Beyond Life Skills Reframing Science Access for Learners with Extensive Cognitive Support Needs

• Shwetambari Korde

  New Jersey Disc Center

  Author

This paper develops alternate science content expectations and accessible assessments tailored for K–12 students who require substantial cognitive support, centering the work squarely within inclusive special education practice. A design methodology blending evidence‑guided assessment design with universal access principles was used to derive age‑appropriate, concept‑focused targets and item formats spanning elementary, middle, and high school levels. Development relied on iterative expert review by special educators and science specialists to ensure alignment with general curricula while reducing cognitive load, addressing communication needs, and maximizing accessibility. A multi‑state pilot involving 1,606 students across four states examined item performance and access thresholds, identifying patterns of difficulty and informing targeted revisions where barriers were detected. Findings indicate that most items met accessibility and content criteria and elicited meaningful student responses, with focused refinements improving components flagged for undue challenge. Implications for special education include teacher supports that elevate conceptual science understanding beyond rote procedures, accessible materials grounded in learner profiles, and assessment routines that validly capture progress. Future directions prioritize scaling educator resources and longitudinal evaluation of outcomes as accessible science instruction and assessment become embedded within special education systems.

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