Visual schedules and cues reduce anxiety by providing predictable routines.

Supports working memory and sequencing skills, key areas of cognitive development.

Promotes independence and comprehension by making abstract concepts concrete.

Visual supports provide structure, reducing the cognitive load of daily transitions.

Helps children build working memory and sequencing skills.

Encourages independence and engagement by making expectations concrete and predictable.

Preschool children receiving direct therapy showed measurable gains in expressive and receptive vocabulary, which predicted stronger literacy and reasoning skills

Phonological awareness activities (e.g., rhyming, segmenting sounds) improved working memory and early reading abilities

Children who accessed intervention before age 5 demonstrated higher academic readiness compared to peers without therapy

Dialogic reading strategies (teacher prompts, expansions) supported gains in vocabulary and narrative comprehension

Teacher use of open-ended questioning promoted flexible thinking and deeper reasoning during story time and play

Classrooms with rich linguistic input showed measurable improvements in children's attention, memory, and problem-solving abilities

Use of AAC led to increased vocabulary acquisition, helping children connect symbols with real-world concepts

Speech-generating devices encouraged sequencing, categorization, and recalling information, which strengthened reasoning skills

Children using AAC participated more actively in problem-solving and classroom discussions, improving social-cognitive development

Predictable daily schedules helped children with FASD stay engaged and reduce task confusion, supporting attention span

Breaking tasks into clear, sequential steps improved children's ability to follow instructions and complete problem-solving tasks

Visual supports paired with verbal directions boosted working memory and recall in both home and classroom settings

Children who participated in computer-based memory games showed significant improvements in sustained attention and recall.

Structured planning and organization activities improved children’s ability to approach problem-solving tasks systematically.

Self-monitoring tools such as visual checklists increased independence and supported metacognitive awareness in learning.

Multi-sensory instruction (using sight, sound, and movement together) improved concept mastery in children with FASD

Pairing visual and auditory input helped reduce reliance on abstract thinking and increased comprehension

Movement-based learning activities (like acting out stories) enhanced memory retention and flexible thinking

Embedding learning into natural play contexts increased children's ability to generalize skills across environments

Children showed gains in jint attention, imitation, and problem-solving, all foundational for cognitive growth

Combining behavioral and developmental stages prompted language learning and symbolic thinking

Children with ASD engaged in longer reciprocal conversations when supported by trained peers

Peer interaction boosted flexible thinking and cooperative problem-solving during play and academic tasks

Improvements generalized to classroom participation and group learning, supporting broader cognitive growth