Educational Therapy Flashcards

According to the Association of Educational Therapists (AET), which of the following MOST precisely distinguishes educational therapy from specialized academic tutoring?

Answer: Educational therapy integrates remediation of academic skills with attention to the affective and process dimensions of the student's relationship with learning

The AET definition of educational therapy explicitly encompasses both the cognitive/academic remediation component AND the affective dimension — including the student's self-concept, emotional responses to learning failure, and the therapeutic relationship itself. Tutors address skill gaps; educational therapists address the whole learner. The other options describe restrictions or features that are not part of the AET's defining criteria.

A 10-year-old student demonstrates age-appropriate phonemic awareness and phonics decoding skills on standardized measures but continues to read text with markedly impaired fluency despite 6 months of structured literacy intervention. Rapid Automatized Naming (RAN) scores fall at the 4th percentile. Which interpretation of these findings is MOST theoretically grounded?

Answer: The impaired RAN score identifies a deficit in lexical access speed that is partially independent of phonological processing, consistent with a double-deficit profile that predicts fluency difficulty even when decoding accuracy is intact

Maryanne Wolf's double-deficit hypothesis identifies two partially independent core deficits in dyslexia: phonological awareness deficits and naming speed (RAN) deficits. Students with intact phonological skills but impaired RAN show a 'single deficit' in lexical access speed, which specifically predicts fluency failure independent of decoding accuracy. This profile requires intervention emphasis on fluency and automaticity (e.g., repeated reading, timed practice), not a return to phonics. RAN does not implicate visual processing disorders.

A 5th-grade student scores at the 68th percentile on a standardized word decoding measure but at the 9th percentile on a standardized reading comprehension measure. Applying the Simple View of Reading (SVR) framework, which single assessment would MOST directly isolate the locus of the comprehension deficit?

Answer: A listening comprehension measure in which grade-level passages are read aloud to the student

The SVR formula states: Reading Comprehension = Decoding × Language Comprehension. When decoding is intact (68th percentile), a comprehension deficit must originate in the language comprehension component. A listening comprehension measure removes decoding entirely from the task, isolating language comprehension in its pure form. If listening comprehension is also impaired, the SVR diagnosis is a language comprehension deficit — requiring vocabulary, inference, and discourse-level intervention — not a decoding or fluency intervention.

A CALT is planning morphological instruction for a student with dyslexia who has achieved automaticity with closed-syllable and vowel-team patterns but has not yet mastered r-controlled vowel syllable types. The planned lesson introduces the Latin root 'rupt' (break) in words like 'disrupt' and 'interrupt.' Which structured literacy principle is VIOLATED by introducing this lesson at this point in the student's sequence?

Answer: The r-controlled syllable pattern embedded in 'rupt' has not yet been mastered, meaning the student must manage an unresolved phonological layer while simultaneously processing a new morphemic layer

A core principle of structured, sequential literacy instruction is that new skills must build on previously mastered ones. The root 'rupt' contains an r-controlled vowel — a pattern the student has not yet automatized. Introducing this morpheme before the phonological pattern is secure forces the student to simultaneously manage two unresolved layers (phonological and morphemic), overloading working memory and undermining both skills. The lesson should be deferred until r-controlled syllables are mastered, at which point the morpheme 'rupt' becomes a phonologically transparent unit.

A 2nd-grade student receiving Tier 3 reading intervention shows oral reading fluency (ORF) growth of 0.4 words correct per minute (WCPM) per week across 10 consecutive weekly probes. Research-based benchmarks suggest adequate RTI response at Tier 3 requires approximately 2.0 WCPM per week to close the gap with grade-level peers. The intervention has been implemented with documented fidelity. Which course of action is MOST consistent with evidence-based RTI decision-making?

Answer: Increase intervention intensity — such as frequency, duration, or group size reduction — and continue progress monitoring to evaluate the student's response to the intensified intervention

In a multi-tiered system of support (MTSS), insufficient growth rate with documented fidelity is a decision point for intensification, not immediate referral or abandonment of intervention. Ten weekly probes provide a statistically reliable trend. The appropriate response is to systematically increase intensity (e.g., reduce group size to 1:1, increase weekly sessions, extend session duration) and collect additional progress monitoring data to evaluate the response to the modified intervention. A special education referral may follow if intensified Tier 3 also yields inadequate growth, but intensification must occur first.

A student with a documented phonological processing deficit also presents with significantly impaired verbal working memory (digit span at the 3rd percentile; sentence repetition at the 5th percentile). When targeting decoding of three-syllable words, which instructional modification MOST directly addresses the working memory constraint rather than the phonological deficit?

Answer: Teaching the student to tap or mark syllable boundaries on the word before blending, externalizing the segmentation process to reduce simultaneous in-memory holding requirements

Working memory deficits create difficulty holding decoded phoneme or syllable strings 'online' long enough to blend them into a whole word. Overt, externalized segmentation strategies — such as tapping syllables, drawing arches under syllable chunks, or marking syllable divisions before blending — offload the holding requirement from internal working memory to the physical environment. The student processes and blends one chunk at a time rather than holding all segments simultaneously. This directly compensates for the working memory bottleneck without addressing the phonological processing deficit, which requires its own separate intervention pathway.