Why Smart Students Struggle with English Language Arts

Introduction

Many parents and guardians are puzzled to find that smart students who excel in sciences, mathematics, or history often struggle with English Language Arts (“ELA”). Commonly, lower than expected ELA grades lead parents and guardians to question whether their children lack effort or ability, but challenges in ELA usually arise for reasons that are not the fault of students. Laziness and low intelligence are not the problems, as those strong STEM grades prove. But this means that hard work and “putting in the time” are also not the solutions in most cases. Before students can improve in ELA, the causes of their struggles must be identified and addressed.

How English Language Arts Differs from Other Subjects

Understanding the root causes of poor ELA performance involves understanding how ELA differs from other subjects. While math and sciences involve

• working with symbols,
• following procedural steps and applying models,
• interpreting quantitative representations, like graphs and tables, and
• working towards a right answer,

ELA involves

• accessing linguistic vocabulary,
• tracking sentence structure,
• connecting ideas across paragraphs, chapters, and texts,
• using background knowledge for contextualization,
• decoding, or identifying speech sounds and mapping them to letters and written words,
• inferring meaning,
• managing ambiguity and diverse interpretations, and
• organizing thoughts through writing.

While the myth of “left brain = math, right brain = art” significantly oversimplifies why some students excel in certain subjects but not others, STEM disciplines and ELA lean on different specialized cognitive systems. Spatial visualization, quantitative reasoning, and algorithmic thinking are core mental functions used in math and sciences, while empathy, semantic networking, imaginative simulation (or “narrative transport”), and verbal processing are essential to ELA.

Root Causes of ELA Struggles

I. Reading-Specific Skill Gaps

Whether due to the Covid pandemic, teacher strikes, large class sizes, or interrupted instruction, some students carry reading skill gaps into middle grades and high school. Undetected, insufficiently addressed, or temporarily obscured or de-emphasized by the more forgiving curricula of the previous grade levels, these gaps surface at the senior levels when the reading demands intensify. It is important to recognize that, first, a student’s intelligence and effort are not the problems here and, second, that the underdeveloped reading skills are learnable with appropriate tutoring.

A. Close Reading

Close reading is a method of careful attention to the local features of a text. These features may include diction (or word selection), figurative language (such as metaphor or personification), rhythm (such as narrative repetition or iambic pentameter), sound patterns (such as alliteration or rhyme), and many other literary devices. Allusion (or unexplained historical or literary reference) is an exceptional device that requires an understanding of outside texts, but the goal of identifying and comprehending allusion through close reading is to expand meaning within the local text. This does not mean that close reading is irrelevant to larger cultural conversations. Ultimately, close reading is a core skill that enables critical reading, discussed below.

Commonly, students are asked to produce analytical essays and textual commentaries without first being shown the process of close reading. Busy classrooms can pose challenges to learning the slow, deliberate method of close reading, especially because each individual reader notices different elements of a text when reading. A tutor can foster a student’s unique perspective on the subtle details of a text while demonstrating how to effectively communicate arguments about those details in written assignments.

B. Critical Reading

Whereas close reading generally focuses on a text in isolation, critical reading contextualizes or situates a text in the broader world and involves assessing a text’s purposes, assumptions, and credibility. In high school, especially, students are asked not only to summarize the content of a text but to articulate how that text acts on readers and fits into the world of literature and ideas. “What is the text trying to accomplish,” a teacher may ask, “and how does it connect with broader conversations outside the text?” Critical reading entails recognizing and explaining how a text constructs explicit and implied arguments and how it interacts with cultural discourses. Beyond this, students are also asked to examine whether a text’s arguments are effective and ethical, which involves evaluating a text’s supporting evidence, identifying its biases and fallacies, and questioning its ideological underpinnings.

Critical reading is a complex ability, and we continue developing our critical reading skills throughout our reading lives. The question is not whether a student is a critical reader or not, but whether that student’s critical reading ability has advanced in line with the curriculum. A student’s ability to discuss plot and character is not a reliable measure of critical reading ability, and a student who excelled at earlier grade levels, when the focus was on the content of texts, may experience academic shock when the demands of ELA shift abruptly to critical reading at more senior grade levels. Many students lose confidence or interest in ELA at this point, but a tutor can restore confidence, interest, and academic success by explaining the requirements of critical reading, which are often glossed over in busy classrooms, and by guiding a student’s critical engagement with a text.

C. Inferential Comprehension

Concerning what a text means between the lines, inferential comprehension contrasts with literal comprehension, discussed below. A student must construct inferences from a text by drawing on background knowledge, connecting information across multiple parts of the text, and reasoning beyond what is directly stated in the text. To paraphrase Ernest Hemingway, just as seven-eighths of an iceberg is below water, the bulk of a text can exist below the surface. Inference is the tool that readers use to access what is below the surface.

Inferential comprehension gaps can develop for a range of reasons. Students with limited background knowledge may lack the contextual framework necessary to recognize what a text is implying. Students with a literal comprehension gap, described below, cannot build inferences on an unstable factual foundation. Additionally, students with some of the neurological profiles discussed in Section III below, and particularly those involving language processing, cognitive inflexibility, or difficulty with non-literal language, may find the inferential layer of a text genuinely inaccessible without explicit instruction. Inference ability is highly idiosyncratic, and a student who struggles with inferential comprehension often benefits from working with a tutor who can connect the text in question to other cultural reference points while fostering that student’s unique ability to delve beneath the surface.

D. Literal Comprehension

Literal comprehension is the ability to accurately identify and retain the explicit information a text contains, such as who did what, when, and where. It is the foundational layer of reading comprehension, and without it no higher-order analysis is possible. While literal comprehension is sometimes treated as a low-level skill, gaps at this level are more common in high school students than is generally acknowledged, and they are frequently concealed by a student who has developed compensatory strategies, such as skimming for key details, relying on class discussion, or using secondary sources. These shortcuts allow a student to participate in literary conversations without having fully processed the primary text.

Literal comprehension gaps can originate in fluency deficits, vocabulary gaps, working memory limitations, or any of the attention and processing profiles discussed in Section III below. They can also originate in reading habits. For example, a student who has always read quickly and impressionistically, prioritizing narrative momentum over detail retention, may have never developed the slower, more deliberate reading practices that accurate literal comprehension requires. In both cases, the student who cannot reliably identify what a text explicitly says will struggle to build any analytical argument on top of it and will frequently substitute plausible-sounding inference for actual textual evidence, a pattern that teachers recognize immediately in essay writing. A tutor can address literal comprehension gaps by reading aloud with a student, modelling the silent reading process by articulating what a reader should be paying attention to, and asking questions to ensure that the student is retaining the correct information.

E. Reading Fluency

Fluency is the ability to read accurately, at an appropriate pace, and with automaticity, or the ability to recognize words instantly without conscious effort. Together, these aspects of reading fluency preserve full cognitive attention for comprehension and analysis. A student with a reading fluency gap must devote conscious effort to the mechanical process of reading, leaving fewer cognitive resources for understanding what the text means or how it works. As discussed in relation to dyslexia and processing speed limitations below, the cognitive cost of non-fluent reading is cumulative: the longer and more complex the text, the more pronounced the comprehension deficit becomes.

Fluency gaps frequently develop when a student lacks foundational decoding skills, or the ability to recognize written words by mapping their letters and letter combinations to the sounds of spoken language. A student who learned to read adequately for the short, familiar texts of elementary school may never have developed the automaticity required for the longer, denser, and more syntactically complex texts of high school. By the time a reading fluency gap becomes visible, typically when the student encounters their first full novel, literary essay, or extended non-fiction text, it has often been present for years. Fluency gaps are also commonly mistaken for comprehension gaps, since the observable outcome (a student who cannot accurately discuss what they have read) is identical. Distinguishing between them matters because they require distinct remedial work with a tutor.

F. Vocabulary Knowledge

A student’s vocabulary range is one of the strongest predictors of their reading comprehension and writing quality. A student who encounters a high proportion of unfamiliar words in a text must devote cognitive resources to inferring or skipping those words, both of which interrupt the reading process and reduce comprehension. Students with limited exposure to advanced vocabulary are at a significant disadvantage, not because they lack the intelligence to understand these words in context, but because they have not yet encountered them frequently enough for their meaning to come effortlessly.

Vocabulary gaps typically originate in reading volume. Students who read widely and independently from an early age accumulate advanced vocabulary incidentally through repeated exposure across a range of texts. Students who read less, whether due to any of the reasons described in Section III below or simply because independent reading was never a consistent habit, arrive in high school with a narrower vocabulary base than their more widely-read peers. This gap compounds over time. A student with a limited vocabulary finds reading less rewarding, reads less as a result, and therefore acquires new vocabulary more slowly. Vocabulary gaps also have a direct impact on writing quality, since a student can only deploy in writing the words they have securely internalized through reading. A tutor can identify important words that students should incorporate into their thinking and help develop vocabulary through discussion of the texts they are studying in class, which significantly improves vocabulary retention when compared with simple flashcard studying.

II. Writing-Specific Skill Gaps

The writing skill gaps described in this section often develop alongside the reading gaps described above, and for many of the same reasons. A student who has not developed strong reading habits is also unlikely to have developed strong writing habits, and the neurological profiles described in Section III below can affect writing as directly as they affect reading. As with reading gaps, writing gaps are not evidence of low intelligence or insufficient effort. Rather, these gaps relate to learnable skills that respond to targeted instruction.

A. Argument and Evidence

The ability to construct a substantiated argument is critical to ELA success. Yet, many senior students have been asked to form opinions about texts without having been shown how to support those opinions in ways that meet academic expectations. Moving from unfounded assertion to substantiated argument involves developing a specific, debatable claim and supporting it with evidence. At senior grade levels, a student is expected to select relevant evidence, introduce it appropriately, quote or paraphrase it correctly, and, most importantly, explain how it supports that student’s local argument and overarching thesis.

The explanation step is where most students struggle and where most marks are lost. A student with an evidence integration gap will cite a textual passage and assume it speaks for itself. In evaluating analytical or argumentative writing, however, a teacher will assess whether a student has interpreted the meaning of a citation, explained why it supports the local argument that student is making, and connected that argument to the student’s overarching thesis. Additionally, evidence integration gaps can involve difficulties with paraphrase and summary, or the ability to represent a text’s content accurately and concisely in a student’s own words. A student who has not developed effective paraphrasing skills may over-quote, resulting in writing where the author’s words dominate and the student’s analytical voice is absent. A tutor can address these gaps directly by working through the full sequence of argument development, evidence integration and explanation, and thesis connection using the texts that a student is already studying.

B. Essay Structure

A strong analytical or argumentative essay does not merely contain well-written content, but also arranges that content within a structure that builds the writer’s argument deliberately from thesis to conclusion in an ordered, logical manner. When a student lacks essay structure and organization, the resulting essay can contain adequate individual components but fail to function coherently, leaving readers confused or uninterested.

Structural gaps manifest most visibly in two areas. The first is paragraph sequencing. Three body paragraphs may each make a valid point but bear no deliberate relationship to one another. Poor sequencing indicates that the essay’s structure is arbitrary rather than intentional. The second is the relationship between the introduction and conclusion. In a structurally weak essay, the conclusion typically restates the introduction rather than synthesizing the argument that the body paragraphs have developed. The weak version indicates that the student planned their opening and closing before writing the body rather than allowing the body’s argument to determine the conclusion. While certain neurotypes described in Section III below can affect a student’s essay structure and organization, these skill gaps often exist independently of any neurodivergent profiles and can arise from lack of explicit instruction, which a tutor can remedy.

C. Idea Generation

Before a student writes a single sentence, the writing process begins with the cognitive work of generating, selecting, and organizing ideas in response to a prompt. For many students, this stage is the most difficult, especially because it is often not explicitly taught in classrooms. Problematically, insufficient idea generation can cause a student to draft without a clear argument or purpose, resulting in uncertain, meandering essays.

Students who at earlier grade levels became accustomed to working with received arguments, topic sentences, paragraph structures, or conclusions may have never been forced to develop their own idea generation processes. The open-ended analytical prompts of the senior grade levels can then feel overwhelming, especially for students with some of the neurological profiles described in Section III below. Sometimes mistaken for an innate talent, idea generation is a teachable skill. A tutor can help students approach each new writing prompt with the generative strategies and confidence necessary for producing strong writing.

D. Paragraph Structure

While a student must certainly devote effort in constructing the macro-architecture of an analytical or argumentative essay, the broad strokes of an essay are only part of the equation. Every successful essay depends on the strength of its paragraphs. Teachers expect certain elements in every analytical paragraph, including a topic sentence that establishes a specific claim, supporting textual evidence, analysis of how the textual evidence proves that paragraph’s claim, and connection between the paragraph’s claim and the essay’s broader thesis. Although this formula may sound simple, many students struggle with paragraph structure.

At the high school level, many students write topic sentences that are too vague to anchor a claim, rely on poorly related textual evidence, or insufficiently explain well-selected evidence. Even where a student writes a strong topic sentence and supports it with evidence, the paragraph may inadequately connect to the essay’s broader thesis. Ultimately, a topic sentence, evidence, analysis, and thesis connection must work together to build a coherent analytical paragraph. Usually instructional in origin, paragraph development gaps can be rectified by a tutor who focuses not only on an essay’s macro-architecture but also on explicitly guiding students through each step of crafting internally cohesive paragraphs.

E. Revision

Also known as self-editing, revision is the process of reviewing a draft with critical distance and reconsidering how it is written. The purpose of revision is not only to correct grammatical and other surface errors, but to evaluate whether the essay’s argument establishes the thesis in a clear, logical, and substantiated manner. The final stage of the writing process, revision is essential for transforming a strong draft into a final product intended for other readers, including teachers. Professional writers often go through multiple rounds of revision to ensure their manuscripts are worthy of publication, and successful ELA students often adopt the same approach. Conversely, students who ignore revision often receive poor grades, even when those students are strong writers. A draft is not a final product, and no student can skip revision and expect high marks. Sometimes, students will treat revision as a single pass through their draft for spelling and grammar errors. Genuine revision involves re-conceptualizing and restructuring at the macro and paragraph levels.

A tutor can help a student re-frame the importance of revision and recognize that simply producing a first draft may mean that much work is yet ahead. Students who adjust their expectations and acknowledge that revision is hard work are better able to plan time for the revision process and remain open to the value of making major structural changes to a merely passable draft. To accommodate meaningful revision, students must also complete their first drafts well ahead of submission deadlines, which can be problematic for certain neurological profiles described in Section III below. In such cases, a tutor must not only communicate the purpose and requirements of revision, but address the needs of a student’s specific neurotype.

F. Syntax and Style

Just as macro-essay structure and individual paragraph structure are important, so too is sentence-level writing. Syntax concerns sentence structure, or the way in which words are organized to form phrases, clauses, and complete sentences. Style concerns how syntactic choices affect voice and tone, which are the qualities that make a piece of writing distinctive and idiosyncratic rather than generic. Syntax and style, therefore, are critical not only in communicating effectively but in communicating affectively, or in sharing a writer’s emotional and personal experiences.

Poorly developed syntax will limit the sophistication, clarity, and persuasive power of an argument, which can significantly impact grades. The most common sentence-level gap is syntactic monotony, or the tendency to construct all sentences in the same basic pattern, producing writing that is grammatically correct but rhythmically flat and stylistically underdeveloped. Related gaps include imprecise word choice, where a student selects a roughly appropriate word rather than the most accurate one, over-reliance on passive constructions, which diffuse the energy and clarity of analytical writing, and the inability to vary sentence length deliberately for rhetorical effect. These are not errors in the conventional sense, but they produce writing that reads as immature relative to the expectations of senior ELA assessment. Similarly, stylistic monotony or passivity will result in lower grades without breaking any technical rules. Especially in the age of artificial intelligence, teachers want to see a student’s personality shine through their writing, and a tutor can help a student find their voice, articulate their voice through syntactic choices, and develop a unique, personal writing style.

Several neurological profiles described in Section III below, especially those involving working memory limitations, processing speed limitations, or automaticity deficits, can compound syntactic and stylistic underdevelopment. While students can struggle to develop their syntax and style in class, especially where they experience significant cognitive overhead due to time pressure, distractions, or other classroom dynamics, a tutor can create a comfortable learning environment that frees up the mental resources necessary for deliberate syntactic experimentation and the gradual development of personal style.

G. Thesis Development

In an analytical or argumentative essay, every sentence and paragraph serves to support, develop, or complicate the thesis, or the essay’s central claim. Regardless of how well they write at the sentence level, students who cannot construct a clear, specific, and defensible thesis cannot write strong essays. At senior grade levels, thesis development is one of the most important writing skills, and gaps here will cause problems that permeate an essay’s entirety.

A student who struggles with thesis development often makes claims that require highly subjective textual interpretation, claims that are accurate but too broad to be supported in the space of a single essay, or claims that are so obvious that no one would argue against them. Many students also produce descriptive rather than argumentative theses that simply announce topics. For example, a student may state, “This essay will discuss the theme of ambition in Shakespeare’s Macbeth.” Teachers want to see theses that make arguable, specific claims, such as: “Through stage directions that repeatedly call for alarms to sound whenever Macbeth privately expresses his ambitions, whether in soliloquy or in conversation with his wife, the play merges the internal and the external and dissolves the boundary between the personal and the political.”

Thesis construction gaps are almost always instructional in origin, and a tutor can guide students through the thesis construction process by helping them make nuanced textual observations, form interpretative positions, and develop arguable, evidence-based claims. Especially where the neurological profiles in Section III below are involved, thesis development is a sophisticated cognitive operation that requires explicit modelling and deliberate practice to develop.

III. Neurodivergent Learning Profiles

Success at junior grade levels or in subjects other than ELA can camouflage a student’s cognitive or learning differences. Students who have quietly or unknowingly coped with any of the following differences may encounter aspects of the high school ELA curriculum that cause academic shock, or the realization that the methods or workarounds that served them in prior academic settings will no longer suffice. The following sections describe a non-exhaustive range of learning profiles related to language processing, executive functioning, social-cognitive functioning, or cognitive efficiency, each of which can significantly affect ELA performance in ways that are frequently misattributed to laziness or low ability.

A. Language Processing Profiles

i. Auditory Processing Disorder (APD)

APD is a condition that affects how efficiently the brain interprets and organizes auditory input, particularly spoken language, even when hearing ability is normal. Individuals with APD may struggle with distinguishing similar sounds, processing speech in noisy environments, or remembering verbally communicated information. This can cause issues with following class discussion or the speech of a teacher. Because phonological awareness and sound discrimination form part of the foundation for spelling and decoding, weaknesses in auditory processing can interfere with learning to read and spell efficiently. As a result, students with APD may experience difficulty following verbal instructions, developing automatic decoding skills, and integrating spoken language with written text.

ii. Developmental Language Disorder (DLD)

Formerly called Specific Language Impairment (SLI), this common but frequently underdiagnosed disorder affects how students organize and understand the building blocks of communication. DLD can cause challenges with processing prefixes and suffixes, tense modifiers, and overall sentence structure. Conversation and class discussion can make apparent how students with DLD often struggle to retrieve the word they want from their mental filing cabinet. DLD also makes it difficult to process non-literal language like metaphors, irony, and idioms. Further, students with DLD can struggle to connect discrete ideas, which results in writing that lacks flow or reads like a collection of disjointed sentences. Whereas the challenges of dyslexia are phonological (or about how a symbolic code of text is converted into speech sounds) the challenges of DLD are linguistic (or about understanding what speech sounds mean and how they fit together).

iii. Dysgraphia & Dyspraxia

Dysgraphia is a neurological disorder that affects writing skills, such as spelling, handwriting, and written organization. For students with dysgraphia or (the related but distinct) dyspraxia, the significant cognitive load of letter formation can leave little energy or capacity for complex thought and high-level composition, often leading to essays that are shorter and simpler than expected when considering these students’ strong speaking abilities. While dysgraphia is specific to writing, the more global dyspraxia affects broader motor abilities. In both cases, the effort of “getting it on the page” sabotages the student’s ability to demonstrate their strong verbal intelligence. Students with dysgraphia or dyspraxia are often misjudged as lazy or unmotivated, but these students do not lack effort or drive.

iv. Dyslexia

Dyslexia is a learning disorder that disrupts how the brain processes written language. While the effects of dyslexia are commonly misunderstood as merely reading backwards or mixing up letters, dyslexia is far more complex, causing difficulty with how the brain maps the sounds of spoken language to their corresponding written symbols. A neurotypical reader relies on orthographic mapping pathways and other brain circuitry to recognize familiar words quickly, but a dyslexic reader must deal with under-developed orthographic processing and a phonological bottleneck. Reading then becomes a lengthy, exhausting process. Because dyslexic readers spend their mental energy subvocalizing (or saying the words in their minds), they have limited cognitive bandwidth for inference, tone analysis, or theme identification. Additionally, as dyslexic students can require significantly longer than neurotypical students to complete written assignments, they often suffer chronic academic fatigue and develop a tendency to simplify their written vocabulary to avoid the cognitive strain of spelling complex words.

v. Hyperlexia

While dyslexia causes challenges with the mechanics of reading despite a student’s strong comprehension potential, hyperlexia is a preoccupation with the mechanics of reading that often outpaces language comprehension. Frequently presenting before age five, hyperlexia is characterized by an intense and typically self-taught ability to decode written language. This manifests as a precocious talent for reading aloud with the fluency of an adult, but at the expense of understanding what is being read. Hyperlexic students, often identified as gifted in elementary school because of their oral reading abilities, excel when the curriculum is designed around learning to read. However, these students often experience academic shock when the curriculum shifts in high school to reading to learn, requiring students to move beyond literal facts to grasp abstract themes, character motivations, and subtext.

B. Executive Function Profiles

i. Attention-Deficit/Hyperactivity Disorder (ADHD)

ADHD is a neurodevelopmental condition characterized by persistent patterns of inattention, hyperactivity, and impulsivity, all of which are rooted in differences in executive functioning. Because ELA places particularly heavy demands on sustained attention, working memory, organizational planning, and the ability to tolerate the slow process of drafting and revision, students with ADHD often struggle disproportionately in ELA relative to subjects that reward bursts of focused problem-solving. Reading comprehension suffers when attention lapses mid-passage, forcing repeated resetting of the comprehension process. Writing suffers when the executive load of planning, drafting, and revising across multiple sessions exceeds what limited working memory and impulse control can sustain.

Compounding these challenges, students with ADHD frequently experience hyperfocus, or intense, absorbing engagement with material that genuinely interests them. A student who produces exceptional work on one assignment and fails to submit the next is not demonstrating inconsistent effort or ability, but rather is demonstrating a condition that is highly responsive to interest and novelty. This unevenness is commonly misread by teachers, parents, and guardians as a motivational problem rather than a neurological one.

ii. Cognitive Inflexibility (Independent of Autism)

Students with cognitive inflexibility, sometimes described as rigid thinking, are not resistant to new ideas out of stubbornness or indifference. Rather, their brains have genuine difficulty disengaging from an established interpretation in order to consider an alternative one. In a subject like mathematics, where problems typically have one correct answer, this profile may go entirely unnoticed. ELA, however, is built on interpretative flexibility, and rigid thinking becomes visible quickly. In reading, cognitive inflexibility presents as a strong attachment to literal meaning and a resistance to ambiguity. When asked to analyze a character’s motivations, a student with this profile may identify an obvious explanation but struggle to entertain competing readings, even when textual evidence supports them. Irony, unreliable narration, and thematic subtext, all of which require a student to hold two interpretative frames simultaneously, can be particularly challenging. Similarly, when a teacher or tutor offers a reading that contradicts the student’s own, the student may not be able to genuinely engage with the alternative. In writing, rigid thinking tends to produce essays with a narrow argumentative range. These students often latch onto their first thesis and defend it without sufficiently stress-testing it against counter-evidence or alternative interpretations.

Cognitive inflexibility frequently overlaps with Autism Spectrum Disorder, but it also presents independently and should not be assumed to indicate any broader neurodevelopmental condition. Equally important, rigid thinking in academic contexts often coexists with creative and intellectual strengths, as many cognitively inflexible students are exceptionally focused, detail-oriented, and capable of sustained deep analysis within a framework they have already internalized. The goal of instruction is not to eliminate their characteristic intensity but to build the cognitive tools that allow them to apply it more flexibly.

iii. Emotional Regulation Difficulties

Students with emotional regulation difficulties are not being dramatic, avoidant, or manipulative when they shut down in response to ELA assignments or classroom discussions. They are experiencing genuine neurological stress responses that temporarily impair their abilities to access the higher-order thinking required by the assignments or discussions. Unlike subjects with clearly defined correct answers, ELA asks students to make interpretative claims, defend subjective positions, and produce original writing that will be judged by other people. For students with emotional regulation difficulties, this combination can activate disproportionate stress responses. Students may experience frustration, anxiety, or complete cognitive shutdown in class not because the ELA requirements are beyond their abilities, but because their emotional regulatory capacities have been exceeded.

A student who has repeatedly experienced shutdown or perceived failure in ELA due to emotional regulation difficulties may also develop performance anxiety. By high school, some students have accumulated enough negative ELA experiences that their emotional regulatory challenges are triggered not by a specific assignment but by the subject itself. Untangling capability from emotional history becomes a necessary part of any effective instructional approach with these students.

iv. Limited Working Memory

Compared with neurotypical students, a student with working memory limitations can hold and manipulate fewer pieces of information simultaneously in the mind. In ELA, this creates compounding difficulties because the subject rarely isolates a single skill. A student reading a complex passage must simultaneously decode unfamiliar words, track narrative or argumentative structure, retain earlier details to make sense of later ones, and monitor their own comprehension. When working memory is limited, one or more of these processes gets dropped. The student may decode competently but lose the thread of an argument or track plot details but miss the emotional subtext running beneath them. The same dynamic affects writing. Composing an essay requires a student to simultaneously hold their thesis in mind, remember what they have already written, plan what comes next, apply grammar and spelling rules, and manage paragraph structure, all while generating new ideas. For a student with working memory limitations, this is not multitasking so much as serial task-switching, with each switch costing time and mental energy. As a result of limited working memory, a student’s writing may start strong but become unfocused or appear rushed towards the conclusion, where tying all the argumentative threads together is often a challenge.

v. Organizational Deficits (Independent of ADHD)

This profile is characterized by difficulty imposing structure on ideas, information, and written work. In reading, organizational deficits present as difficulty constructing a coherent mental map of a text. Students with organizational deficits can follow a narrative or argument sentence-by-sentence, but they struggle to synthesize what they have read into an organized whole or mentally retrievable structure. The impact on writing, however, is typically more visible and more consequential for grades. These students often have strong ideas and genuine points of argument to communicate, but their essays betray a fundamental difficulty with sequencing, prioritization, and structural logic. An introduction may bury the thesis, a body paragraph may fail to connect evidence to arguments, and instead of synthesizing and extending points already made, a conclusion may introduce new or unrelated ideas. Teachers often note that these students’ individual sentences are competent but that their essays lack unity and direction. Like cognitive inflexibility, organizational deficits frequently go undetected in earlier grades, where shorter writing tasks obscure the underlying difficulty. The shift to multi-paragraph analytical writing at the senior grade levels can expose organizational deficits suddenly, causing academic shock.

C. Social-Cognitive Profiles

i. Autism Spectrum Disorder (ASD)

ASD is a neurodevelopmental condition characterized by differences in social communication, sensory processing, and cognition that present differently in every individual and do not uniformly produce difficulties in ELA. However, several features of ELA create predictable challenges for many autistic students. ELA is heavily oriented around the interpretation of human social behaviour, including character motivation, emotional subtext, unreliable narration, and thematic irony, which all require a student to model the inner lives of others and to hold ambiguous, competing interpretations simultaneously. For autistic students who process social and emotional information differently, these interpretative tasks can feel genuinely opaque rather than merely difficult, and the expectation that meaning is implied rather than stated can be experienced as a fundamental mismatch with how they naturally engage with language and text. Figurative language presents related challenges.

The classroom environment can compound these difficulties. Group discussion requires students to respond spontaneously to open-ended interpretative questions in a social setting, which can be dysregulating for autistic students who experience sensory overload, require additional processing time, or find the social performance of literary interpretation anxiety-inducing. The result is that autistic students are frequently misread as disengaged or indifferent when they are in fact overwhelmed or processing differently.

It is equally important to recognize that autism frequently pairs with genuine strengths in ELA, as many autistic students demonstrate exceptional vocabulary, precise recall of textual detail, strong pattern recognition, and the capacity for deep, focused engagement with texts that interest them. Effective ELA tutoring builds directly on these strengths.

ii. Nonverbal Learning Disorder (NVLD)

NVLD is a neurological profile characterized by strong verbal abilities alongside significant difficulty processing nonverbal information, such as spatial relationships, visual patterns, and the unspoken cues that affect aspects of communication like tone, implied meaning, and irony. The label can be misleading for parents, as students with NVLD are not non-verbal. Rather, they are highly verbal students who struggle to process the non-verbal aspects of communication. As discussed in regard to Inferential Comprehension above, much of a text can operate below the surface of literal meaning. For students with NVLD, the inferential stage is precisely where comprehension breaks down. These students can decode fluently, recall textual details accurately, and discuss individual sentences with sophistication, but then struggle to step back from the local details of a text and perceive its larger architecture, emotional arc, structural logic, or implied arguments.

The same dynamic shapes how students with NVLD approach writing. Because their difficulties are not with language itself but with the implied, structural, and inferential dimensions of meaning, their essays tend to be fluent but superficial. These students may present accurate textual evidence but fail to articulate what that evidence implies, identify what a character does but not what that behaviour reveals, or summarize an argument accurately but not interrogate its assumptions or evaluate its underlying logic. The analytical moves that ELA writing most rewards, such as inference, synthesis, interpretation, and the willingness to read between the lines, are precisely what NVLD makes most difficult. Teachers frequently describe these students as thorough but literal, a characterization that is accurate but rarely accompanied by an explanation of why, leaving the student without a clear path to improvement.

A tutor who understands the NVLD profile can make the implicit demands of literary analysis explicit, giving these students the interpretive tools they need to move from accurate description to deep textual engagement and penetrating argument.

D. Cognitive Efficiency Profiles

i. Automaticity Deficits

A student has automaticity deficits when foundational academic skills do not become automatic through repeated exposure and practice. In neurotypical students, writing skills like spelling, punctuation, sentence construction, and paragraph formatting gradually shift from conscious, effortful processes to automatic ones, freeing up cognitive resources for higher-order concerns like thesis development, essay planning, argument construction, evidence selection, and audience awareness. In students with automaticity deficits, this shift does not occur completely, meaning that foundational skills continue to demand conscious attention and mental energy well into senior grade levels. With higher-order thinking and foundational writing skills competing for the same cognitive resources, one inevitably suffers. In most cases, it is higher-order thinking that is sacrificed, because the mechanical demands of producing legible, grammatically acceptable text are more immediate and harder to ignore.

In reading, the same dynamic applies. A student who has not automatized decoding must direct conscious attention to the recognition of individual words, leaving fewer cognitive resources for the comprehension processes that run simultaneously in a fluent reader, such as tracking narrative structure, building inferences, monitoring tone, and connecting ideas across a text. The longer and more complex a text, the more pronounced this effect becomes, as the cumulative cognitive cost of non-automatic reading compounds over the course of a passage, chapter, or novel.

A tutor can target automaticity deficits directly by isolating foundational skills and drilling them to the point of automaticity in low-stakes contexts, gradually reducing the cognitive overhead of mechanics and freeing up the student’s analytical capacity for the higher-order work their intelligence is fully capable of producing.

ii. Cognitive Load Sensitivity

This is a profile in which the simultaneous demands of complex tasks use a student’s available mental resources more quickly than is typical, causing performance to deteriorate under conditions that peers handle without apparent difficulty. Every student has a cognitive load ceiling, or a point at which competing demands exceed available capacity and performance begins to break down. In neurotypical students, that ceiling is high enough that ordinary academic tasks do not approach it. In students with cognitive load sensitivity, the ceiling is lower and is reached more quickly.

ELA is among the most cognitively demanding subjects in the secondary curriculum precisely because it rarely isolates a single skill. For example, a student writing an analytical essay is simultaneously managing thesis construction, evidence selection and integration, paragraph organization, sentence-level grammar, spelling, tone, voice, and awareness of the reader’s likely interpretation, each of which increases the total cognitive load. For a student with cognitive load sensitivity, the stacking effect is the problem. Performance that is entirely adequate when demands are moderate can collapse suddenly and completely when the full complexity of a senior ELA task is introduced.

This learning profile also interacts in important ways with test-taking conditions. Examinations introduce time pressure, unfamiliar prompts, and elevated anxiety, each of which independently consumes cognitive resources. For a student with cognitive load sensitivity, these additional demands can push them past their threshold before they have written a single word, leaving them with depleted resources for the actual task. The resulting exam performance can be dramatically unrepresentative of what the student is capable of producing under lower-pressure conditions, and is frequently misread by teachers, parents, and guardians as confirmation of low ability or poor preparation rather than as evidence of a cognitive profile that instruction and accommodation can directly address.

iii. Processing Speed Limitations

Students with processing speed limitations are not less intelligent than their peers, but are running the same cognitive operations at a slower rate. The distinction matters because processing speed is frequently misread as disengagement, low ability, or lack of preparation. In ELA specifically, processing speed limitations create friction at nearly every stage. During reading, a slower processing rate means that by the time a student has fully absorbed one sentence, the mental context of the previous one has begun to fade, making it difficult to build cumulative understanding across a long passage. During class discussion, these students often arrive at a strong, considered response, but only after the conversation has moved on. Over time, many such students learn to stay quiet rather than risk contributing a point that no longer fits the discussion, which teachers may interpret as passivity or disinterest.

The impact on writing is equally significant. Timed writing tasks, which are a fixture of both the Alberta and British Columbia curricula, are acutely punishing for students with processing speed limitations. These students are not struggling to generate ideas but, rather, to articulate those ideas at the speed the task demands. The result is written work that is shorter, less developed, and less representative of the student’s actual thinking than work produced without time constraints. Chronic under-performance on timed tasks can also erode a student’s confidence over time, creating a secondary layer of anxiety that further slows output. A tutor can work with these students in untimed conditions that allow their actual thinking to surface, build explicit strategies for managing timed tasks, and provide the kind of unhurried, low-pressure engagement with texts and ideas that restores confidence and accurately reflects what the student is capable of producing.

iv. Slow Lexical Retrieval

A student with slow lexical retrieval can have a robust vocabulary but a delayed ability to summon words and their meanings, which can be problematic during timed academic tasks. Lexical retrieval is the process by which the brain locates and produces a specific word from its stored vocabulary. This is the mental equivalent of searching a vast library. In students with slow lexical retrieval, the library is fully stocked, but the search takes longer than average. This profile is worth distinguishing carefully from Developmental Language Disorder, discussed earlier in this article. A student with DLD may have genuine gaps in their vocabulary knowledge or difficulty organizing language at a structural level. A student with slow lexical retrieval typically has strong vocabulary knowledge and sound language organization. The bottleneck is specifically at the retrieval stage, not at the storage or structural stage. In practice, both DLD and slow lexical retrieval can produce similar observable behaviours, such as hesitation, imprecision, or circumlocution, but the underlying mechanism and the appropriate instructional response differ significantly.

In class discussion, students with slow lexical retrieval may be passed over before their retrieval process completes, leading many to disengage from verbal participation entirely. In writing, an essay produced under time pressure may read as though it was written by a student with a limited vocabulary, when in fact it was written by a student whose vocabulary was inaccessible at the speed the task demanded. The resulting grade reflects retrieval speed rather than vocabulary depth. In untimed or low-pressure writing contexts, the same student may produce work of dramatically higher lexical quality. A tutor working with these students can draw out the full depth of their vocabulary, build retrieval fluency through repeated low-stakes practice, and help them develop strategies for managing the retrieval demands of timed, high-pressure assessments.

Conclusion

The gaps and profiles described in this article are not character flaws, and they do not define the students who carry them. Where they relate to neurological differences, those differences are real and lasting, but their negative impact on ELA performance need not be. They are specific, identifiable obstacles that respond to targeted instruction, and identifying them accurately is the first step toward addressing them effectively. A student who has spent years receiving feedback that amounts to “try harder” deserves a different conversation that begins with understanding why they are struggling rather than simply observing that they are.

Even for students who excel in mathematics or sciences, English Language Arts should not be thought of as a secondary priority or a subject to be managed rather than mastered. Such an approach becomes costly at the university level, where even the most technically demanding disciplines depend on the ELA skills this article has described. An engineering student who cannot construct a clear argument will struggle with technical reports and project proposals. A pre-med student with inferential comprehension gaps will find the dense, complex reading demands of medical literature more difficult than they need to be. A computer science student who has never developed their analytical writing will be under-prepared for the research papers, documentation, and professional communication that advanced study and industry practice require. Reading critically, writing precisely, and arguing coherently are foundational professional skills that STEM disciplines increasingly demand and rarely teach. Ultimately, strong ELA performance in high school is not merely a prerequisite for university admission, but prepares students for the full range of intellectual and professional work that follows.