Learning Disability Assessment Report: Template & Guide
What Is a Learning Disability Assessment?
A learning disability assessment is a comprehensive psychoeducational evaluation designed to determine whether a student meets diagnostic criteria for a specific learning disorder (SLD) under the DSM-5-TR or qualifies for special education services under IDEA. The evaluation systematically examines the relationship between cognitive abilities, cognitive processing, and academic achievement to identify whether unexpected academic underperformance is attributable to a neurologically-based learning disability rather than inadequate instruction, intellectual disability, sensory impairment, or environmental factors.
The DSM-5-TR recognizes specific learning disorder with specifiers for impairment in reading (commonly called dyslexia), impairment in written expression (dysgraphia), and impairment in mathematics (dyscalculia). Each specifier requires documentation of persistent difficulties in the relevant academic domain despite targeted interventions, with onset during school-age years.
For psychologists, the learning disability evaluation report is a high-stakes document. It determines access to specialized instruction, accommodations, and services that can fundamentally alter a student's educational trajectory. A poorly constructed report can deny needed services or, conversely, misidentify a student who needs a different type of support.
When You Need It
- When a student demonstrates persistent academic underperformance despite adequate classroom instruction and targeted interventions (RTI Tier 2 or Tier 3)
- When a school's multidisciplinary team requests a comprehensive evaluation to determine SLD eligibility under IDEA
- When parents request an independent educational evaluation (IEE) because they disagree with a school district's findings
- When a student needs documentation for extended time, alternative testing formats, or other accommodations on standardized tests (SAT, ACT, GRE, LSAT)
- When a college student seeks accommodations through disability services and prior documentation is insufficient or outdated
- When differential diagnosis is needed to distinguish a specific learning disorder from ADHD, intellectual disability, language disorder, or the effects of inadequate instruction
- When a clinician needs to rule out a learning disability as part of a broader psychological evaluation
Key Components / Required Sections
Referral Information
Document the referral source, specific academic concerns, referral questions, and what interventions have been attempted. Include grade level, school placement, and any prior evaluations or special education services.
Developmental and Educational History
- Prenatal and perinatal history, developmental milestones (particularly speech and language development)
- Family history of learning disabilities, ADHD, and language disorders
- Educational history including schools attended, grade retention, tutoring, prior special education services, and response to intervention (RTI) data
- History of speech-language services or occupational therapy
- English language learner status and language exposure history
Behavioral Observations During Testing
Document the student's approach to tasks, frustration tolerance, attention, effort, and whether the testing environment appeared to elicit a valid sample of the student's abilities. Note specific behaviors on challenging versus easy tasks.
Cognitive Ability Testing
- WISC-V (ages 6-16) or WAIS-IV (ages 16+): Full Scale IQ and all index scores — Verbal Comprehension (VCI), Visual Spatial (VSI), Fluid Reasoning (FRI), Working Memory (WMI), and Processing Speed (PSI). Report subtest scores and identify significant strengths and weaknesses.
- Document whether the General Ability Index (GAI) is a more valid estimate of overall ability than the FSIQ when Working Memory or Processing Speed weaknesses suppress the composite score.
Cognitive Processing Measures
Depending on the area of concern:
- Phonological processing: CTOPP-2 (Comprehensive Test of Phonological Processing) — phonological awareness, phonological memory, rapid symbolic naming
- Orthographic processing: Orthographic processing tasks from the WJ-IV or PAL-II
- Visual-motor integration: Beery VMI (Beery-Buktenica Developmental Test of Visual-Motor Integration)
- Working memory: Digit span, letter-number sequencing, spatial span tasks
- Processing speed: Coding, symbol search, and naming speed tasks
- Rapid automatized naming: RAN/RAS tests for naming speed fluency
Academic Achievement Testing
- WIAT-4 (Wechsler Individual Achievement Test) or WJ-IV Achievement (Woodcock-Johnson IV Tests of Achievement): Administer all relevant composites and subtests in the area of concern plus screening of other academic areas.
- For reading: Word reading, pseudoword decoding, reading fluency, reading comprehension, oral reading accuracy and rate
- For math: Numerical operations, math problem solving, math fluency
- For writing: Spelling, sentence composition, essay composition, handwriting legibility and speed
Identification Model and Analysis
Document which identification model you are using and the results:
- Ability-Achievement Discrepancy: Report the statistical significance and base rate of the discrepancy between predicted and obtained achievement scores.
- Pattern of Strengths and Weaknesses (PSW): Document (1) at least average overall cognitive ability, (2) a specific cognitive processing deficit, and (3) an achievement deficit in the area related to that processing weakness. Models include the Concordance-Discordance Model (C-DM) and the Dual Discrepancy/Consistency Model (DD/C).
- Response to Intervention (RTI): Summarize the student's response to tiered interventions, documenting the intensity, duration, fidelity, and outcome of each tier.
Diagnostic Impressions and Recommendations
Provide DSM-5-TR diagnosis with severity specifier (mild, moderate, or severe), educational classification recommendation (SLD under IDEA if applicable), and specific accommodation and intervention recommendations.
Learning Disability Assessment — 12-Year-Old, Suspected Dyscalculia
CONFIDENTIAL PSYCHOEDUCATIONAL EVALUATION
Client: Jordan M. Date of Birth: 04/12/2013 Age at Testing: 12 years, 10 months Grade: 7th School: Lincoln Middle School Dates of Evaluation: 02/10/2026, 02/12/2026 Date of Report: 02/18/2026 Evaluator: Dr. Sarah Chen, Ph.D., Licensed Psychologist
Reason for Referral
Jordan was referred for a comprehensive psychoeducational evaluation by his parents and 7th-grade math teacher, Mrs. Patterson, due to persistent difficulties in mathematics despite two years of after-school math tutoring. Jordan is currently earning a D in pre-algebra and has received math grades below the class average since 3rd grade. His parents report that Jordan struggles significantly with basic computation, frequently loses track of steps in multi-step problems, and becomes anxious and tearful during math homework. Reading, writing, and other academic areas are reportedly grade-appropriate. The evaluation was requested to determine whether Jordan meets criteria for a specific learning disorder in mathematics and to inform recommendations for educational support.
Relevant History
Jordan is a 12-year-old male in 7th grade at Lincoln Middle School. He lives with both parents and a younger sister (age 9). Developmental milestones were reportedly met within normal limits. Jordan spoke his first words at 11 months and walked at 13 months. There is no history of speech-language delays or occupational therapy services. Family history is notable for Jordan's father reporting lifelong difficulty with math and his paternal grandmother having dropped out of high school due to academic difficulties.
Jordan attended Maple Elementary (K-5) and has been at Lincoln Middle School since 6th grade. He received math tutoring twice weekly from a private tutor starting in 5th grade, which is ongoing. He has never been retained, has no prior IEP or 504 plan, and has no history of special education services. His teachers consistently describe him as a hard-working and motivated student who participates in class but becomes visibly frustrated during math lessons. Jordan earns A's and B's in English, science, and social studies.
Medical history is unremarkable. Jordan wears glasses for mild myopia. He takes no medications and has no history of head injury, seizures, or hospitalizations. Sleep and appetite are reported as normal. Jordan denies symptoms of depression or anxiety outside of math-related situations. He plays recreational soccer and has a stable friend group.
Behavioral Observations
Jordan presented as a friendly, cooperative adolescent who appeared motivated to do his best during testing. He engaged readily with verbal and visual-spatial tasks, displaying confidence and sustained attention. His demeanor shifted noticeably during math-related subtests: he became visibly tense, erased answers repeatedly, counted on his fingers for basic calculations, and frequently asked, "Is that right?" He lost track of procedural steps on multi-step computation problems and made place-value errors when regrouping. On timed math tasks, he worked slowly and appeared overwhelmed. Jordan's effort was considered good throughout the evaluation, and these results are considered a valid representation of his current functioning.
Assessment Instruments Administered
- Wechsler Intelligence Scale for Children, Fifth Edition (WISC-V)
- Wechsler Individual Achievement Test, Fourth Edition (WIAT-4)
- KeyMath-3 Diagnostic Assessment
- Clinical interview with Jordan
- Parent interview (both parents)
- Teacher questionnaire (Mrs. Patterson, 7th-grade math; Mr. Olson, 7th-grade ELA)
Cognitive Ability: WISC-V Results
| Composite / Subtest | Standard Score | Percentile | Classification |
|---|---|---|---|
| Full Scale IQ (FSIQ) | 98 | 45th | Average |
| Verbal Comprehension (VCI) | 108 | 70th | Average |
| Visual Spatial (VSI) | 104 | 61st | Average |
| Fluid Reasoning (FRI) | 96 | 39th | Average |
| Working Memory (WMI) | 85 | 16th | Low Average |
| Processing Speed (PSI) | 94 | 34th | Average |
| General Ability Index (GAI) | 103 | 58th | Average |
Jordan's GAI of 103 (58th percentile), which emphasizes reasoning and verbal abilities without the influence of working memory and processing speed, is a better estimate of his overall cognitive potential than his FSIQ of 98. His Working Memory Index of 85 (16th percentile) represents a significant personal weakness and is meaningfully below his GAI. This working memory deficit is clinically relevant to his math difficulties, as working memory is essential for holding numbers in mind during computation, tracking steps in multi-step procedures, and retrieving math facts.
Academic Achievement: WIAT-4 Results
| Composite / Subtest | Standard Score | Percentile | Classification |
|---|---|---|---|
| Total Reading | 106 | 66th | Average |
| Word Reading | 105 | 63rd | Average |
| Pseudoword Decoding | 102 | 55th | Average |
| Reading Comprehension | 108 | 70th | Average |
| Written Expression | 100 | 50th | Average |
| Spelling | 98 | 45th | Average |
| Sentence Composition | 102 | 55th | Average |
| Mathematics | 74 | 4th | Below Average |
| Numerical Operations | 72 | 3rd | Below Average |
| Math Problem Solving | 78 | 7th | Below Average |
| Math Fluency — Addition | 70 | 2nd | Well Below Average |
| Math Fluency — Subtraction | 68 | 2nd | Well Below Average |
| Math Fluency — Multiplication | 65 | 1st | Well Below Average |
KeyMath-3 Results (Selected Areas)
| Area | Standard Score | Percentile |
|---|---|---|
| Numeration | 82 | 12th |
| Algebra | 80 | 9th |
| Geometry | 95 | 37th |
| Mental Computation & Estimation | 72 | 3rd |
| Addition & Subtraction | 70 | 2nd |
| Multiplication & Division | 68 | 2nd |
| Foundations of Problem Solving | 88 | 21st |
| Applied Problem Solving | 80 | 9th |
Pattern of Strengths and Weaknesses Analysis
Using the Concordance-Discordance Model (C-DM), the following pattern is identified:
-
Cognitive strength (concordant with average achievement): Verbal Comprehension (108), Visual Spatial (104), and Fluid Reasoning (96) are all within the average range and are concordant with Jordan's average reading (106) and writing (100) scores.
-
Cognitive processing weakness: Working Memory (85) is significantly below Jordan's GAI of 103 (15-point discrepancy, p < .05, base rate = 14%).
-
Achievement deficit (concordant with processing weakness): Mathematics Composite (74) is significantly below the GAI of 103 (29-point discrepancy, p < .001). The math achievement deficit is concordant with the working memory processing weakness, as working memory is a well-established predictor of math computation and math fact fluency.
-
Below-average achievement is discordant with otherwise average cognitive abilities: Jordan's math scores (74) are significantly below his average reading (106) and writing (100) performance, confirming domain-specific underachievement rather than generalized low achievement.
This pattern — average overall ability, a specific processing weakness, and a concordant achievement deficit — is consistent with specific learning disorder in mathematics.
Diagnostic Impressions
Based on the convergence of data from cognitive testing, achievement testing, processing measures, educational history, clinical interview, and teacher report, Jordan meets DSM-5-TR criteria for:
315.1 (F81.2) Specific Learning Disorder with Impairment in Mathematics — Moderate Severity
- Specifiers: Difficulties with number sense, memorization of arithmetic facts, accurate or fluent calculation, and accurate math reasoning
- Severity is rated as moderate because Jordan's math skills are markedly below age expectations (1.5-2 SD below the mean), and he has not responded adequately to two years of individualized tutoring
Jordan does not meet criteria for ADHD, specific learning disorder in reading, or specific learning disorder in written expression. His working memory weakness is a cognitive processing deficit that contributes to his math difficulties but does not independently warrant a separate diagnosis.
Recommendations
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Jordan qualifies for consideration for an IEP under the IDEA category of Specific Learning Disability in Mathematics. The school multidisciplinary team should convene to determine eligibility and develop an IEP with goals targeting math computation, math fact fluency, and multi-step problem-solving.
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Provide explicit, systematic instruction in math using a structured, multisensory approach (e.g., Concrete-Representational-Abstract sequence) with extensive guided practice before independent work.
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Allow use of a multiplication chart and calculator for assignments and tests involving higher-order math so that math fact retrieval deficits do not prevent Jordan from demonstrating his reasoning abilities.
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Provide extended time (time-and-a-half) on math tests and assignments, as Jordan's processing speed on math tasks is significantly slow.
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Break multi-step math problems into discrete, written steps with visual organizers. Provide worked examples that Jordan can reference.
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Reduce the volume of math computation practice problems (quality over quantity) to prevent frustration and allow deeper engagement with fewer problems.
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Address math anxiety through psychoeducation about his learning profile. Help Jordan understand that his math difficulties are neurologically-based and do not reflect effort or intelligence.
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Continue individualized math tutoring with a tutor experienced in dyscalculia interventions, focusing on number sense, place value understanding, and math fact fluency strategies (e.g., derived fact strategies rather than rote memorization).
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Re-evaluate in three years or sooner if concerns arise in other academic areas.
This is a sample for educational purposes only — not real patient data.
How to Write It Step by Step
Step 1: Clarify the Referral Questions
Before administering any tests, clearly define what the evaluation needs to answer. Common referral questions include: Does this student have a specific learning disorder? What is the nature and severity of the deficit? What interventions and accommodations are appropriate? Understanding the referral question determines your test battery and the focus of your analysis.
Step 2: Gather Background Information
Collect developmental history, educational records (report cards, progress reports, RTI data), prior evaluation results, medical history, and family history. Interview the parents and, when appropriate, the student. Send teacher questionnaires to all relevant educators. Review any existing IEP or 504 documentation.
Step 3: Select and Administer Your Test Battery
Choose measures that allow you to examine cognitive abilities, relevant processing areas, and academic achievement. Your battery should enable you to apply your chosen identification model (PSW or discrepancy). Administer standardized tests under standardized conditions and carefully document any deviations from standard administration.
Step 4: Score and Analyze Results
Score all measures, double-checking your calculations. Conduct your discrepancy or PSW analysis using the test publisher's scoring software or established statistical criteria. Identify the pattern: Is there a specific cognitive processing weakness? Is the achievement deficit in the area predicted by that processing weakness? Are other cognitive and academic areas intact?
Step 5: Integrate Data Across Sources
Test scores alone do not make a diagnosis. Integrate cognitive and achievement data with educational history, teacher reports, classroom performance, RTI response, behavioral observations, and clinical interview. The convergence of evidence across multiple sources and methods strengthens diagnostic confidence.
Step 6: Formulate Diagnostic Impressions
Apply DSM-5-TR criteria for specific learning disorder: (A) persistent difficulties in the academic skill area, (B) the affected skills are substantially below age expectations, (C) difficulties begin during school-age years, and (D) the difficulties are not better explained by intellectual disability, sensory impairment, neurological conditions, psychosocial adversity, inadequate instruction, or lack of proficiency in the language of instruction. Assign severity (mild, moderate, severe) and relevant specifiers.
Step 7: Develop Actionable Recommendations
Recommendations should be specific, individualized, and tied directly to the evaluation findings. Address educational placement (IEP vs. 504), instructional strategies, accommodations, assistive technology, and any need for further evaluation. Avoid generic lists — every recommendation should connect to a documented deficit.
Step 8: Write the Report in Clear Language
Use plain language that parents, teachers, and administrators can understand. Explain what each test measures before presenting scores. Provide context for standard scores and percentiles. Use tables for test results and narrative for interpretation. Clearly label your identification model and walk the reader through your diagnostic reasoning.
Common Mistakes
Relying on the FSIQ when index scores are significantly discrepant. When Working Memory or Processing Speed significantly differs from reasoning abilities, the FSIQ may underestimate or obscure the student's true cognitive profile. Report the GAI and discuss why it may be a more valid estimate of cognitive ability in these cases.
Failing to rule out inadequate instruction. DSM-5-TR Criterion D requires that academic difficulties are not primarily attributable to inadequate instruction. Document the student's educational history, including the quality and consistency of instruction, and any RTI data showing that the student received evidence-based intervention and did not respond adequately.
Using a single discrepancy score as the sole basis for diagnosis. A statistically significant ability-achievement discrepancy does not automatically confirm a learning disability, and the absence of a significant discrepancy does not rule one out. Integrate multiple data sources and apply clinical judgment.
Ignoring processing speed and working memory in the analysis. These cognitive processes are frequently implicated in learning disabilities but are often underexamined. A student with strong reasoning but weak processing speed may appear capable in conversation but struggle significantly with timed academic tasks.
Writing recommendations that are too vague to be implemented. "Provide accommodations" or "use multisensory instruction" without specifying what accommodations or what type of multisensory approach leaves teachers and parents without actionable guidance. Every recommendation should answer: who does what, how, and how often.
Not addressing the student's emotional response to academic failure. Students with learning disabilities frequently develop secondary anxiety, low self-esteem, and avoidance behaviors related to their area of weakness. A thorough evaluation acknowledges the emotional impact and includes recommendations for social-emotional support alongside academic interventions.
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