5E Lesson Plan: Format, Template, and a Full Example

A 5E lesson plan is a lesson built around five phases: Engage, Explore, Explain, Elaborate, and Evaluate. Students meet a question or phenomenon first, investigate it, and only then get the formal explanation, which they apply to a new situation before showing what they learned.

Rodger Bybee and his colleagues at BSCS (Biological Sciences Curriculum Study) developed the model in the late 1980s for science programs, and science is still where it's most at home. It works in other subjects too, as long as students have something to investigate before you start talking.

The 5E Lesson Plan Format

The order is the point. Students explore before you explain, so your explanation has something concrete to hang on.

Those minutes assume one class period. Plenty of 5E lessons run two or three days, and Explore and Elaborate are usually the phases that stretch.

5E Lesson Plan Template

Copy this into your planning doc. If a line is hard to fill in, that's usually where the lesson has a hole.

1. Lesson title, grade, and subject:
2. Standard(s):
3. Learning objective: Students will be able to…
4. Materials:
5. Likely misconceptions:
6. Engage (time): Hook or question. What you expect students to say. Where you'll record their predictions.
7. Explore (time): Student task. Grouping. Two guiding questions. What every group should have noticed by the end.
8. Explain (time): The key idea in one sentence. Vocabulary. The diagram or worked example you'll use. Which wrong ideas you'll address by name.
9. Elaborate (time): New problem or context. What a good answer looks like.
10. Evaluate (time): Checks during the lesson. Exit task. How students will rate their own understanding.
11. Differentiation: More structure for students who need it, extensions for early finishers, language supports.
12. Reflection notes: What to change next time.

Rather edit a draft than face a blank page? Eduaide's free 5E lesson plan generator drafts a multi-day 5E sequence from a topic and a grade level. Check its activities against the materials you actually have before you teach it.

5E Lesson Plan Example: Grade 7 Density

Objective: Students will be able to explain why an object floats or sinks using its mass and volume.

Time: One 50-minute period, plus an optional second day for the clay boat challenge.

Materials: Two oranges. A clear tub of water for each group, half full, with towels underneath. A set of same-size density cubes (wood, a few plastics, aluminum, steel). A long offcut of 2x4 lumber and a small steel nut. Balances and recording sheets.

Likely misconceptions: "It sank because it's heavy." Some students also believe big things sink, or that anything metal sinks.

1. Engage (6 minutes): Hold up two oranges and peel one in front of the class. Ask, "Which one floats?" Expect a lot of votes for the peeled one, since it's lighter. Drop both in. The orange with its peel floats and the peeled one sinks. Ask, "So why did the heavier one float?" and write every idea on the board without judging it. Test your oranges the night before, because some peeled ones hover just under the surface and spoil the moment.
2. Explore (18 minutes): Groups of three. Every cube in the set is the same size, so the only thing that changes is the material. Students weigh each cube, predict sink or float, test it, and record both. Then they compare the 2x4 with the steel nut: which is heavier, and which floats? The wood is many times heavier and floats anyway. That's the result that cracks "heavy things sink." As you circulate, ask "What do your floaters have in common?" Don't give the answer yet.
3. Explain (12 minutes): Groups report first. Listen for comments like "it's about how heavy it is for its size," which is the idea you want, in their words. Now name it: density is mass divided by volume. The volume of each cube is printed on the set's card (16.4 cm³ for a 1-inch cube), so work out the density of two cubes together on the board and compare each to water at 1 g/cm³. Go back to the oranges. The peel is full of tiny air pockets that add volume without adding much mass. Then state the "heavy things sink" idea out loud and point to the 2x4 as the evidence against it.
4. Elaborate (8 minutes): Pose a case they haven't seen. "Steel is about eight times denser than water. So how does a steel cargo ship float? What happens if you keep loading it?" Pairs write a short answer that uses the word density at least once. On day two, or for early finishers, hand each group the same lump of clay. Rolled into a ball, it sinks. Shaped into a boat, how many paper clips can it carry?
5. Evaluate (6 minutes): Exit ticket with two questions. "A block has a mass of 30 g and a volume of 40 cm³. Will it float in water? Show how you know." And "Explain why the orange with its peel floated." At the bottom: "How sure are you, 1 to 4?" During the lesson, read recording sheets over shoulders and listen for "it's heavy" explanations that refuse to go away.

Differentiation: Hand out a data table with the columns already labeled and a sentence frame: "The ___ floated because its density was ___ than water." Post a labeled diagram of mass and volume by the tubs for English learners.

Writing Each Phase

Engage

You want students to care about the answer. Keep it short. An object that does something unexpected works, and so does a question the class splits on. Write down what students say here. It's your misconception list for Explain, and you didn't have to make a pre-test.

The classic slip is answering your own hook. Say "today we're learning about density" in minute two and Explore turns into a demonstration of something they've already been told.

Explore

Students handle the idea before they have the vocabulary for it. Structure matters more than it looks. "Play with these materials" gets you a lot of stacking and not much data. Give a specific task and a recording sheet with the columns already drawn, and plan two guiding questions that push every group toward the observation you'll build on.

The hard part is keeping quiet. When a group asks "Is this right?", try "What did you notice?" or "What happens if you try the other one?"

Explain

Here you teach directly, and it should be the clearest ten minutes of the lesson. In the BSCS version, students explain first. Then you attach the formal term to what they saw, ideally with a diagram next to a worked example. Inquiry sometimes gets used as an excuse to keep Explain fuzzy. Don't let it. If students leave unable to define the concept, the lesson didn't land.

Elaborate

Here's where you find out whether students understood the idea or only remember the activity. Give them a situation that looks different on the surface. For density, try ice in a glass of water, or a hot air balloon. A design challenge works too, if you have a day for it. Skip Elaborate and you're guessing.

Evaluate

Checking happens all lesson: mini whiteboards during Engage, a look at recording sheets during Explore, a quick hinge question after Explain. The phase at the end is the formal check against the objective, usually an exit ticket or a few sentences of explanation. BSCS also counts students judging their own understanding, so ask how their thinking changed since the hook. That tells you where tomorrow starts.

One last thing. Treat the phases as a guide. Some lessons need a long Explore and a two-minute Engage. Sometimes the data comes back messy and you send students back to Explore after Explain. That's fine.

Shorter Example: Grade 4 Social Studies

Objective: Students will be able to explain why many towns in our state grew up along rivers.

Time: About 45 minutes.

• Engage (5 minutes): Show a state map with the major cities marked and nothing else. Ask, "What might these places have in common?" Expect answers like "they're big" before anyone gets near water.
• Explore (15 minutes): Pairs lay a tracing-paper overlay of the rivers on top of the map and mark what they notice. Then they sort picture cards (a farm field, a cargo boat, a water mill, a well) by how a river would help the people living there. The well is a decoy, and the arguments about it are worth hearing.
• Explain (10 minutes): Pairs share their patterns first. Then teach the reasons rivers mattered: drinking water, food, farmland, and moving goods by boat. Add "settlement" and "natural resource" to the word wall.
• Elaborate (10 minutes): Give out a map of a region they haven't studied, showing rivers, hills, and a coastline. Where would a new town most likely grow? Students mark a spot and give two reasons.
• Evaluate (5 minutes): A short written response: "Pick one city on our map that sits on a river. Give two ways the river helped it grow."

5E Tips by Grade Band

K-2

Short phases, lots of movement, one question to answer. A sink-or-float sort onto a two-column chart is a whole Explore at this age. For Evaluate, let students draw what happened or tell a partner. Writing can wait. Spreading one 5E cycle over a week is normal.

Grades 3-5

Students have to learn how to do Explore before you can rely on it. Practice observing, recording, and sharing early in the year, before the stakes are real. Sentence frames like "I think ___ because ___" help in Explain and Evaluate.

Grades 6-8

• Let students plan part of the investigation, and sign off on the plan before materials come out.
• Assign roles such as materials manager and recorder, and rotate them. Otherwise the same kid weighs everything all year.

Grades 9-12

Open up Explore as students show they can handle it. Give the question and let them design the procedure. In Explain, ask for a claim backed by their own data before you introduce the formal model. Elaborate can stretch into a full lab or a multi-day project.

When 5E Isn't the Right Model

5E works when the concept can be investigated and students know enough to make sense of what they see. Those two conditions fail more often than the model's fans like to admit.

• Students are brand new to the topic. Exploring with too little background overloads novices and can lock in wrong ideas that are hard to undo later. Teach the foundations first, with worked examples, and move toward exploration as students get more competent. Classes that can't yet observe carefully or stay on task in an open activity need those skills taught on purpose first.
• The goal is a procedure or fluency. Long division, comma rules, lab safety steps, and math facts need clear modeling and plenty of practice, so a gradual release model (I Do, We Do, You Do) fits better. Bring in inquiry once the basics are automatic.
• You don't have the time. A rushed Explore is a messy demo. Fold Explore and Explain into one guided activity, or save full 5E lessons for the concepts where investigating pays off most.

Most teachers mix models across a unit. If you do, Eduaide's AI lesson plan generator can draft plans in 5E, Backward Design, Gagné's Nine Events, UDL, and other formats.

Frequently Asked Questions

What are the 5 E's in a lesson plan?

Engage, Explore, Explain, Elaborate, and Evaluate. Students get hooked by a question, investigate it, hear the formal explanation, apply it somewhere new, and show what they learned.

Is there a 5E lesson plan template I can copy?

Yes. The template above lists every line a 5E plan needs, from objective and misconceptions through each phase to reflection notes. Or start from the grade 7 density example and swap in your own topic.

How long should a 5E lesson take?

A short one fits in a single 45 to 60 minute period. Many teachers run one 5E cycle over two to five days, especially when Explore is a lab or Elaborate is a project.

Can I use the 5E model outside science?

Yes, whenever students can investigate something before you explain it. In social studies that might be primary sources. In math, a pattern in a data set. For straight procedures, a more direct model usually works better.

What is the difference between Explain and Elaborate?

In Explain, you teach the concept and the vocabulary, building on what students found. In Elaborate, students use that concept on a new problem, which shows you whether it transfers.