The document discusses a study examining how different presentations of progress monitoring (PM) data influence educators' decisions during the Response to Intervention (RTI) process. The study used an experimental design to compare educators' likelihood of referring students for special education evaluations and confidence in decisions when PM data was presented in graph versus table formats. A survey was administered to educators in two school districts. Preliminary findings showed educators were less likely to refer responding students for evaluation when data was in graph form compared to tables. Confidence in decisions also varied based on the data presentation format. The document recommends further professional development on using PM data to make informed instructional decisions.
The presentation will highlight changing demands (from a sharp focus on access to concerns about throughput) and responses related to admission to higher education, and the research underpinning such responses. Beginning in the late 1980s, the paper traces the development of assessment procedures n the ‘dynamic’ testing tradition (responding to the need to test for ‘potential’ and widen access). The paper ends with a discussion of the National Benchmark Tests Project (responding the need to places students in appropriate curricula and improve throughput), focusing on the research and approaches underlying these tests as well as the findings and some implications both for schooling and higher education.
Presented by A/Prof. Nan Yeld & Robert Prince
Effects of Advance Organizers on Learning and Retention from a Fully Web-base...Baiyun Ch
The purpose of this study is to investigate the short-term and long-term effects of two kinds of advance organizers (AOs), a visual concept map and a text outline. The AOs were administered in a fully Web-based course in health care ethics. The outcome measures are students’ knowledge acquisition and application in two posttests.
This study was conducted through a post-test only control group design with a random assignment. The population of the study involved 166 college students who participated in this online class in their junior or senior year. The voluntary research participants were randomly assigned into the two treatment groups and one control group.
The treatment of AO was administered as an integral part of a one-week-long online module on the topic of patient-physician relationships. Students of the two treatment groups were presented with one of the two AOs, while the control group was instructed to proceed to textbook reading without an AO. Then, students were tested on the subject matter with two parallel posttests. Both posttests were composed of a multiple-choice question quiz and a set of scenario-based essay questions. The students took posttest I at the end of the instructional week, and posttest II four weeks after. A survey and interviews were also conducted to supplement the quantitative results with contextual information.
The findings do not demonstrate a statistically significant AO effect among the treatment groups and the control group. However, in agreement with the previous research, this study shows a positive but inconclusive benefit of using AOs for students’ short-term knowledge acquisition. The students using a concept map consistently obtained higher learning achievements than individuals using a text outline. More importantly, this study reiterated the proposition that students of lower-learning abilities benefit more from using an AO for online learning than those of higher-learning abilities.
The current study extends our knowledge on the use of AOs in fully Web-based educational environments. The results indicated that although AOs more often than not have small facilitative effects for learners, they are not equally effective for all learners in all learning situations. The incorporation of the instructional strategies, such as AOs, in Web-based courses and programs might benefit online learners, especially those students of lower verbal and analytical abilities, or of lower prior knowledge of the material-to-be-learned.
The presentation will highlight changing demands (from a sharp focus on access to concerns about throughput) and responses related to admission to higher education, and the research underpinning such responses. Beginning in the late 1980s, the paper traces the development of assessment procedures n the ‘dynamic’ testing tradition (responding to the need to test for ‘potential’ and widen access). The paper ends with a discussion of the National Benchmark Tests Project (responding the need to places students in appropriate curricula and improve throughput), focusing on the research and approaches underlying these tests as well as the findings and some implications both for schooling and higher education.
Presented by A/Prof. Nan Yeld & Robert Prince
Effects of Advance Organizers on Learning and Retention from a Fully Web-base...Baiyun Ch
The purpose of this study is to investigate the short-term and long-term effects of two kinds of advance organizers (AOs), a visual concept map and a text outline. The AOs were administered in a fully Web-based course in health care ethics. The outcome measures are students’ knowledge acquisition and application in two posttests.
This study was conducted through a post-test only control group design with a random assignment. The population of the study involved 166 college students who participated in this online class in their junior or senior year. The voluntary research participants were randomly assigned into the two treatment groups and one control group.
The treatment of AO was administered as an integral part of a one-week-long online module on the topic of patient-physician relationships. Students of the two treatment groups were presented with one of the two AOs, while the control group was instructed to proceed to textbook reading without an AO. Then, students were tested on the subject matter with two parallel posttests. Both posttests were composed of a multiple-choice question quiz and a set of scenario-based essay questions. The students took posttest I at the end of the instructional week, and posttest II four weeks after. A survey and interviews were also conducted to supplement the quantitative results with contextual information.
The findings do not demonstrate a statistically significant AO effect among the treatment groups and the control group. However, in agreement with the previous research, this study shows a positive but inconclusive benefit of using AOs for students’ short-term knowledge acquisition. The students using a concept map consistently obtained higher learning achievements than individuals using a text outline. More importantly, this study reiterated the proposition that students of lower-learning abilities benefit more from using an AO for online learning than those of higher-learning abilities.
The current study extends our knowledge on the use of AOs in fully Web-based educational environments. The results indicated that although AOs more often than not have small facilitative effects for learners, they are not equally effective for all learners in all learning situations. The incorporation of the instructional strategies, such as AOs, in Web-based courses and programs might benefit online learners, especially those students of lower verbal and analytical abilities, or of lower prior knowledge of the material-to-be-learned.
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Today the more and more rapid development of the ICT contributes to the increasing abilities of the mobile devices (cell phones, smart phones, PDAs, laptops) and wireless communications, which are the main parts of the mobile learning. On the other hand for the implementation of mobile learning it is necessary to use a corresponding system for the management of such type of education. Mobile learning through the use of wireless mobile technology allows anyone to access information and learning materials from anywhere and at anytime. As a result, learners have control of when they want to learn and from which location they want to learn. The main aim of the study is to assess the mobile learning activities among post graduate students in Viruudhunagar district. Survey method is employed for this study. The investigator has chosen 200 post graduate students for the study. Finally the investigator concludes; (a) There is no significant difference in mobile learning activities among the postgraduate students with respect to their course in terms (b) There is no significant difference in mobile learning activities among the postgraduate students with respect to their Father’s Educational Qualifications. Etc
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Learning inequalities during Covid-19: how did families cope with home-school...Christian Bokhove
This presentation was part of a Scottish Government Evidence into Policy Event, featuring data used from the Understanding Society dataset. It took place on the 5th of November.
Ponencia del profesor Victor Lavy (Universidad hebrea de Jerusalem): Expanding School Resources and Increasing Time on Task: Effects of a Policy Experiment in Israel on Student Academic Achievement and Behaviour
ASSESSMENT OF MOBILE LEARNING ACTIVITIES AMONG POST GRADUATE STUDENTSThiyagu K
Today the more and more rapid development of the ICT contributes to the increasing abilities of the mobile devices (cell phones, smart phones, PDAs, laptops) and wireless communications, which are the main parts of the mobile learning. On the other hand for the implementation of mobile learning it is necessary to use a corresponding system for the management of such type of education. Mobile learning through the use of wireless mobile technology allows anyone to access information and learning materials from anywhere and at anytime. As a result, learners have control of when they want to learn and from which location they want to learn. The main aim of the study is to assess the mobile learning activities among post graduate students in Viruudhunagar district. Survey method is employed for this study. The investigator has chosen 200 post graduate students for the study. Finally the investigator concludes; (a) There is no significant difference in mobile learning activities among the postgraduate students with respect to their course in terms (b) There is no significant difference in mobile learning activities among the postgraduate students with respect to their Father’s Educational Qualifications. Etc
Effects of Strategic Intervention Material on the Academic Achievements in Ch...neoyen
Chosen as the Best Thesis for Masters Degree batch 2012
Thesis on Effects of Strategic Intervention Material on the Academic Achievements in Chemistry of Public High School
Occe2018: Student experiences with a bring your own laptop e-Exam system in p...mathewhillier
This study investigated student's perceptions of a bring-your-own (BYO) laptop based e-Exam system used in trials conducted at an Australian Pre-University college in 2016 and 2017. The trials were conducted in two different subjects, in Geography and Globalisation. Data was gathered using pre-post surveys (n = 128) that comprised qualitative comments and Likert items. Student's perceptions were gathered relating to the ease of use of the e-Exam system, technical reliability, suitability of the assessment task to computerisation and the logistical aspects of the exam process. Many of the typists were taking a computerised supervised test for the first time. A divergence of opinions between those that typed and those that hand-wrote regarding student's future use intentions became more prominent following the exam event.
Presentation is made by the student of M.phil Jameel Ahmed Qureshi Faculty of Education Elsa Kazi campus Hyderabad UoS Jamshoron, This presentation is an assignment assign by the Dr. Mumtaz Khwaja
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The Influence of Progress: Monitoring Data Presentations on Educator's’ Decision Making During the RTI Process
1. THE INFLUENCE OF PROGRESS
MONITORING DATA
PRESENTATIONS ON
EDUCATORS’ DECISION MAKING
DURING THE RTI PROCESS
Dr. Anthony D. Mercado
2. INTRODUCTION
Individuals with Disabilities Education
Act (IDEA) 2004
Free and Appropriate Public
Education
Least Restrictive Environment
(LRE)
Interventions required before
referral for Special Education
evaluation.
2
3. BACKGROUND TO THE
PROBLEM
Tier III
PM 1x/week
Tier II
PM 2x/month
Tier I
PM 1x/3months
Multi-Tiered Systems of Support (MTSS)
3
5. PROBLEM STATEMENT
The study will address the
problems associated with
decision-making when using
different forms of PM data (e.g.
graph or table) when making a
referral for a special education
evaluation.
5
6. PURPOSE OF THE
RESEARCH
The Purpose:
To examine the decision making of
educators when given different
presentations of PM data.
Why is this important?
How we present PM data will lead to:
Better decision making
Improved student achievement
Enhanced instructional practices
6
7. RESEARCH QUESTIONS
How do different presentations of PM data
influence educators’ decisions to refer
students for a special education
evaluation?
How do the different presentations of PM
data influence educators’confidence in
their referral decision?
7
8. LITERATURE
HISTORICAL CONTEXT
IDEA 2004 - RTI for SLD Eligibility
Use of MTSS for decision making
THEORETICAL FOUNDATION (Sansosti and Noltemeyer,
2008)
Change Paradigm (3 Step Process)
① Evaluation of need
② Developing a plan
③ Implementation, evaluation, and future
planning
8
9. CONCEPTUAL FRAMEWORK
Educators
Perceptions
of RTI
Process
Importance of
Progress
Monitoring
(Graphs vs.
Tables)
Informed
Instruction
Student
Learning
Improved
Instructional
Practice
Improved
Academic
Achievement
Data Driven
Decision
Making
Implementati
on of RTI
Educators
Perceptions
9
12. SETTING
Public School District (ORANGE)
Enrollment – 9,503
43% Latino; 38% Asian
11% in Special Ed.
Public School District (LOS ANGELES)
Enrollment – 18,960
80% Latino; 9% White
13% in Special Ed.
12
Dataquest, California Department of Education, 2015
13. POPULATION
Gen. Ed. Teachers
Sp. Ed. Teachers
School
Psychologists
Speech
Pathologists
School
Administrators
School Counselors
13
14. DATA COLLECTION
Web-based survey using Qualtrics
Emails provided by two districts
Delivered via email to participants
Voluntary participation
10-15 minute survey
Open to participants 4 weeks
14
15. DEMOGRAPHICS
Gender
Age
Race/Ethnicity
County of
employment
Current Position
Years of experience
Grade level
assigned
Level of Exposure
RTI
SST
Baselines
Trend lines
PM Tables
PM Graphs
15
16. VIGNETTES
PRESENTATION OF VIGNETTES TO PARTICIPANTS
Description of Student Scenarios
Student Table (a) Graph (b)
1 (Responder) Student A (1a) Student D (1b)
2 (Non-Responder) Student E (2a) Student B (2b)
3 (Responder) Student C (3a) Student F (3b)
16
17. Student 1 Vignette
17
Grade: 2nd
Tier of Intervention: Tier II
Student A is in the second grade at an Elementary School. Student has had good
attendance from Kindergarten through second grade. Work habits, homework
completion and effort have been reported as satisfactory. Vision and hearing screenings
conducted by school personnel are within normal limits. There are no health concerns
that have been reported by the student’s parent that would negatively impact educational
progress. Student has average levels of family support based on teacher report and
consistent parent conference attendance. Report card comments indicate that Student A
appears to have average abilities, but exhibits low achievement in oral reading fluency.
Student A has been participating in an RTI Tier II intensive oral reading fluency
intervention program since the beginning of the second grade year. The frequency of
intervention delivery is one time a day for 30 minutes. The progress made has been
monitored and documented in the (table or graph) below. It is recorded twice a month in
equal intervals. The last recorded data was at Student A’s Second Grade Middle
Benchmark period.
Review the data below and answer the questions that follow:
20. VIGNETTE QUESTIONS
Two closed ended questions
1. What is the likelihood of you
referring this student for special
education?
Not Likely (1) to Very Likely (6)
2. How confident are you in your
decision?
Not Confident (1) to Very Confident (7).
20
21. DATA ANALYSIS
Descriptive statistics
Participant demographics
T-Test
Paired Sample
Multiple Regression
Y (Likelihood to Refer) = b0 + b1(Ethnicity) +
b2 (Experience) + b3 (Position) + b4
(Gender)+b5 (County) +b6 (Exposure to PM
Table/Graph)
21
Yi = b0 +b1X1 +b2 X2 +e
23. Participant Data by Job Title, County, and
Gender
23
Job Titles N %
General Education Teacher 113 48.9
Special Education Teacher 45 19.5
Site Administrator 27 11.7
Speech/Language Pathologist 13 5.6
School Psychologist 14 6.1
Counselor 6 2.6
Others 13 5.6
Total 231 100
County N %
OC 58 25.1
LAC 173 74.9
Total 231 100
Gender N %
Male 56 24.2
Female 175 75.8
Total 231 100
24. Participant Data by Years of Work
Experience, Age Ranges, and Ethnicity
24
Years of Work Experience N %
0-5 18 7.8
6-10 32 13.9
11-15 41 17.7
16-20 66 28.6
21-25 30 13.0
26-30 25 10.8
31+ 19 8.2
Total 231 100
Age Ranges N %
20-25 3 1.3
26-30 10 4.3
31-35 27 11.7
36-40 30 13.0
41-45 44 19.0
46-50 38 16.5
51+ 79 34.2
Total 231 100
Ethnicity N %
Asian or Asian-American 33 14.3
Mexican/Hispanic/Latino/Chicano 48 20.8
Black or African-American 7 3.0
American Indian/Alaskan Native 2 0.9
White 129 55.8
Native Hawaiian/Other Pacific
Islander
1 0.4
Multiethnic/Multiracial 10 4.3
Other 1 0.4
Total 231 100
25. Participant Data by Level of
Exposure25
RTI N %
No Exposure 20 8.7
Minimal 48 20.8
Moderate 90 39.0
Frequent 73 31.6
Total 231 100
SST N %
No Exposure 21 9.1
Minimal 37 16.0
Moderate 80 34.6
Frequent 93 40.3
Total 231 100
Baselines N %
No Exposure 49 21.2
Minimal 54 23.4
Moderate 55 23.8
Frequent 73 31.6
Total 231 100
26. Participant Data by Level of Exposure
26
Goal Lines N %
No Exposure 60 26.0
Minimal 61 26.4
Moderate 54 23.4
Frequent 56 24.2
Total 231 100
Trend Lines N %
No Exposure 92 39.8
Minimal 82 35.5
Moderate 39 16.9
Frequent 18 7.8
Total 231 100
PM Tables N %
No Exposure 55 23.8
Minimal 64 27.7
Moderate 69 29.9
Frequent 43 18.6
Total 231 100
PM Graphs N %
No Exposure 54 23.4
Minimal 70 30.3
Moderate 68 29.4
Frequent 39 16.9
Total 231 100
27. RESEARCH QUESTIONS
How do different presentations of PM data
influence educators’ decisions to refer
students for a special education
evaluation?
How do the different presentations of PM
data influence educators’confidence in
their referral decision?
27
28. Likelihood of Referring the Student for
Special Education Evaluation.
28
Students Mean SD t p
Student 1 (Responder) 3.26 .001
Table 2.99 1.44
Graph 2.65 1.37
Student 2 (Non-Responder) -0.28 .783
Table 3.81 1.42
Graph 3.84 1.42
Student 3 (Responder) 4.48 .000
Table 3.95 1.45
Graph 3.47 1.57
29. Confidence in Referring the Student
for a Special Education Evaluation
29
Students Mean SD t p
Student 1 -3.71 .000
Table 5.04 1.49
Graph 5.36 1.36
Student 2 1.53 .127
Table 5.16 1.29
Graph 5.03 1.43
Student 3 -0.64 .522
Table 5.26 1.27
Graph 5.30 1.31
30. 30
MAJOR FINDINGS
1. Participants were less likely to refer
responding students when
presented with a graph form of PM
data.
1. No differences were found between
participants’ decisions for non-
responders.
31. MAJOR FINDINGS
3. Confidence of educators varied
across conditions
4. Exposure to PM tables or graphs
and gender slightly predicted
decision making.
31
35. RECOMMENDATIONS
Implementing the use of PM graphs
Establishing a data driven culture
Professional Development of PM
Exposure to Trend lines
Comprehension of Data Visualization
35
Evaluation of
need
Developing a
plan
Implementation,
Evaluation, and
Future Planning
36. RECOMMENDATIONS
Professional Learning Communities for
Sustainability
Individual Learning
Shared Learning
Embedded Learning through Policy
36
Evaluation of
need
Developing a
plan
Implementation,
Evaluation, and
Future Planning
38. REFERENCES
38
DataQuest (CA Dept of Education). (n.d.). Retrieved June 19, 2015, from
http;//data1.cdu.ca.gov/dataquest/
DIBELS Next Benchmark Goals and Composite Scores. (2010, December 1).
Retrieved April 22, 2015, from https://dibels.org/dibelsnext.html
Hagan-Burke, S., & Jefferson, G. L. (2002). Using data to promote academic benefit for
included students with mild disabilities. Preventing School Failure: Alternative Education
for Children and Youth, 46(3), 112-118. doi:10.1080/10459880209603355
Panero, N.S., & Talbert, J.E., (2013). Strategic Inquiry: Starting small for big results in
education. Cambridge, MA: Harvard Education Press.
Paniello, R., Neely, J., Rich, J., Slattery, E., & Voelker, C. (2011). Practical guide to
choosing an appropriate data display. Otolaryngology–Head and Neck Surgery, 145(6),
886-894. doi:10.1177/019459981142360
Kavale, K., & Spaulding, L. (2008). Is response to intervention good policy for specific
learning disability?. Learning Disabilities Research & Practice, 23(4), 169-179.
Martinez, R., & Young, A. (2011). Response to intervention: how is it practiced and
perceived?. International Journal of Special Education, 26(1), 44-52
39. REFERENCES
Powers, K. , Hagans, K. , & Busse, R. (2008). School psychologists as instructional
consultants in a response-to-intervention model. California School Psychologist, 13,
41-53.
Sansosti, F. J., & Noltemeyer, A. (2008). Viewing response-to-intervention through an
educational change paradigm: what can we learn?. The California School
Psychologist, 13(1), 55-66.
Stecker, P. M., Fuchs, L. S., & Fuchs, D. (2005). Using curriculum-based
measurement to improve student achievement: Review of research. Psychology in
the Schools, 42(8), 795-819
Sugai, G., & Horner, R. (2009). Responsiveness-to-intervention and school-wide
positive behavior supports: Integration of multi-tiered system
approaches. Exceptionality: A Special Education Journal 17(4), 223-237. doi:
10.1080/09362830903235375
Wilcox, K. A., Murakami-Ramalho, E., & Urick, A. (2013). Just-in-time pedagogy:
Teachers' perspectives on the response to intervention framework. Journal of
Research in Reading, 36(1), 75-95.
Zirkel, P. A., & Thomas, L. B. (2010). State laws for RTI: An updated
snapshot. Teaching Exceptional Children, 42(3), 56-63.
39
Transition sentence: School districts have implemented plans to assist in providing interventions for students prior to a referral for special education evaluation.
Talk about MTSS
MTSS is RTI?
RTI process is beginning to be embedded within an SST process.
Have fake student in mind while presenting (Oral Reading Fluency intervention)
Tier 1 is universal screener
Tier 2
Tier 3 replacement curriculum
Talk about a personal experience as a school psychologist. Had the opportunity to use a graph and it was well accepted by professionals and appeared easier for them to determine if a student is making adequate progress towards benchmarks or intervention goals.
In my district the process is typically used as a process to special education rather than a tool to target instruction and learning.
Describe
Response to Intervention (RTI)
Progress monitoring (PM) of students achievement is a necessary component within the RTI process
Used to ensure that targeted interventions improve academic outcomes for students (Fuchs & Deshler, 2007)
AS YOU MOVE THROUGH EACH TIER PM Is more vital.
Student Success Team (SST) process includes multiple team members
As a student moves through the tiers Several meetings have occurred where data is presented.
When looking at the data even trained educators have difficulty interpreting the data to make a decision to refer.
Describe who is on the team
Data is used to demonstrate that a student is having difficulty and not to predict if it is a good referral for special education.
Progress monitoring in SST decision-making
Teacher understanding and use
Interventions, instructional practices
In most school district the major emphasis is on reading, thus the within my dissertation Oral Reading Fluency will be used
Decision making occurs daily in education and understanding data is important in order to make educated decisions for students.
School administrators should target professional development opportunities around assisting teachers to understand and interpret data in order to make data driven decision during the RTI and SST process. This becomes vital when making decisions regarding a referral for students for special education assessment.
Transition: Data is presented in different ways. Numerical, graphical,
Say this slide SLOWLY!
This study will address the problem related to the special education referral process and decision-making when using PM data to make special education referrals for evaluation. (Powers et. al, 2008; Knoteck, 2007).
Refer to background of problem…. As discussed in the background …
teachers perceive their knowledge of PM and data-based decision making during the RTI process as weak (Martinez & Young, 2011).
We want to make the best decision possible because we are making decisions about students education and lives.
HISTORICAL - Summarize – reiterate History
Theoretical Foundation – will guide in the use and interpretation of the results of the research study. I used data from my study to develop an professional development plan or professional learning plan for educational leaders to create change in the way we present data in during the RTI or SST process.
Educational leaders will be able to address gaps in professional development
RTI process
The study will assist in the understanding of educators’ decision making when given different PM data presentations during the RTI or SST processes.
Use of progress monitoring to guide instructional practices, and decision-making.
Awareness of the importance of PM data to
Improve teaching practices
Increase student learning
Produce accurate referrals for special education.
Educators’ Perceptions of RTI
Allows for Consulting and collaborating as a multidisciplinary team.
Progress monitoring (PM) is the key component when implementing an RTI program.
Targeted instruction
Differentiating instruction for struggling students
Implementation of RTI
Under-developed PM and CBM knowledge.
Professional Development (PD)
Decrease in anxiety
Increase fidelity of intervention.
Importance of Progress Monitoring (PM) in RTI
Informs effectiveness of;
Instruction
Intervention
Used for
Adjusting academic interventions to meet the academic needs of students
Relationship between RTI and CCSS
ELA strand - using PM focusing on reading fluency
Teachers improved instruction when using PM strategies
Importance of Progress Monitoring (PM) in RTI
Informs instruction and intervention strategies effectiveness.
Effective teachers when implementing RTI and PM
Used for adjusting and changing academic interventions as they relate to data to increases student academic achievement
When used for decision-making, students achieve more, teacher decision making improves
Students are informed about their academic performance.
CBM – focus on progress towards a goal
Use of trend-lines and baselines are used to make decisions about instruction, intervention, and adequate progress.
Quant Study - to investigate the relationships among variables (Cresswell, 2009)
Experimental Design (Within subject and within group)
- Manipulating the condition in which the subject is exposed to. If exposed to the graph and table then it wont be experimental. This makes it binary because it is A or B
- In this study it is the same subject that is exposed to the graph and table. And this is how we measure the outcome
In this study it’s the same subject that is exposed to
Majority under the category of SLD. Latinos are largely represented in the category of SLD.
.25 was determined to be the minimum detectable effect size needed to produce an educationally relevant significance at the .05 level. 310 participants are needed to detect an effect size 80% of the time.
.80% of the time.
Explain which students would actually be good referrals for an evaluation
Student set 1 and 3 are not good referrals
student 2 does not show progress and is a good referral
Why does confidence matter?
It matters because often times the referrals for special education are teacher driven and thus it requires that teachers understand the data they are presenting. A teacher who understands the data will be more confident in their referral and thus lead to better referrals. The teacher will also be able to better advocate for the child they are referring because they will be able to use the data they gather to make their case for an evaluation.
Dependent sample – differences within subjects
A paired sample t-test was conducted to compare the likelihood of the participant to refer a student for a special education evaluation when given different presentations (i.e. table or graph) of the same student data.
Multiple regression – differences between groups; controlling for covariates (i.e., exposure to RTI, progress monitoring)
Model for Multiple Regression
Outcome likelihood to refer and confidence
Beta 1 graph vs. table
Beta 2 ( other demographics)
Place the equation on there.
The predictor is thought to cause or influence the outcome in some meaningful way.
Yi - Likelihood to Refer (Outcome)
b0 - Value of Y when X = 0
b1 – Slope Direction/Strength of Relationship for X1 (Graph Vs. Table) (Predictor)
b2 – Slope for X2 (Years of Experience)
εi - Error (everything not explained by this equation)
Changes: Y (Likelihood to Refer) = b0 + b1(Graph) + b2 (Experience) + b3 (Grade) + b4 (Title)
Although exposure seems to be evenly divided among goal lines, pm graphs and tables, 75% of participants indicated that they had minimal to no exposure to trendlines. The indicator as to whether the student is making adequate progress.
We want to make the best decision possible because we are making decisions about students education and lives.
On average, participants were significantly more likely to refer Student 1 and 3 (responders) for a special education evaluation when presented with a table representation of their PM data than when presented with a graphical representation of PM data.
there were no differences found between participant responses when presented with Student 2 (non responder) PM data for both table and graph.
Best interest of the student.
Student 1 - Participants were less confident in their decision when presented with a table (M=5.04; SD = 1.49) of PM data, than when presented with a graph (M = 5.36; SD = 1.36) of the same student PM data.
participants were more confident in their decision for Student 1 when they were presented with a graph than a table of PM data.
Student 2 and 3 - Participants’ confidence in their decision for Student 3 indicated no significant differences
Whats the implications; this suggests that students who are responding to interventions this will have an impact however,
when presented with a table or graph of student data when controlling for gender, county, job title, experience, and ethnicity.
Females were more likely to refer students
Tables and Graphs
Responder and Non-Responder.
Exposure to PM data forms were significant predictors in educators’ likelihood of referring in most responder conditions
A simple concept revisited
Sometimes we need to go back to the basics
Progress monitoring is a major component to MTSS
Graphs make turn complexity into simplexity (Fullen
, Sansasti and Notlemeyer (2008) recommended that educators assess the degree in which a barrier is manifesting within an organization.
First, an evaluation of the need to understand the decision making process is connected to the current findings.
Second, recommendations on how developing a plan focused on professional development can prepare an organization for implementation of graphical representations of data for decision making. A delineation of how the implementation, evaluation and future planning can be approached through continuous professional learning to sustain change.
Lastly, limitations and future research are examined.
Presenting PM data in the form of a graph is considered a best practice when demonstrating a student’s response to interventions and/or instruction (Stecker, Fuchs, Fuchs, 2008).
The current study added to the research by showing that the presentation method of PM data (i.e., graph or table) did influence decision making. SO WHY ARE WE NOT USING THEM!!!
Implications for Students
Important decisions such as a referral for special education evaluation can potentially affect a student’s educational career (Parker, Vannest, Davis, Clemens, 2012).
special education placement can limit opportunities to socialize with peers during general education activities (Parker, Vannest, Davis, Clemens, 2012; Hagan-Burke & Jefferson, 2002).
However, if presented with a graphical presentation, with a goal line and trend line, the teacher can then see if the student progress is on an upward trend and above or even with the targeted goal line (Christ et al., 2012; Stecker et al., 2005).
using quantitative data in the form of a graph to show trends is recommended to support decision making (Christ et al., 2012; Stecker et al., 2005).
professional development in the area of understanding the importance of graphing PM data to display student progress with the use of a trend line to make equitable and fair decisions for students
Exposure to PM Graphs vs. Tables
when participants were exposed to progress monitoring tables and graphs it slightly predicted participant’s likelihood of referring one of the “responding” students when presented with both a graph and table of PM data.
Participants were more likely to refer a student for special education evaluation when graphical PM presentations were shown for non-responders and less likely to refer when students were responders. These findings support previous research that promotes the use of visual graphs to present PM data to make decisions (Parker, Vannest, Davis, & Clemens, 2012).
Educators’ need for continued professional development (PD) in the area of using PM graphs for the purpose of making informed decisions.
What should the PD include?
Mautone and Mayor (2007) - amount of exposure to graphs was not a predictor of graphical comprehension, instead signaling and integrating prior knowledge to concrete graphical organizers lead to more comprehension and meaningful understanding of the graph’s content. Strategic professional development within schools focused on the comprehension of graphical data should be considered.
Educators need to understand basic components of a PM graph (i.e., goal line, trend line, phase line) and how to make a decision based on the visual information.
Gender Differences
Female participants made up 76% of the sample population.
Females have been found to be comprehensive processors and take objective and subjective information into account before making decisions, while males prefer tangible attributes rather than intangible attributes when making decisions (Darley & Smith, 1995).
Females - When risk is low for decisions females did not favor objective or subjective decisions; risk is moderate then objective information was more favorable (Darley & Smith, 1995)
Males – Males did not change in processig of information in low or moderate risk decisions
Technology competence is needed for producing graphs; Females viewed themselves as less proficient than men in using computers (Durndell & Haa, 2002).
Confidence in Referral
educators who do not understand the RTI process experience lower levels of confidence in their abilities to monitor student progress in order to make a referral for special education (Wilcox et al., 2013).
on average, level of confidence was higher when presented with a graph than with a table for responder students.
Implementation of a practice such as PM data interpretation could take up to 2-5 years to see results (Fixsen, Blasé, Naoom, & Wallace, 2009)
When creating a plan one must consider
Establishing a data driven culture
Professional development and on going professional learning of PM data.
When investigating a trend of progress, a line graph should be used to improve the viewer’s interpretation (Mayer & Hegarty, 1999).
Mauton and Mayer (2007) -signaling and concrete graphic organizers can be used to support the cognitive processing of information to produce relational or causal thinking (Mauton & Mayer, 2007).
Signaling is described as headings, summaries, outlines, and pointer words used as a priming strategies. Signals such as trend lines, goal lines, phase lines, and axis guide the viewer into an organized cognitive process (Mauton & Mayer, 2007) to aide them in comprehension of a graph.
Concrete graphic organizers are intended to help learners integrate prior knowledge with the information that is being presented to them in the graph.
providing teachers with a decision plan and a presentation of student data in the form of a graph with a trend line can allow teachers the ability to describe what the graph entails and explain what is happening in the graph of student data
Transition- The plan for Professional development around Implementing the use of PM graphs alone is not enough, it must reinforced with continuous learning that is meaningful and authentic. PLC’s
What are PLC’s?
PLC’s are the process in which educators can gather and discuss the needs of students and teachers (Dufour, Dufour, Eaker, & Many, 2006) to foster individual learning, promote shared learning, and create policy change in how we present PM data
Start small to go big
Individual learning
peer support can be available in order to build graphical comprehension within the individual.
The PLC provides a chance for individuals to grow professionally by reflecting on their own practice (Rodgers, 2002)
Shared Learning
Communication between general education and special education practitioners will be essential to support students in the RTI process.
Robinson and Buly (2007), collaboration between special education and general education has not been successfully modeled, mainly due to differences in pedagogical language.
collaboration and development of collegiality in a multidisciplinary fashion, allows for the development of new ideas when moving away from the status quo of not using PM graphs. Noss, Baker, Hoyles, and Kent, (2007) found that the division of labor and knowledge assist in improved use of graphs as tools to improve performance in factory workers.
Embedded learning
MTSS policy – academic and behavioral now moving into school policy
The use of PM data in the form of a graphical presentation influences decision-making. This has implications for further accountability policy within the general education community to use a graphical presentation of PM data to make informed decisions.
California’s new accountability system focuses on formative assessment and professional responsibility to provide students with the “best possible educational experience.” (Darling-Hammond & Plank, 2015, p. 10).
Based on the current findings, graphing PM strategies will assist in the analysis of formative data that is expected to be used by educators to monitor instructional practices and student learning.
A simple concept revisited
Sometimes we need to go back to the basics
Progress monitoring is a major component to MTSS
Graphs make turn complexity into simplexity (Fullen