Schools use evidence-based teaching methods like explicit instruction, scaffolding, and self-monitoring to help students learn and practice key executive functioning skills.
Schools use evidence-based teaching methods like explicit instruction, scaffolding, and self-monitoring to help students learn and practice key executive functioning skills.
Executive Functioning Supports and Strategies
Schools use evidence-based teaching methods like explicit instruction, scaffolding, and self-monitoring to help students learn and practice key executive functioning skills.
Executive functioning (EF) supports and strategies are specific teaching methods used to build a student's capacity for skills like planning, organizing, time management, and self-control. Unlike accommodations, which change the task or environment to help a student work around a challenge, these strategies are a form of intervention designed to directly teach the underlying skill itself. The goal is for the student to eventually use these skills independently, with less support over time.
These interventions are structured, evidence-based instructional practices rather than informal tips. Research has identified several core approaches that are effective for teaching EF skills. These often involve making invisible thinking processes visible and concrete for the student to learn and practice. Common approaches include explicit strategy instruction, scaffolding with gradual fading of supports, environmental modifications, and self-monitoring routines.
These strategies help by breaking down complex mental processes into manageable steps that can be taught and practiced. For a student who struggles with initiating tasks, a self-monitoring checklist for getting started can provide the concrete first step they need. For a student who has trouble with planning, explicit instruction on how to use a planner makes an abstract skill concrete and repeatable.
By providing scaffolds and environmental supports, the school reduces a student's frustration and cognitive load while they are learning. This allows them to experience success and build confidence. Explicit instruction equips students with specific techniques for problem-solving and task management, while scaffolding builds their independence over time. The ultimate goal is for students to internalize these skills so that external supports are no longer needed, learning not just what to do but how to approach tasks in a more organized and strategic way.
These methods tend to be most helpful for students who struggle with planning, organization, task initiation, or self-regulation. They are effective in structured environments where students can benefit from routine and consistent support. This approach also tends to be more effective when personalized and adjusted according to the individual's unique needs and pace of learning.
Students benefit most when the instruction is explicit and systematic, when supports are provided at the right level of intensity, and when there is a clear plan for gradually reducing supports as skills develop. These strategies can be applied across different subjects and settings, helping students generalize their learning.
When it may not help
These strategies may be less effective when used in isolation without a comprehensive understanding of a student's overall needs. If the environment is unstructured or inconsistent, the strategies may not produce the desired results. Students with severe attentional challenges may need additional supports alongside EF strategies.
It is also important to note that these strategies require consistent implementation over time. Sporadic or inconsistent use of EF supports may limit their effectiveness. Additionally, if supports are never gradually reduced, they can become a crutch that prevents the student from developing the underlying skill independently.
Common variations
While specific programs vary, most effective EF interventions are built on a few key principles:
**Explicit Strategy Instruction:** This means teaching a skill or strategy directly and systematically. The teacher does not assume the student will pick it up on their own. Instead, they model the strategy, provide clear step-by-step instructions, and explain why and when to use it.
**Scaffolding and Fading:** Scaffolding means providing temporary supports to help a student successfully use a new skill. For example, a student learning to organize an essay might first be given a highly detailed graphic organizer with prompts. As their skill improves, they might move to a simpler organizer, and eventually to just an outline. The key is fading—the supports are gradually removed as the student demonstrates they no longer need them.
**Environmental and Structural Supports:** These are changes to the classroom environment, materials, or routines that reduce the EF demands of a task. Examples include visual timers for time management, color-coding materials for different subjects, or providing checklists for multi-step routines.
**Self-Monitoring Routines:** This approach teaches students to observe, measure, and record their own behavior or academic performance. A student might use a chart to track on-task behavior or a checklist to verify assignment completion before turning work in.
How to know it's working
Progress is typically determined by collecting and reviewing data. The IEP team, which includes the parents, agrees on how progress toward an EF-related goal will be measured. Effective data collection shows both that the student is performing the skill more accurately or consistently and that they are doing so with less support from the teacher or the environment.
Signs of progress might include an increase in the number of assignments turned in on time, teacher observations showing the student using a planning strategy before starting work, data from self-monitoring sheets showing improved focus, or the student successfully using less-detailed supports than they previously needed. A key indicator of success is generalization—when the student starts to use the skill in different situations or with new tasks, not just the one it was originally taught for.
What to watch for
A key part of effective EF intervention is the plan to gradually fade the supports over time. A support that is never faded can become a crutch that prevents the student from developing the underlying skill. The process of finding the right strategy for a specific student can involve some trial and error, and adjustments may be needed based on progress data.
It is also important to distinguish between an accommodation and an intervention. An accommodation helps a student complete a task (such as a teacher checking the student's planner every day), while an EF intervention teaches the student the skill themselves (such as teaching a self-checking routine to use with their planner). Both may be appropriate at times, but they have different purposes and goals. Monitoring whether skills are generalizing to new contexts is also important.
Questions to ask the team
- What specific strategies are being used to support the student's executive functioning skills?
- How is the student taught how, when, and why to use these strategies?
- What is the plan for gradually reducing supports as the student's skills develop?
- How is data collected to determine whether the student is learning and using the skill more independently?
- How do these interventions connect to specific IEP goals related to executive functioning?
- How is progress being measured and reported?
Research basis
A large body of research supports the use of direct and explicit instruction for teaching academic and behavioral skills, particularly for students with learning difficulties. The IRIS Center at Vanderbilt University synthesizes this research, highlighting explicit instruction as a high-leverage practice in special education.
Practices like self-monitoring and strategy instruction are considered evidence-based by the U.S. Department of Education's What Works Clearinghouse and the National Center on Intensive Intervention for improving outcomes in areas like writing, math problem-solving, and behavior. These methods are founded on the principle that the cognitive processes used by successful learners can be taught overtly to students who struggle with these skills.