32
54
45
43
56 55
54
43
47
35
23
16
10
0
States
Legend: Heavy Solid Bar = Special education students¡¯ percent proficient. Diamond = Non-special education students. Line = Gap
Legend: Blue
Bar =education
Students with
disabilities
proficient
between
special
students
andpercent
non-special
education students. For some states the non-special education students comparison
Dashed Line = Gap between students with disabilities and regular students. For some states the ¡°regular students¡± comparison
group
may be all students, including those in special education.
group may include students with disabilities, because states report data differently.
Source: NCEO Technical Report 59 (see Resources).
Source: NCEO Technical Report 59 (see Resources).
NCEO Brief
Students earn scores that may be near to the
proficient cut or far from it. Figure 3 shows the
ranges in the performance of special education
students in one state, based on a more finegrained look at scores (i.e., deciles1). Notable is
the fact that special education students perform
at all performance levels, from the highest to the
lowest. Also notable is that although the largest
proportion of special education students is in the
lower performance decile, most of the students in
the lowest decile are students who are not in special
education. Similar distribution patterns have been
previously highlighted in other analyses2 as well as in
data from other states3.
Increasing Performance Over Time
The performance of special education students
is often thought to be persistently low. Yet state
assessment data, as shown in Figure 4, indicate that
Decile
Figure 3. Percentage of Special Education and General Education Students in Each Decile
on a Test in One State (Grade 4, Reading)
1
2
3
4
5
6
7
8
9
10
Non-Special Education
Special Education
0
20
40
60
80
100
Percentage
Source: Anonymous state¡¯s data for special education and non-special education students on the grade 4 reading assessment.
Figure 4. Average Changes in Performance of Special Education Students Over Time
(from 2002-03 through 2006-07)4
4
Figure 4. Average Changes in Performance of Special Education Students Over Time
Elementary
+ 14.6%
Middle School
High School
+ 14.1%
+ 11.3%
+ 9.5%
+ 7.3%
+ 5.1%
Reading
Math
Source:
Annual Annual
Performance
Report data submitted
to the submitted
U.S. Department
of Education
for grade 4, 8,
high
Source:
Performance
Report data
to the
U.S. Department
ofand
Education
for grade 4, 8, and high school reading
schoolassessments
reading assessments
in 2002-03
and2006-07.
2006-07.
in 2002-03
and
Students¡¯ scores are divided into ten groups of equal frequency.
In this Brief, Decile 1 represents the highest 10% percent of the
scores.
1
3
Marion, Gong, and Simpson (2006) described the overlap in
performance levels for special education students and non-special
education students in another state.
4
2
We examined ranges in three other states as well as the state
represented in Figure 2. All of the states showed similar overlap
in the range of performance of special education and non-special
education students.
The change across years was calculated for each of the states
that had data for 2002-03 and 2006-07 in grades 4, 8, and high
school. The average change was calculated for those states.
3
4
National Center on Educational Outcomes
the performance of the special education subgroup
is increasing over time. Increases are greater for
students in elementary school compared to middle
school, and greater for students in middle school
compared to high school.
Concluding Thoughts
Wide variation exists across states within each
Consortia in the percentage of special education
students who are proficient or above on their
state assessments. Although the Consortia will be
developing their own assessment systems, and in
doing so will set their own performance criteria, it
will be important for them to know where the states
in their Consortia are coming from in terms of the
performance of their students. This includes having
awareness of the performance levels of special
education students.
Although many special education students are low
performing, they are not the only low performing
students and are generally not the most prevalent
low performing students. It is important not to
forget that there are some very high performing
special education students. Further, special education
students, on average and in most states, have shown
increased levels of performance since 2002-03. The
Consortia and states within them should look at their
own data on the performance of special education
students, address whether changes in their own
content or achievement standards may have affected
change, and think through their own transition
needs as they move to the new assessments and the
new performance standards.
Resources
Meeting the Needs of Special Education
Students: Recommendations for the Race-to-theTop Consortia and States. (2011). Thurlow, M. L.,
Quenemoen, R. F., & Lazarus, S. S. Washington, DC:
Arabella.
Mining Achievement Data to Guide Policies and
Practices on Assessment Options (Teleconference).
Marion, S., Gong, B., Simpson, M.A. (2006).
Minneapolis: National Center on Educational
Outcomes. Available at:
nceo/Teleconferences/tele11/default.html.
2008-09 Publicly Reported Assessment Results
for Students with Disabilities and ELLs with
Disabilities (Technical Report 59). Thurlow, M.
L., Bremer, C., & Albus, D. (2011). Minneapolis,
MN: University of Minnesota, National Center on
Educational Outcomes.
NCEO Brief #5
January 2012
This Brief reflects many years of work
by all NCEO staff. Contributors to
the writing of this Brief were, listed
alphabetically, Kamarrie Davis, Sheryl Lazarus, and
Martha Thurlow.
NCEO Co-Principal Investigators are Martha Thurlow,
Sheryl Lazarus, and Rachel Quenemoen.
All rights reserved. Any or all portions of this document may be reproduced and distributed without prior
permission, provided the source is cited as:
NCEO. (2011, January). Performance of special education students: Implications for common state assessments (NCEO Brief #5). Minneapolis, MN: University of
Minnesota, National Center on Educational Outcomes.
NCEO Brief is published by the National Center on Educational Outcomes. The Center is supported through
a Cooperative Agreement (#H326G050007) with the
Research to Practice Division, Office of Special Education Programs, U.S. Department of Education. Opinions
expressed herein do not necessarily reflect those of the
U.S. Department of Education or Offices within it.
This document is available in alternative formats upon
request.
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