ASSISTIVE TECHNOLOGY AS A FOUNDATION FOR WRITING SUPPORT For decades, Individualized Education Program (IEP) teams have relied on assistive technology (AT) as a cornerstone of sup- port for students with disabilities who struggle with writing. Tools such as word prediction, speech recognition, and text-to- speech have long been used to reduce barriers related to tran- scription, spelling, language formulation, and access to text. These tools have enabled students to more fully engage in the writing process by allowing them to focus on ideas and meaning rather than the mechanics of writing alone. Many of the AT tools educators rely on today have long incor- porated forms of artificial intelligence (AI) to support students with disabilities in writing. Word prediction software anticipates a student's intended words based on letter patterns and context, reducing the spelling and cognitive load required to generate text. Speech-to-text tools convert spoken language into written form, allowing students with fine motor challenges, dysgraphia, or expressive writing difficulties to capture their ideas more effi- ciently. Text-to-speech tools read student writing aloud, helping students identify errors, improve sentence clarity, and engage in self-editing, particularly valuable for students who struggle with reading their own work. Grammar and spelling support flag errors in real time, providing immediate feedback that fa- cilitates learning rather than delaying it until teacher review. Graphic organizers and digital outlining tools help students plan, sequence, and structure their ideas, supporting executive functioning and organization throughout the writing process. Collectively, these tools have played an essential role in helping students with disabilities participate in writing tasks that might otherwise be inaccessible. As access to one-to-one devices has increased and the cost of educational software has decreased, tools that once required extensive assessment processes and specialized personnel are now readily available in general and special education class- rooms (Goldman, Carreon, & Smith, 2024). For many teachers, these tools have become routine instructional supports rather than specialized accommodations, benefiting a wide range of learners beyond those with identified disabilities. RESPONSIBLE AI USAGE What has changed more recently is the rapid advancement of generative AI. These newer tools have expanded what is possible by supporting students across multiple stages of the writing process, including brainstorming, drafting, revising, and receiving feedback. At the same time, they have sparked under- standable concerns among educators. Questions about cheat- ing, overreliance, and the impact on critical thinking have placed writing at the center of ongoing debates about AI in education. While these concerns deserve attention, focusing exclusively on risks ignores a key truth: when integrated into effective in- struction, AI-powered tools can extend the legacy of assistive
when the student has a solid conceptual understanding of the content. For students with autism spectrum disorder in need of level one supports, writing challenges often relate to organization, perspective-taking, and flexibility (Hilvert et al., 2019). These students may produce writing that is highly detailed in one area but lacks overall coherence, or writing that accounts for the needs of treader's needsties with executive functioning can make planning, revising, and self-monitoring especially taxing, while challenges with. At the same time, communication may affect persuasive or narrative writing tasks that require under- standing an audience's or a character's motivations. Students with intellectual disabilities also face unique writing challenges. These students often require significant scaffolding to engage in writing tasks, including support with idea gener- ation, sentence construction, and sustaining effort over time (Bakken et al., 2022). Traditional writing assignments may place an unrealistic emphasis on independence, unintentionally lim- iting students' opportunities to demonstrate their understand- ing fully. With appropriate supports, however, students with intellectual disabilities can participate in authentic writing ex- periences that emphasize communication and expression rather than mechanics alone. Writing can also be particularly challenging for students with physical disabilities or motor impairments. When handwriting or keyboarding requires substantial effort, students may devote most of their cognitive resources to the physical act of writing, leaving little capacity for higher-level thinking such as idea de- velopment or organization. In these cases, writing output may significantly underestimate what the student knows or is capa- ble of expressing. Across disability groups, a common theme emerges: writing often creates multiple barriers to students' ability to communi- cate knowledge, ideas, and understanding. When these barriers are not addressed, writing assessments may reflect a student's disability-related challenges more than their true learning. Rec- ognizing this complexity is essential for educators seeking to design instruction and supports that allow all students to partic- ipate meaningfully in writing tasks. Compounding the difficulty, many struggling writers are also struggling readers (Bones & Bouck, 2017). Writing assignments often require students to read and comprehend complex texts, extract key information, and integrate evidence into their writ- ing. For these students, the cognitive load begins long before they start drafting. By the time they are asked to write, their mental resources may already be depleted. As a result, writing tasks can mask what students truly know, understand, or can do, particularly when expectations emphasize mechanics and struc- ture over meaning.
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