A teacher's guide to the three most used lesson plan templates: Madeline Hunter's 7 step ITIP, Gradual Release of Responsibility (I do, We do, You do), and the 5E model (Engage, Explore, Explain, Elaborate, Evaluate). Full worked lesson examples for each, plus a decision framework for picking the right template. Free AI lesson planner inside.
Talk to five teachers about lesson planning and you will hear five different templates, each one presented as "the way it should be done." Some picked up 5E in a science methods class. Others learned Madeline Hunter in their induction year and never stopped using it. A newer cohort was trained on Gradual Release by a literacy coach. All three are widely used, well researched, and produce genuinely different lessons even when the content is identical.
The choice matters. A skill lesson taught in a 5E structure feels aimless. An inquiry lesson taught in Madeline Hunter feels closed. A close reading lesson taught in pure discovery ends with students who never got shown what proficient reading actually looks like. This guide lays the three templates side by side, walks through a worked lesson in each, and gives a decision framework for picking the right template for what you are teaching next week.
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Each of the three templates came out of a different research tradition and answers a different question about how learning happens. Reading them side by side makes the differences obvious.
| Template | Origin | Best for | Typical length | Signature move |
|---|---|---|---|---|
| Madeline Hunter (ITIP) | 1970s, University of California, based on effective teaching research | Skill acquisition, procedural content, direct instruction | 45 to 60 min, single lesson | Explicit modeling followed by a check for understanding before independent practice |
| Gradual Release of Responsibility | Pearson and Gallagher 1983, popularized by Doug Fisher and Nancy Frey | Literacy, complex processes, apprenticeship into a discipline | 60 min single lesson to a multi day arc | Structured shift of cognitive load from the teacher to the student across four stages |
| 5E Model | BSCS Science Learning, Rodger Bybee, 1980s and 90s, based on constructivist learning theory | Inquiry science, phenomenon based learning, concept construction | Usually 2 to 5 class periods per learning cycle | Students Engage with a phenomenon before any teacher explanation |
None of the three is "better." They are answers to different design questions. Madeline Hunter asks how to teach a skill efficiently and check that students got it. Gradual Release asks how to shift responsibility for a complex process from the teacher to the student over time. 5E asks how to let students construct a concept from their own encounter with a phenomenon. The trick is picking the template that matches what you actually want students to learn on a given day.
Madeline Hunter's Instructional Theory Into Practice, usually shortened to ITIP or "Hunter's seven step lesson," is the most widely used direct instruction template in North American teacher preparation. It came out of the effective teaching research of the 1960s and 70s: what do teachers whose students consistently learn a lot of content actually do that other teachers do not. Hunter organized the answer into seven steps that together fill a single class period.
| Step | Purpose | Example in a grade 6 lesson on solving one step equations |
|---|---|---|
| 1. Anticipatory Set | Hook attention. Activate relevant prior knowledge. Preview why this matters. | "Here is a receipt from lunch: I paid $12 and got $3 back. My meal cost x dollars. Write an equation that finds x." (2 min, silent work, then share) |
| 2. Objective and Purpose | State what students will be able to do by the end and why it matters. | "Today you will solve one step equations using inverse operations. This is the move behind every algebra problem for the next four years, so it needs to be automatic." |
| 3. Input | Deliver the content: definitions, examples, non examples, key vocabulary. | Define equation, variable, inverse operation. Show three worked examples: x + 5 = 12, x minus 4 = 9, 3x = 21. Point out that the goal is to isolate x. |
| 4. Modeling | Think aloud through a fresh problem so students see the reasoning, not just the answer. | Teacher solves 7 = x + 2 out loud: "I see the variable is on the right, that is fine. I want x alone. What is glued to it? Plus 2. So I undo it by subtracting 2 from both sides." Writes each line. |
| 5. Check for Understanding | Verify students got it before they practice on their own. Do not proceed if the check fails. | Whiteboard check: everyone solves x minus 6 = 4 and shows the board. Teacher scans. If more than a few miss, back to Modeling with a fresh example. |
| 6. Guided Practice | Students work problems with the teacher circulating and correcting misconceptions in real time. | Six problems on a slide. Students work at partners. Teacher walks the room, catches errors, prompts with a leading question rather than the answer. |
| 7. Independent Practice | Students consolidate the skill alone. Also serves as evidence for grading. | Ten problems on a half sheet, no partner talk. Teacher grades that night, or a student self checks against a posted key. |
A common eighth step, Closure, is often taught with the seven. It is a short activity that asks students to summarize or apply the objective before they leave (a one problem exit ticket is the standard move). Many districts still call the template "the seven step lesson" even when they teach eight steps, so do not read too much into the numbering.
When Madeline Hunter shines: any lesson where the answer to "what will students be able to do by the end" is a specific, well defined skill. Solving equations. Formatting a paragraph. Spelling with the doubling rule. Applying the mole ratio. Reading a graduated cylinder. The template is efficient (one class period, one skill), the check for understanding stops the class from moving on before most students have it, and independent practice creates gradeable evidence. When it flops: open ended content where the "skill" is really a habit of thinking. Analyzing a primary source, arguing about a moral question, designing a science experiment. Those need one of the other two templates.
Gradual Release of Responsibility, or GRR, comes out of literacy research (Pearson and Gallagher, 1983). Its central insight is that learning a complex process requires an apprenticeship: the teacher first performs the process visibly, then does it alongside students, then hands it over in a controlled way, and only then expects students to do it independently. The four stages are usually named "I do, We do, You do together, You do alone." Doug Fisher and Nancy Frey have written the most cited teacher facing version.
| Stage | Cognitive load | What the teacher does | What students do | Example: high school close reading of a short story |
|---|---|---|---|---|
| 1. Focus lesson ("I do") | 100% teacher, 0% student | Names the process. Models it aloud. Makes thinking visible. | Watch. Take notes on the strategy, not the content. | Teacher reads the first two paragraphs aloud, thinks aloud about what she notices: "I am flagging this word because it is unusual. I am wondering what the setting tells me about the narrator's mood." |
| 2. Guided instruction ("We do") | Teacher and students share the load | Prompts, questions, and scaffolds. Steps in when the class stalls. | Read the next section aloud together. Answer probing questions. Struggle in public, safely. | Teacher stops after paragraph 4: "What has changed for the narrator here? What word tipped you off?" Class discussion. Teacher redirects, does not lecture. |
| 3. Collaborative ("You do together") | Most of the load on students, teacher on standby | Sets clear roles. Circulates. Redirects groups that are stuck. | Work the next section in pairs or small groups, using the same strategy the teacher modeled. | Pairs annotate paragraphs 5 through 8 for shifts in mood. They compare annotations before sharing out. |
| 4. Independent ("You do alone") | All on the student | Assesses. Collects evidence of learning. | Apply the strategy to fresh text alone. | Homework: annotate a new one page story on the same features. Turn in tomorrow. |
The most important detail: the stages are not fixed in length or order. A well designed unit can spend three days on "I do" and "We do" for a genuinely hard process, then two more days on "You do together" before any independent work. A shorter skill can compress all four into a single 45 minute lesson. What matters is that "You do alone" never comes before "We do" and "You do together." Students who go from watching straight to working alone have not been taught, they have been assigned.
When Gradual Release shines: any content where the goal is a complex process, not a discrete skill. Reading comprehension strategies. Writing an argumentative paragraph. Constructing a scientific explanation. Solving multi step word problems. Historical source analysis. Anything where "the answer" is a way of thinking rather than a single procedure. When it flops: content where the process is really a single procedure (Madeline Hunter is faster) or content that lives inside student wonder about a phenomenon (5E respects that better).
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The 5E model was developed by BSCS Science Learning in the 1980s under the leadership of Rodger Bybee. It is the dominant lesson design template in K-12 science and increasingly in inquiry work across other subjects. Its central insight comes from constructivism: students build concepts through direct experience with a phenomenon, and teacher explanation is only useful once students have had that encounter. The template deliberately delays "Explain" until after "Engage" and "Explore."
| Stage | Purpose | Example in a grade 7 science lesson on density |
|---|---|---|
| 1. Engage | Create interest. Surface prior conceptions (including misconceptions). Set up the question the rest of the cycle answers. | Teacher shows a can of Diet Coke floating and a can of regular Coke sinking in the same tank of water. "What is different about these two cans that would cause this?" Students write a prediction. |
| 2. Explore | Students investigate. Collect data. Encounter the phenomenon directly with minimal explanation from the teacher. | Groups get four objects (rock, wood block, sponge, wax candle) and measure mass and volume for each. They test which float and which sink, then look for a pattern in their data. |
| 3. Explain | Introduce vocabulary and formal concepts after students have wrestled with the phenomenon. Teacher connects student observations to the science. | Teacher names the pattern students found: "The relationship between mass and volume is called density. Objects with density greater than water sink; less than water float." Introduces the formula. |
| 4. Elaborate | Students apply the concept to a new situation. Extends learning beyond the original phenomenon. | Students calculate the density of an unknown object and predict whether it will float in water, saltwater, and cooking oil. Then they test their predictions. |
| 5. Evaluate | Formal or informal assessment of what students understand. Runs across all five stages, not just at the end. | Exit ticket: "Explain why a large ship made of steel can float, even though a small piece of steel sinks." Look for use of density language. |
A common misuse of 5E is to run it in one class period. It is designed as a learning cycle of two to five days, not a single lesson. If a class only has 45 minutes, "Engage" and "Explore" fit; "Explain," "Elaborate," and "Evaluate" happen in the next lessons. Trying to compress all five into one period usually collapses "Explore" into a token demo and defeats the constructivist point of the template.
When 5E shines: any content where a specific real world phenomenon or dataset motivates the concept students need to learn. NGSS science lessons are the archetypal use. History lessons anchored in a primary source or artifact. Math lessons that start from a real world data set students explore before formalizing a rule. When it flops: skill acquisition (Madeline Hunter is faster), close reading of a text (Gradual Release respects the apprenticeship better), and any lesson where the teacher has not identified a genuine phenomenon to engage with. A generic warm up question is not an Engage phase.
The decision comes down to what you want students to walk out with. Not the topic, the learning outcome. A single topic can be taught with any of the three templates and produce different results.
| If the learning outcome is... | Use... | Because... |
|---|---|---|
| Execute a specific skill or procedure (solve, compute, format, cite, apply a rule) | Madeline Hunter | Direct instruction with a check for understanding is the most efficient path from "cannot do it" to "can do it independently." |
| Apply a complex process to new material (comprehend text, write in a genre, analyze evidence) | Gradual Release | The process is transferable across content, so the apprenticeship model builds the habit students will reuse. |
| Construct a concept from evidence (why does this happen, what pattern do you see, what rule fits this data) | 5E Model | Students need to encounter the phenomenon and build the concept before formal explanation, otherwise they memorize instead of understand. |
| Memorize vocabulary or factual content | Madeline Hunter, compressed | A short direct instruction cycle plus retrieval practice is faster than any inquiry model for pure recall. |
| Discuss a moral question, ethics, or contested history | None of the three (consider Socratic Seminar) | Discussion based lessons need a template built around dialogue, not skill transfer. See the Socratic Seminar guide. |
| Deliver a multi week project or investigation | Choose per lesson, not per project | Projects usually mix days of skill lessons (Madeline Hunter), literacy work (Gradual Release), and inquiry (5E). Pick the template lesson by lesson. |
The temptation for new teachers is to pick one template and use it for everything. That is defensible for a year or two while the mechanics of teaching become automatic. Past that, sticking to one template starts to warp what you teach: everything becomes a skill (Madeline Hunter over used) or everything becomes a discovery (5E over used) or every lesson tries to be an apprenticeship (Gradual Release used when the content is really a rule to memorize). The goal is to know all three well enough to pick fluently.
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There is no single best template. Each was designed for a different type of learning outcome. Madeline Hunter is best for teaching specific skills. Gradual Release is best for complex processes like reading and writing. The 5E Model is best for constructing concepts from evidence, especially in science. Pick the template that matches what you want students to learn on a given day, not your general preference.
The seven steps are (1) Anticipatory Set to hook attention, (2) Objective and Purpose to state what students will learn, (3) Input to deliver the content, (4) Modeling to think aloud through an example, (5) Check for Understanding to verify students got it, (6) Guided Practice with the teacher circulating, and (7) Independent Practice for students to consolidate. Many versions add an eighth step called Closure, usually a short exit ticket or summary.
They overlap heavily. Madeline Hunter is a single lesson template that ends with independent practice on the same day. Gradual Release is often longer and treats the shift from teacher to student as an apprenticeship that can span several lessons. Gradual Release also emphasizes a collaborative "You do together" stage that Madeline Hunter does not have. Use Gradual Release when the process is complex enough that students need to consolidate with peers before flying solo. Use Madeline Hunter when the skill can plausibly be executed independently by the end of one period.
The 5E Model originated in science education and is used most heavily there, especially with NGSS. It is also used in history (anchoring a lesson in a primary source or artifact for Engage and Explore), math (starting from a real world data set students explore before formalizing a rule), and social studies (opening with a phenomenon such as an unfair economic outcome and letting students build the concept of scarcity or opportunity cost). The template requires a genuine phenomenon for students to engage with. If a subject rarely offers phenomena, 5E is a poor fit.
You can, but the combination usually indicates the wrong template was chosen for the primary work of the lesson. A lesson that mixes 5E and Madeline Hunter often means the teacher wanted inquiry but also needed to make sure students walked out with a specific skill. In that case, run 5E across two or three lessons and use the last one as a Madeline Hunter skill lesson to consolidate. Mixing within a single class period usually produces a lesson that does neither well.
A single class period, usually 45 to 60 minutes. Madeline Hunter was designed for one lesson, one clear skill, taught to independence in a single sitting. If a skill genuinely needs more than one period, the template is being asked to do too much, and Gradual Release or a multi day version of Madeline Hunter is probably the right fit.