Report Phrase Library

[STUDENT] separated from [his/her/their] parent/teacher without difficulty and accompanied the examiner to the testing room willingly. Rapport was established easily, and [STUDENT] appeared comfortable throughout the evaluation sessions.

[STUDENT] initially appeared hesitant and required time to warm up to the examiner. After a brief period of rapport-building, [STUDENT] became more relaxed and participated more freely. Results are considered a valid estimate of current functioning despite initial reluctance.

[STUDENT] was cooperative and motivated throughout the evaluation. [He/She/They] approached tasks with a positive attitude, persisted through challenging items, and appeared to put forth genuine effort. Results are considered a reliable reflection of current ability.

[STUDENT] required frequent verbal encouragement to persist through challenging tasks. [He/She/They] tended to give up quickly when items were difficult, stating [e.g., "I don't know"] without attempting a response. The examiner provided standardized encouragement; scores may slightly underestimate potential due to reduced persistence.

[STUDENT] demonstrated variable attention throughout the evaluation. [He/She/They] had difficulty sustaining focus on lengthier tasks, required frequent redirection to the task at hand, and appeared easily distracted by environmental stimuli. Task performance improved noticeably during shorter, more novel activities.

[STUDENT] displayed high levels of motor activity during the evaluation, frequently shifting position, tapping [his/her/their] hands, and leaving [his/her/their] seat on several occasions. Despite this, [STUDENT] maintained adequate engagement with the tasks and results are considered valid.

[STUDENT]'s attention was generally adequate for one-on-one structured testing but deteriorated notably as sessions progressed. Testing was conducted across [X] sessions to minimize the impact of fatigue and attentional fatigue on performance. Results across sessions were consistent.

[STUDENT] maintained focused attention throughout all testing sessions. [He/She/They] was not easily distracted and remained on task without prompting. Attention and effort were not identified as factors that would limit the validity of the results obtained.

[STUDENT]'s expressive language during the evaluation was [age-appropriate / slightly limited / notably reduced]. [He/She/They] communicated responses in [complete sentences / brief phrases / single words], and word retrieval appeared [fluent / mildly effortful / significantly effortful] at times. Communication was adequate for task completion.

On verbally loaded tasks, [STUDENT] showed evidence of word retrieval difficulty, using circumlocution, fillers ("um," "that thing"), or pausing significantly before responding. This pattern was more pronounced on tasks requiring rapid verbal retrieval and is consistent with the phonological and/or language concerns noted in the referral.

[STUDENT] demonstrated an impulsive response style on several subtests, providing answers quickly without fully considering the question. [He/She/They] was occasionally able to self-correct when given time to reconsider, suggesting that performance on speeded or first-response tasks may underestimate deliberate reasoning ability.

[STUDENT] approached tasks methodically and checked work before responding on several items. [He/She/They] appeared to self-monitor effectively and asked for clarification when uncertain about task directions, which is an adaptive problem-solving behavior.

On reading and writing tasks, [STUDENT] demonstrated visibly increased anxiety, including sighing, erasing frequently, and making self-deprecating comments (e.g., "I'm not good at reading," "I always mess this up"). [His/Her/Their] affective response to literacy tasks is noted and may reflect a history of frustration and perceived failure in this area.

[STUDENT] wrote with [his/her/their] [dominant] hand using a [describe grip — e.g., thumb wrap grip / tripod grip / fisted grip]. Letter formation was [adequate / inconsistent / poor], with several letters [unrecognizable / variably formed across the sample]. Letter sizing was inconsistent, and spacing between letters and words was irregular. These handwriting characteristics are consistent with graphomotor difficulties affecting the physical execution of writing.

A comparison of [STUDENT]'s performance on a copy task versus a dictated writing task was conducted. [STUDENT]'s handwriting did not improve significantly when copying text from a model, suggesting that the handwriting difficulty reflects an underlying graphomotor deficit rather than a difficulty retrieving letter forms from memory alone. This pattern is consistent with motor planning and execution as the primary point of breakdown.

On an alphabet writing fluency task, [STUDENT] was able to write [X] letters in one minute. This rate is significantly below age expectations and reflects limited automaticity in letter production. Reduced alphabet fluency places increased demand on working memory and executive functioning during writing tasks, as [STUDENT] must allocate conscious attention to letter formation rather than to idea generation and composition.

[STUDENT]'s written output was notably limited in volume relative to oral expression. When asked to write about a topic [he/she/they] had described in detail orally, [STUDENT]'s written sample captured only a small portion of the ideas expressed verbally. Details were omitted, elaboration was minimal, and sentence structure was simplified compared to oral production. This pattern suggests that transcription demands and working memory load are interfering with [STUDENT]'s ability to sustain, organize, and elaborate ideas in writing. (Seaberry, ESC Region 11, 2025)

Both [STUDENT]'s oral and written expression were limited in elaboration and detail, even with examiner scaffolding. Oral narrative remained brief and minimally connected across prompts. The written sample closely mirrored oral output in its limited organization and reduced detail. When both oral and written expression are limited, this pattern suggests weaknesses in the oral language foundation of writing rather than breakdown caused solely by transcription demands. (Seaberry, ESC Region 11, 2025)

Analysis of [STUDENT]'s spelling errors revealed a pattern of [orthographic / phonological / morphological / mixed] errors. Orthographic errors reflect difficulty storing and retrieving accurate letter sequences and whole-word forms from memory, even for frequently encountered words. Phonological errors reflect difficulty applying sound-symbol correspondences during spelling. This error pattern is consistent with [describe — e.g., dysgraphia / dyslexia / combined profile] and informs instructional targets in spelling and written expression.

[STUDENT]'s handwriting sample showed the same letter formed inconsistently across the writing sample, suggesting difficulty with reliable orthographic storage and retrieval of letter forms. This pattern is distinct from a purely graphomotor deficit and indicates that the retrieval of letter-form memory (orthographic processing) is contributing to the handwriting breakdown. (Seaberry, ESC Region 11, 2025; Berninger & Wolf, 2009)

[STUDENT] demonstrated difficulty initiating writing tasks both during formal assessment and per teacher and parent report. This difficulty is consistent with a "can't initiate" pattern — [STUDENT] appeared cognitively overloaded rather than unwilling to engage, as evidenced by long response latency, incomplete starts, reliance on examiner prompts to begin, and improved output when provided with sentence frames or structured supports. This pattern is distinct from behavioral refusal and suggests an executive functioning or language-retrieval basis for the initiation difficulty. (Seaberry, ESC Region 11, 2025; McCloskey & Perkins, 2013)

During writing tasks, [STUDENT] required significant support to begin writing independently. Notably, [STUDENT] was able to verbalize ideas clearly when prompted but struggled to translate those ideas to the page once writing began. Writing that started with adequate content deteriorated in quality and volume as the task continued, consistent with working memory collapse under sustained composition demands rather than a lack of ideas or motivation. (Seaberry, ESC Region 11, 2025)

[STUDENT]'s writing output varied noticeably across task conditions. On a preferred, self-selected topic with no structural demands, [STUDENT] produced [describe output]. On a non-preferred or structured prompt, output was significantly reduced. This variation is relevant to eligibility considerations: when output improves substantially under high-interest or low-demand conditions, the writing difficulty may reflect an access and regulation issue (consistent with OHI-ADHD) rather than a persistent learning-based deficit in written expression. (Seaberry, ESC Region 11, 2025)

[STUDENT]'s writing difficulties persisted across task conditions, including preferred topics, structured prompts, graphic organizer supports, and extended time. Writing remained weak in organization, elaboration, and volume even with scaffolding in place. This persistence across support conditions is consistent with an SLD-Written Expression profile rather than an attention- or motivation-based explanation for the writing difficulty. (Seaberry, ESC Region 11, 2025)

Overall, [STUDENT]'s behavior during testing was consistent with valid test performance. [He/She/They] appeared to understand task demands, put forth genuine effort, and results are considered a reliable estimate of current functioning across the domains assessed.

While attention and activity level were areas of concern during testing, [STUDENT] engaged sufficiently with all tasks to produce interpretable results. Scores should be interpreted as a reasonable estimate of current functioning, with the understanding that optimal performance under typical classroom conditions may vary.

[STUDENT]'s disability significantly impacts [his/her/their] ability to participate in the general education curriculum. The core deficits in phonological awareness, rapid naming, and/or orthographic processing result in slow, effortful decoding that affects reading accuracy and fluency across all content areas. [STUDENT] cannot access grade-level text independently at the same rate as peers, which limits participation in independent reading, content-area reading assignments, and any task requiring efficient written language processing.

In the classroom, [STUDENT]'s reading disability manifests as difficulty completing reading-based assignments within typical time constraints, frequent misreading of words on tests and worksheets, avoidance of reading aloud, and spelling errors that interfere with the legibility and quality of written work. These difficulties are present despite [STUDENT]'s adequate cognitive ability and motivation to learn.

[STUDENT]'s significant weaknesses in phonological awareness and phonological memory directly impair [his/her/their] ability to decode unfamiliar words, retain spelling patterns, and develop automaticity in word recognition. As a result, [STUDENT] expends disproportionate cognitive effort on word-level reading, leaving fewer cognitive resources available for comprehension, written composition, and content-area learning.

[STUDENT]'s attentional difficulties adversely affect [his/her/their] educational performance across all academic settings. [STUDENT] has significant difficulty sustaining attention during whole-group instruction, completing multi-step tasks independently, and organizing materials and assignments. These difficulties result in incomplete work, inconsistent academic performance, and a need for significantly more adult support than same-age peers to access and participate in the general education curriculum.

The impact of [STUDENT]'s ADHD extends beyond attention to include difficulties with working memory, processing speed, and executive functioning. [STUDENT] frequently loses track of multi-step directions, struggles to initiate and sustain effort on non-preferred tasks, and has difficulty organizing written work and long-term projects. These impairments affect daily academic functioning and require ongoing specially designed instruction and supports.

[STUDENT]'s intellectual disability significantly impacts all areas of academic functioning. [He/She/They] requires substantial modification of curriculum, pacing, and instructional materials across all content areas. In the classroom, [STUDENT] is unable to access grade-level content without significant support, requires repeated presentation of concepts in concrete and multisensory formats, and benefits from reduced task complexity and extended time on all activities.

In addition to academic impact, [STUDENT]'s adaptive skill deficits affect [his/her/their] ability to function independently in daily routines, social settings, and age-appropriate self-care tasks. [STUDENT] requires ongoing support for [describe — e.g., personal organization, self-monitoring, social communication, community skills], which limits [his/her/their] independence relative to same-age peers.

[STUDENT]'s autism spectrum disorder adversely affects [his/her/their] ability to engage in reciprocal social communication, navigate group learning environments, and adapt to changes in routine or instruction. In the classroom, [STUDENT] requires predictable structure, explicit social skill instruction, and support during unstructured periods such as transitions, lunch, and recess. Behavioral rigidity and sensory sensitivities may further limit [his/her/their] access to the full school environment.

[STUDENT]'s language impairment adversely affects [his/her/their] ability to access and demonstrate learning across the curriculum. Difficulties with oral expression and/or listening comprehension affect [STUDENT]'s ability to follow classroom directions, participate in academic discussions, express [his/her/their] understanding verbally, and develop the language base necessary for reading comprehension and written composition.

Through the collection and analysis of multiple sources of data gathered as part of the assessment process, results indicate that [STUDENT]'s [domain — e.g., reading / written expression] skills are an area of concern consistent with a specific learning disability. Data collected over time indicates a clear pattern of weakness in this area. [STUDENT] has a history of [describe — e.g., below-grade-level reading scores, failing STAAR in reading, below-benchmark CBM data]. [His/Her/Their] teacher rates [his/her/their] [domain] skills as [below average / poor]. Parent report indicates [describe concern]. Standardized testing results are consistent with these patterns, with scores in [domain] falling in the [descriptive range] relative to same-age peers. Taken together, the preponderance of data across multiple sources supports the identification of [STUDENT] as a student with a specific learning disability in the area of [domain]. (Stephens, C-SEP, 2015–2026)

Through the collection and analysis of multiple sources of data gathered as part of the assessment process, results indicate that [STUDENT]'s [domain] skills are intact, and [domain] is not suspected as an area of disability. Data collected over time indicates a clear pattern of adequate ability in this area. [STUDENT] has a history of [passing grades / meeting benchmarks / passing screeners] in [domain]. [His/Her/Their] teacher rates [his/her/their] [domain] skills as [average / above average]. Parent report indicates no concerns in [domain]. Consequently, there is no need to conduct formal norm-referenced testing in the area of [domain], and [domain] is not identified as an area of educational need. (Stephens, C-SEP, 2015–2026)

The pattern of strengths and weaknesses identified across this evaluation is consistent, meaningful, and supported by multiple data sources including [list 3–4 sources — e.g., STAAR results, CBM/progress monitoring data, teacher interview, standardized achievement testing, classroom observation]. The convergence of data across formal and informal measures, across settings, and across reporters strengthens the defensibility of the eligibility determination. This decision reflects a preponderance of evidence rather than reliance on any single score or data point. (Stephens, C-SEP, 2015–2026; TEA SLD Guidance, 2025)

The eligibility determination in this case is supported by concordant weaknesses across cognitive processing and academic achievement domains, as well as by consistent functional impact documented through teacher report, parent report, classroom observation, and [STUDENT]'s own self-report. Discordant strengths in [describe — e.g., verbal reasoning / visual-spatial ability / math / oral language] further establish the pattern of specific weakness rather than global impairment, and are consistent with the profile of a student with [eligibility category]. (Stephens, C-SEP, 2015–2026)

SLD — Written Expression (including dysgraphia features): The primary area of writing breakdown for [STUDENT] is [graphomotor / orthographic processing / language formulation / combined], as evidenced by [describe key data — e.g., very low alphabet fluency, handwriting not improving on copy vs. dictation, very low orthographic processing scores, spelling error pattern]. These weaknesses appear across settings and tasks, persist despite [describe supports tried], and are not adequately explained by attentional or motivational factors alone. The pattern is consistent with SLD–Written Expression, with dysgraphia features. (Seaberry, ESC Region 11, 2025; Texas Dyslexia Handbook)

OHI–ADHD (writing impact): [STUDENT]'s writing difficulties are most consistent with an access and regulation profile rather than a learning-based written expression deficit. Writing improves meaningfully with [structure / chunking / verbal rehearsal / high-interest topics / frequent check-ins], consistent with an OHI–ADHD profile in which the core issue is attention and executive self-regulation rather than a deficit in writing-specific learning. Writing weaknesses are not uniform across conditions and do not persist at the same level when appropriate supports are in place. (Seaberry, ESC Region 11, 2025)

Based on the results of this evaluation, [STUDENT] meets eligibility criteria for special education services under the category of [eligibility category]. [His/Her/Their] disability adversely affects educational performance and requires specially designed instruction that cannot be adequately provided through general education supports alone.

Based on the results of this evaluation, [STUDENT] does not meet eligibility criteria for special education services at this time. [His/Her/Their] academic difficulties are more consistent with [language acquisition / insufficient instructional opportunity / other factor] than with a disability as defined under IDEA. Continued monitoring and general education supports are recommended.

[STUDENT] would benefit from structured literacy instruction that is explicit, systematic, and multisensory (Orton-Gillingham based or aligned). Instruction should include phonemic awareness, phonics taught in a structured sequence, fluency practice with decodable text, and spelling instruction that directly mirrors the phonics scope and sequence.

Access to audiobooks, text-to-speech technology, and/or read-aloud accommodations is recommended to ensure [STUDENT] can access grade-level content while reading skills are being developed. These supports allow [STUDENT] to demonstrate content knowledge without being limited by word-level reading barriers.

Extended time (1.5x or 2x) on all reading-based and written assignments and assessments is recommended. Given [STUDENT]'s slow processing speed and effortful decoding, standard time limits do not allow [him/her/them] to demonstrate knowledge at the same rate as peers without the disability.

Spelling and written expression accommodations are recommended, including use of spell-check tools, word prediction software, and/or a scribe or speech-to-text option for extended writing tasks. Grading of written work should account for content and ideas separately from spelling and mechanical accuracy where possible.

Preferential seating near the teacher and away from high-traffic areas of the classroom is recommended to minimize distractions. A structured, predictable daily routine with visual schedules and advance notice of transitions would support [STUDENT]'s ability to regulate attention and behavior throughout the school day.

Breaking multi-step tasks into smaller, sequenced components with checkpoints is recommended. [STUDENT] benefits from explicit organizational supports including graphic organizers, checklists, and assignment notebooks. Providing directions both verbally and in written form reduces the working memory demand associated with remembering multi-part instructions.

Extended time, reduced-distraction testing environment, and the option to take breaks during lengthy assessments are recommended accommodations for [STUDENT]. These supports address the functional impact of [STUDENT]'s attentional difficulties on standardized test performance.

Frequent, brief check-ins from the teacher to confirm task understanding and progress are recommended, rather than waiting until task completion. Positive reinforcement systems tied to on-task behavior and task initiation are often more effective for students with ADHD than consequences-based approaches alone.

Instruction should be concrete, hands-on, and presented in small, sequential steps with frequent repetition and review. [STUDENT] benefits from multisensory learning experiences, real-world application of academic skills, and consistent use of visual supports including picture schedules, graphic organizers, and visual word walls.

Functional life skills instruction integrated into the curriculum is recommended, with an emphasis on daily living, community participation, vocational awareness, and self-advocacy skills appropriate to [STUDENT]'s age and developmental level. Transition planning and transition-related goals should be incorporated into [STUDENT]'s IEP no later than age 14, per Texas Education Agency requirements (TAC §89.1055).

Explicit social skills instruction in a structured small-group setting is recommended to support [STUDENT]'s development of peer interaction skills, perspective-taking, and understanding of social conventions. Instruction should be direct and include modeling, role-play, and generalization activities across natural settings.

Sensory accommodations should be considered based on [STUDENT]'s identified sensory sensitivities, which may include preferential seating away from high-noise areas, access to noise-canceling headphones during independent work, reduced visual clutter in the work environment, and scheduled movement or sensory breaks throughout the day.

Continued speech-language therapy services are recommended to target [STUDENT]'s identified deficits in [e.g., morphosyntax, vocabulary, listening comprehension, narrative language]. Therapy goals should be coordinated with classroom instruction to support generalization of language skills across academic contexts.

Classroom supports for oral language difficulties include: providing written versions of oral instructions, allowing additional processing time before expecting a verbal response, pre-teaching key vocabulary before new units, and offering alternative means of demonstrating knowledge beyond verbal explanation (e.g., written, drawn, or visual-spatial responses).

Regular communication between home and school is recommended to ensure consistency in supports and to monitor [STUDENT]'s progress across settings. A home-school communication log or weekly check-in system may support this coordination.

Progress toward IEP goals and the effectiveness of accommodations should be reviewed at least annually. If [STUDENT] is not making adequate progress, the IEP team should reconvene to consider adjustments to goals, services, placement, or instructional strategies.

[STUDENT]'s strengths in [e.g., verbal reasoning, visual-spatial ability, social engagement, creativity] should be deliberately incorporated into instructional planning. Strength-based instruction supports motivation, self-efficacy, and engagement — all of which are particularly important for students who have experienced repeated academic difficulty.