Teachers often struggle to find the most effective instructional strategies to actively engage students and improve learning outcomes.
Luckily, explicit direct instruction (EDI) offers a structured, evidence-based approach proven to enhance student achievement when applied deliberately in the classroom.
In this post, we will break down what explicit direct instruction is, why it works, and how you can leverage EDI strategies and lesson plans to better connect with your students.
Explicit direct instruction (EDI) is a structured, teacher-led approach to teaching focused on actively engaging students in learning essential skills and content. This article provides an overview of EDI and practical strategies teachers can use to implement it effectively.
Explicit direct instruction refers to a systematic method of teaching that includes set lesson sequences following an "I do, we do, you do" format. Key terms related to EDI include:
Core principles of explicit direct instruction include:
Benefits include increased student engagement, learning, and retention of essential knowledge and skills.
Research shows EDI effectiveness for teaching reading, writing, math, science, and more across age groups. Benefits span various demographics and learning needs. Studies support EDI principles like guided, scaffolded instruction optimizing student learning and retention.
Explicit teaching provides clear, structured instruction to students by breaking down skills and concepts into manageable steps. This allows students to master key ideas before moving to more complex tasks.
Here is an example of using explicit teaching strategies at home:
For example, if you want your child to clean up their play area, you can adopt explicit teaching strategies such as:
So to teach your child to clean up, you might:
The key is providing that clear instruction and plenty of supported practice before letting them work completely independently. Maintaining a positive learning environment where mistakes are viewed as opportunities to improve is also very important.
With explicit teaching's structured approach, students gain confidence in their abilities to complete tasks successfully. This example demonstrates how to translate explicit instruction best practices into the home setting.
Explicit instruction refers to a structured, systematic, and direct way of teaching that includes clear statements about the purpose and rationale behind learning new skills and strategies. The teacher plays an active role in modeling and demonstrating concepts and skills step-by-step.
In contrast, implicit instruction relies less on the teacher's direct guidance and promotes more self-directed learning. Students are encouraged to construct their own understanding of concepts through hands-on activities and projects that facilitate the practical application of skills.
Some key differences between the two instructional approaches:
In practice, a balanced approach using explicit instruction to teach foundational skills and concepts, complemented by implicit instruction to facilitate meaningful application, is often most effective. The mix should align to learning objectives and student needs.
In EDI, when Checking for Understanding (CFU), you always teach first. The purpose of CFU is to verify that your students are learning what you are teaching while you are teaching. By teaching before you ask a question, the students are equipped to respond.
Here are some key things to know about check for understanding in explicit direct instruction:
In summary, checking for understanding is a critical component of explicit direct instruction. Well-planned CFU verifies learning in real time, signals when re-teaching may be necessary, and enables you to personalize instruction to meet all students' needs.
Direct instruction provides a clear example for students to understand a concept or skill. Here is an example of a direct instruction lesson plan:
The teacher will first model the new concept or skill for students. For example, when teaching students how to write a 5-paragraph persuasive essay, the teacher will think aloud and write a sample essay in front of the class, explaining their thought process step-by-step.
Next, the teacher will guide students through an activity that allows them to practice the new skill themselves. For example, the teacher may provide a writing prompt and have students brainstorm ideas in small groups before outlining their own 5-paragraph essay. The teacher will circulate to support students who need help.
Finally, students will complete an independent activity to demonstrate their understanding. For instance, students may be assigned to write their own 5-paragraph persuasive essay on a given topic as homework. This allows the teacher to assess if students have mastered the concepts from the lesson.
In summary, direct instruction moves from teacher modeling to guided practice to independent practice. This gradual release of responsibility ensures students fully understand the new material before working on their own.
To implement explicit direct instruction successfully, lessons should incorporate these vital components:
Effective EDI starts with precise learning goals so students understand the lesson's purpose and can track their progress. Clearly defined objectives motivate students and help them recognize accomplishments. Teachers should share objectives at the start of each lesson and reference them throughout instruction. For example, a math teacher could state, "By the end of today's lesson, you will be able to calculate percentages using mental math strategies."
Teachers provide clear, detailed explanations of new skills and concepts, often while modeling problem-solving strategies step-by-step. For example, when introducing a reading comprehension strategy like summarizing, the teacher would think aloud while demonstrating on an example text passage. The teacher explains each thinking step explicitly, ensuring students understand the reasoning behind the strategies.
After explanation and modeling comes ample opportunity for students to practice new material. Teachers guide the process using scaffolded activities before releasing full responsibility to students. Engagement routines like Think-Pair-Share encourage participation. Guided practice often utilizes the "I Do, We Do, You Do" framework where teachers shift from demonstrating to leading students through examples to letting them work independently.
Frequent feedback allows teachers to gauge student understanding and adjust instruction. Teachers circulate to monitor student work, asking probing questions and providing assistance. End-of-lesson assessments like exit tickets also inform planning for future lessons. Both informal checks for understanding and formal assessments keep teaching responsive to learners' needs.
Using the I do, we do, you do framework, teachers can create EDI lesson plans that systematically build student understanding:
The teacher directly explains concepts, demonstrates skills, and thinks aloud while problem solving. As part of the explicit direct instruction process, teachers should:
Effective EDI requires teachers to directly impart their expertise through clear explanations, explicit modeling, and guided practice.
The teacher scaffolds student learning by working through examples as a class to ensure understanding before independent practice. Key strategies include:
Fully guided practice ensures students securely acquire new knowledge before moving to independent work.
Students demonstrate self-sufficiency by applying their new knowledge and skills independently on practice tasks and assessments. Teachers should:
Independent practice activities reinforce skills and provide data to inform personalized interventions.
Here is an example of a math lesson plan following the I do, we do, you do framework:
I Do
We Do
You Do
This example illustrates how EDI lesson plans systematically build understanding. The I do, we do, you do structure ensures concepts are clearly introduced, collaboratively practiced, and eventually mastered through independent application.
Explicit direct instruction (EDI) provides teachers with advanced strategies to maximize learning impact in the classroom. By incorporating elements of cognitive load theory and the information processing model into lesson design, educators can leverage EDI techniques tailored specifically for teaching reading and other essential skills.
Cognitive load theory emphasizes the limited capacity of working memory. As such, teachers must carefully manage the information processing demands placed on students during EDI lessons. Useful techniques include:
Proper incorporation of these strategies, aligned with students' developmental levels, enhances the power of explicit instruction.
The information processing model outlines how new information enters working memory through sensory registers, connects with prior knowledge in long-term memory, and transfers back to long-term storage through rehearsal and practice.
Teachers can leverage this sequence in EDI by:
Careful attention to this process improves learning outcomes.
Research shows EDI is highly effective for developing reading skills. Useful strategies include:
Delivering explicit instruction across all five areas leads to improved reading abilities.
Follow this checklist to ensure your EDI lessons incorporate key best practices:
Careful inclusion of each component enhances explicit direct instruction effectiveness.
By leveraging research-backed techniques, teachers can design EDI lessons that maximize engagement, comprehension, and skill development for all learners.
When properly implemented, explicit direct instruction provides the modeling, guidance and practice students need to deeply comprehend concepts. Use these evidence-based strategies for organized, effective instruction.
Explicit direct instruction works by actively engaging students, minimizing cognitive load through precise explanations, and ensuring mastery via scaffolded practice. Lessons progress methodically through I do, we do, you do components.
Some key takeaways include:
In summary, explicit direct instruction provides an evidence-based framework to enhance student achievement through precise, structured pedagogy. Applying EDI principles leads to improved comprehension and retention of concepts.