2011
DOI: 10.1016/j.rasd.2010.09.012
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Teaching adolescents with autism to describe a problem and request assistance during simulated vocational tasks

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Cited by 36 publications
(32 citation statements)
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“…Consistent with previous research, findings demonstrate that students with ASD can learn to problem-solve (Agran et al, 2002;Bauminger, 2002;Bernard-Opitz et al, 2001). Findings also confirmed that providing students with multiple opportunities to complete problem-solving steps (Agran et al, 2002;Bernard-Opitz et al, 2001;Dotto-Fojut et al, 2011) is likely to improve skill performance. Overall, results suggest that embedding opportunities for problem solving within a functional curriculum improves students' independent performance on vocational tasks.…”
Section: Discussionsupporting
confidence: 62%
“…Consistent with previous research, findings demonstrate that students with ASD can learn to problem-solve (Agran et al, 2002;Bauminger, 2002;Bernard-Opitz et al, 2001). Findings also confirmed that providing students with multiple opportunities to complete problem-solving steps (Agran et al, 2002;Bernard-Opitz et al, 2001;Dotto-Fojut et al, 2011) is likely to improve skill performance. Overall, results suggest that embedding opportunities for problem solving within a functional curriculum improves students' independent performance on vocational tasks.…”
Section: Discussionsupporting
confidence: 62%
“…Similar to Dotto‐Fojut et al (), three categories of problems that can arise during vocational tasks were targeted: missing items, broken items, and mismatched items. To teach discrimination of problem versus nonproblem scenarios in each category, all tasks had a typical problem‐free scenario and a problem scenario.…”
Section: Methodsmentioning
confidence: 99%
“…Past problem‐solving research taught (a) adolescents with autism to approach an experimenter, describe a problem, and request assistance (Dotto‐Fojut, Reeve, Townsend, & Progar, ), (b) typically developing children to problem solve by stating rules or visual imagining to answer categorization questions (Kisamore, Carr, & LeBlanc, ; Sautter, LeBlanc, Jay, Goldsmith, & Carr, ), (c) individuals with intellectual disabilities to problem solve through common workplace problems via self‐instructions (Hughes, Hugo, & Blatt, ; Hughes & Rusch, ), (d) adolescents with intellectual disabilities rules for problem solving during social situations in the workplace (Park & Gaylord‐Ross, ), and (e) a child with autism analytical thinking skills for reading comprehension and math task completion (Ferris & Fabrizio, ). Several of the strategies evaluated to date involved complex vocal–verbal behavior (e.g., rules), which may be difficult for individuals with limited vocal–verbal skills to acquire, or did not teach skills for independent problem solving (e.g., Dotto‐Fojut et al, ). Thus, research is needed on other types of problem‐solving strategies.…”
mentioning
confidence: 99%
“…Covert audio coaching was used in two studies (Bennett et al 2013b, c) and involved the delivery of antecedent prompts and performance feedback delivered privately through a pair of twoway radios and headsets from a distance (Bennett et al 2013b). Two studies used a combination of instruction, modeling, performance cue systems, and time delay prompting with graduated guidance (Burke et al 2010;Dotto-Fojut et al 2011). Pennington et al (2014) (Alexander et al 2013;Allen et al 2010aAllen et al , 2012Robinson and Smith 2010).…”
Section: Impact Studiesmentioning
confidence: 99%