Early Academic
Children use their evolving concepts of the environment to organize and reason about their perceptions and experiences. Through experience, their precepts are beginning to resemble adult concepts and they can use language to explain, describe, and reason (versus language being more rote in the previous stage). However, their reasoning is illogical.
Cognitive and Communication Milestones
- Multi-variable thinking emerges (e.g., sorts by both shape and color)
- Classify by representational properties and multiple class membership
- Use intuitive reasoning to give a simple explanation of the result of an experiment or cause of common phenomena; magical thinking or based on immediate perceptions, not logical (e.g., "what happens to the sun at night?"..."it goes behind the mountain")
- 1:1 correspondence (sense of quantity)
- Sequence pictures to tell a story
- Attend to a short story and answer simple questions about it
- Use language to narrate and explain based on their perceptions
- Make predictions
- Express sympathy
- Request clarification
- Can repeat longer number strings and more complex sentences
- Understand simple relationships (associations, opposites, categories)
- Explain object functions and describe properties of objects
- Use a variety of sentence structures, including complex sentences
- Engage in cooperative play
- Create imaginary roles and props
- Use language to resolve disputes with peers
- Use direct requests with justification (e.g., "Stop that. You’re hurting me.")
- Follow three-step directions without cues
- Play competitive games
- Have good control of the elements of conversation
- Ask questions for information
- Identify sound/letter correspondences and decode simple words and patterns
- Write/spell common words
- Emerging theory of mind
Strategies to AVOID
Strategy to AVOID |
Rationale |
What to do instead |
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Only whole group instruction |
Whole group does not provide frequent access for student to engage meaningfully as there is more downtime and limited opportunities to differentiate |
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Lengthy lectures |
Auditory systems are still developing through this stage so relying on lectures and verbal explanations does not create an optimal learning environment |
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Extensive group work |
Their organization, planning, and problem-solving skills do not support the ability to work in groups for extensive periods of time, without guidance from adults |
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Too delayed reinforcement and cost response systems |
Students continue to need frequent (although not immediate) reinforcement to stay engaged and motivated. Cost response may lead a child to give up on positive behavior and has multiple variables for them to consider, which can be confusing at this level when their understanding is still pre-logical and concrete |
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Relying extensively on logic or perspective taking |
Although students at this stage are starting to learn there are reasons and explanations outside of their immediate perceptions and experiences, they still have magical thinking and they are still egocentric until the end of this stage. |
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Strategies to Use
Strategy to Use |
Rationale |
Examples |
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An array of visual supports |
Visual supports continue to be meaningful and with emerging literacy skills, simple text-based visual supports can also be incorporated |
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Skills embedded in routines and activities (supported with picture/text) |
Routines continue to provide a meaningful context for learning as they are predictable and familiar. Targeted skills within the routines can increase in language, cognitive, and academic complexity (from previous stages) |
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Opportunities to explore cause-effect |
Children have a much better understanding of the relationship between cause and effect. They begin to see how their actions have an effect on their environment and other people |
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Delay in reinforcement (if visually represented) |
Ability to inhibit has increased so they can delay gratification a little more, but need to know when that gratification is coming as time is still an abstract concept |
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Touch Math (if 1:1 is solid - middle/end of range) |
Students now have 1:1 correspondence to support addition and subtraction. TouchMath provides multisensory strategies to support computation. |
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Teaching and shaping desired behavior/forms? |
When students use negative behaviors to communicate, a more appropriate form (e.g., gesture, picture, script, etc.), that serves the same function as the negative behavior, needs to be shaped and reinforced |
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Teaching and shaping desired behavior |
In order to reduce negative behaviors, students need clear expectations and simple rules taught in context and linked to reinforcement. |
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Picture-Based Communication Systems |
Not only are students symbolic, but they have acquired a lot more vocabulary and grammar. Therefore, students who are non-verbal can use communication systems to generate novel utterances. Their expressive communication using AAC systems is at a more advanced level. |
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