Department of Exceptional Student Education

Autism Spectrum Disorder (ASD) affects one out of every 68 children in the
United States. The disorder is characterized by persistent deficits in social
communication, social interaction, and restricted, repetitive patterns of behavior, interest, or activities that together limit and impair everyday functioning. Research has shown that the use of visual resources, such as video modeling procedures, can support individuals with ASD to acquire and maintain a variety of daily living skills leading to enhanced levels of independence.

Autism spectrum disorder (ASD) affects 1 in every 68 children. Individuals with ASD have deficits in social, communication and behavioral skills which put them at a higher risk of injury and death than their typically developing peers. Parking lots are environments that present a number of potentially dangerous situations. Pedestrian skills, due to reliance on subtle cues and quick problem solving, can be especially difficult for individuals with ASD to master. The present study used a multiple probe design across participants to examine the effectiveness of a video modeling intervention with in situ video prompting feedback to teach five individuals with ASD to safely navigate a parking lot. Results of the study revealed that all five participants rapidly acquired the targeted skills and the skills were maintained in the absence of the video intervention at one week and two week intervals. Suggestions for further applications of the intervention package and implications for safety instruction are also offered.

Individuals with Asperger’s Syndrome are entering institutions of higher education at an increasing rate. However, they may not be prepared to meet the academic and social demands of the postsecondary environment. Although studies have evaluated the impact of academic and social interventions for children and adolescents with Asperger’s Syndrome, little research has been conducted on the college population. The current study utilized a multiple baseline across participants design to evaluate the effectiveness of a writing learning strategy on the writing performance of three college students with Asperger’s Syndrome. Results indicated that the quality of the writing performance improved following strategy instruction. In addition, participants were able to generalize the use of the strategy to content specific writing tasks.

Autism is a disorder that affects children at an alarming rate. One out of every 88
children is diagnosed with autism in the United States. The disorder is characterized by
communication, social, and behavioral deficits. Children with autism often require
specialized teaching methods to learn basic skills that most children acquire without
specialized instruction. Relatively few studies have examined strategies for teaching
safety skills to individuals with autism. The current study utilized a multiple baseline
across participants’ design to evaluate whether a modeling and rehearsal strategy is
effective for teaching fire safety skills to children with autism between 4 and 5 years of
age. Results indicated that modeling and rehearsal were effective in teaching fire safety
skills, the skills generalized to novel settings, and maintained 5-weeks following the
completion of training. Implications for safety skill instruction and future research are
discussed.

High school biology classes traditionally follow a lecture format to disseminate content and new terminology. With the inclusive practices of No Child Left Behind, the Common Core State Standards, and end-of-course exam requirement for high school diplomas, classes include a large range of achievement levels and abilities. Teachers assume, often incorrectly, that students come to class prepared to listen and take notes. In a standard diploma, high school biology class in a separate school for students with emotional and behavioral disorders, five students participated in a single-subject, alternating treatment design study that compared the use of regular pens and digital pens to take notes during 21 lecture sessions. Behavior measures were threefold between the two interventions: (a) quantity of notes taken per minute during lectures, (b) quantity of notes or notations taken during review pauses, and (c) percent of correct responses on the daily comprehension quizzes. ... However, the differences were minor, and recommendations are made for specific training in note-taking, the pause strategy, and digital pen fluency which may produce different results for both note-taking and quiz scores.

In this study the effectiveness of WatchMinderTM, a vibrating prompt watch, was examined as a component of a self-monitoring intervention package to help students with autism increase on-task behavior during independent seatwork. A multitude of literature since the 1970s has suggested that self-monitoring interventions are integral in increasing task engagement. Tactile prompting devices are a new aspect of self-monitoring interventions, and the limited research has shown that these unobtrusive devices are effective for providing feedback to monitor their behavior. Self-graphing is another component of self-monitoring interventions that has received little attention in the literature. However, many studies recognize the importance for individuals to be active participants in their educational programs by analyzing progress and being a part of the decision making process. This study assessed the use of WatchMinder and self-graphing on the on-task behavior of four elementary students with autism in the special education setting.

Mathematics can be a difficult topic both to teach and to learn. Word problems specifically can be difficult for students with disabilities because they have to conceptualize what the problem is asking for, and they must perform the correct operation accurately. Current trends in mathematics instruction stem from the National Council of Teachers of Mathematics (NCTM) Principles and Standards for School Mathematics that call for an inquiry learning model (NCTM, 2000). Unfortunately, this model may not be sufficient to meet the needs of students with disabilities. Researchers are currently looking at what elements will assist students with disabilities to learn mathematics both conceptually and procedurally. Explicit direct instruction, modeling, guided and independent practice, and providing advanced organizers have been found to help students with disabilities to be successful. Results indicated that students with mild disabilities were able to use the strategy independently to accurately solve the training word problems using division or multiplication. Also, students were able to generalize both the strategy use as well as the word problem accuracy to the measurement of area problems. Additionally, two of the three students continued to use the strategy appropriately to accurately solve word problems in the 6-week follow-up phase. Suggestions for future studies are provided as well as educational implications.

Proficient reading is a necessary skill for a quality life. While educators would like to believe that most students master the art of reading and can understand what they read, national reports indicate that learning to read and becoming a skilled reader is not mastered by all (No Child Left Behind Act, 2001 ; NICHD, 2000a). One component of successful reading is the ability to read a text with appropriate speed, accuracy, and prosody. The National Assessment of Educational Progress (Pinnell et al., 1995) reported that 44% of the nation's fourth grade students were not able to read at an acceptable level of fluency that was considered necessary for comprehension. Since the publication of that report, research has shown that with direct instruction and remediation of fluency, students in the elementary grades can increase their reading rate. One of the most common fluency intervention techniques is repeated readings (Samuels,1979). However, most of the studies completed include ele mentary students and were focused on increasing their reading rate. Some students are arriving at the secondary level with reading problems which include fluency and comprehension. Therefore, the purpose of this study was to determine the effect of repeated readings on the rate, accuracy, and comprehension of students with disabilities at the secondary level. This study involved a total of 35 students with learning disabilities in grades 6-9. A quasi-experimental design was used for this study. The treatment group received a total of 20 sessions of repeated reading with immediate feedback., goal setting, and independent practice with graphing of reading rate. The comparison group continued their reading instruction with no fluency intervention.The results indicate that this combination of repeated readings had a significant influence on reading rate only.

The computer-based testing mode has received limited research as a task condition for elementary students as it relates to comprehension for both narrative and expository text. The majority of schools now use computer-based testing to measure students' progress for end of the year exams. Additionally, schools are also delivering state-wide assessments like the Florida Comprehension Assessment Test through computer-based testing instead of paper-pencil testing. There is little research to indicate whether computer-based assessments are an effective way to measure student progress. This study investigated the effects of an interactive computer-based reading strategy on student comprehension for both expository and narrative passages. The intervention evaluated students' percentage of learned strategy use and comprehension accuracy for expository computer-based passages. Additionally, the intervention measured whether students generalized the learned strategy when given a paper-pencil narrative passage and whether generalization of strategy use improved comprehension vi accuracy. This study used an A-B-A-B design across participants, with a follow-up phase. The results from the data showed that all students made significant increases in strategy use from baseline to follow-up. Additionally, all the students had an increase in comprehension accuracy from baseline to follow-up for both computer and paper-based passages. All students were able to generalize successfully the strategy use to narrative passages, and improved their comprehension accuracy of narrative passages. The effects of the study suggest the value of teaching students the interactive computer-based reading strategy for students who struggle with passage comprehension.

Intermediate elementary students (grades 4 and 5) frequently struggle to become scientifically literate in their general education classrooms. Scientific literacy includes knowing how to access and use information found in science texts. Unfortunately, many students struggle to read and understand science texts (Michalsky, Mevarech, & Haibi, 2009, p. 363). Fortunately, elementary students have shown improvement in reading comprehension when explicitly instructed in cognitive and metacognitive strategies to comprehend expository text in settings that support collaboration and flexible application of comprehension strategies, and have meaningful opportunities for reading and writing (Mastropieri & Scruggs, 2004; Palincsar & Klenk, 1992). A method that includes these components is reciprocal teaching (RT; National Reading Panel, 2000). RT has been used during content area instruction to increase reading comprehension skills of intermediate elementary students without disabilities in general education classrooms (King & Johnson, 1999; Lederer, 2000; Lubliner, 2004). These reading comprehension gains have been maintained by students on follow-up tests after the RT intervention has been withdrawn (Palincsar & Brown, 1984; Westera & Moore, 1995). This study examined the effects of RT on the science literacy of intermediate elementary students (grades 4-5) participating in inclusive science classes. Students with learning disabilities (SWLD), students at-risk (AR), and students in general education (GE) participated in this study. General education teachers used RT with science texts to improve science literacy. Pre/post science quizzes were used to assess the effects of the RT intervention, and post/follow-up tests assessed potential maintenance of the RT. s