The Frayer Model is a four-part graphic organizer that helps students do more than memorize a vocabulary word: they define it, identify what makes it what it is, and test the boundary with examples and non-examples. Put the word in the center, then let students build its meaning from four directions. That last move—naming what the word is not—often exposes a misconception before it becomes a wrong answer.
How the Frayer Model turns a word into a concept
Developed in 1969 by Dorothy Frayer, Wayne C. Frederick, and Herbert J. Klausmeier at the University of Wisconsin, the Frayer Model was designed to build conceptual understanding rather than surface recall. It began as a tool for high school students and is now used from kindergarten through grade 12.
A standard Frayer Model graphic has an oval in the center for a target term and four equal boxes around it. Students fill in these four parts:
| Box | What students do | Why it matters |
|---|---|---|
| Definition | Explain the term in their own words. | It prevents copying a definition without understanding it. |
| Characteristics | List features that must be true of the concept. | It separates essential traits from incidental details. |
| Examples | Name specific cases that fit. | It connects an abstract idea to recognizable instances. |
| Non-examples | Name close-but-not-right cases. | It makes students explain the boundary of the concept. |
The original 1969 version used “essential characteristics” and “nonessential characteristics” for two of its fields. Many current classroom versions use examples and non-examples instead, a format that is easier for younger learners to grasp. Both designs ask students to discriminate, not merely repeat.
Consider quadrilateral. A student might define it as a closed shape with four sides; list four vertices, four sides, and interior angles totaling 360 degrees as characteristics; give square, rectangle, and trapezoid as examples; and put triangle, circle, and pentagon in the non-examples box. A square is familiar, but the triangle is more instructive: it is a closed shape, yet it fails the four-side test.
Create a Frayer Model worksheet or foldable in minutes
You do not need a special template to introduce the Frayer Model. On blank paper, draw an oval in the middle, divide the surrounding page into four quadrants, and label them Definition, Characteristics, Examples, and Non-Examples. Leave enough room for students to write or draw; crowded boxes turn a thinking task into a handwriting task.
- Choose one target vocabulary term that students need to understand for the lesson.
- Write the term in the center oval before handing out the worksheet.
- Label the four boxes and decide whether the standard labels fit the learning goal.
- For a foldable, fold a sheet in half and then in half again to make four flaps; students record the information inside.
- Model one completed box before asking students to complete all four.
Adapt the labels only when the change serves the concept. A younger class can draw in one or more boxes. Other versions use synonyms, antonyms, a picture, or a sentence. In an interactive notebook, a diagonal Frayer Model places Definition and Non-Examples at the top and Characteristics and Examples at the bottom. The layout can change; the intellectual work—defining, noticing features, and sorting cases—should remain.
Use the Frayer Model as a conversation, not a worksheet
The strongest use of the Frayer Model is a guided routine, not a silent homework page. Start by selecting a small set of key words or concepts and copying a blank organizer. Then think aloud with an everyday word so students can hear how you decide whether an answer belongs in a box.
Next, model the level of detail you expect. Ask what makes an example fit, not simply whether students can name one. Students can then work independently or in pairs, with each pair taking a word. When pairs share with the whole class, their work becomes a class vocabulary resource rather than a set of isolated papers. Copies of completed Frayer Models can become a study list, or the class can add them to a vocabulary wall.
Timing changes the purpose of the organizer. Before reading, it activates prior knowledge and reveals what students already think a term means. During reading, it gives them a place to monitor and revise their understanding. After reading, it provides a check on learning. It is especially useful when you introduce a key concept, review before an assessment, or want a quick pre-assessment for misconceptions.
A vocabulary strategy is a systematic way to learn and retain new words. The Frayer Model is one strategy because it gives students a repeatable process for learning vocabulary: state a meaning, look for defining features, and compare cases. Effective vocabulary instruction also requires contextual use, repeated encounters, and discussion, so return to completed organizers when the word appears in a text or lesson.
Make one organizer work across math, science, and ELA
The four-square graphic organizer travels well because every content area asks students to distinguish one idea from another. In seventh-grade math, integer can be defined as a number without a fractional part that may be positive, negative, or zero. The examples are −3, 0, and 15; the non-examples are ½ and 2.5. That contrast quickly reveals a student who can recite the definition but cannot classify a fraction.
In geology, use sedimentary rock. Students can describe layers of sand or particles pressed together, note that it often contains fossils, list sandstone, shale, and limestone as examples, and rule out igneous rock, lava, and granite. In biology, the model can organize terms such as atoms, electrons, chemical bonds, cell types, DNA components, and classifications of living things. For photosynthesis, students can place the process at the center and connect it to energy transfer in ecosystems, its equation, and relevant cell parts.
In English language arts, an organizer for irony can define the contrast between expectation and reality. A fire extinguisher at a burning house or dramatic irony in Romeo and Juliet supplies examples; a direct insult or a literal statement does not. Use the Frayer Model when a word has nearby look-alikes or a concept needs precise boundaries—not only when students need a dictionary definition.
Give English learners and students with disabilities more ways in
Predictability is a strength. The same four fields give students a familiar route into a new vocabulary term, while writing, drawing, and discussion offer more than one way to show understanding. For English learners, preteach the word, model each response gradually, let partners talk through possibilities, and permit pictures in place of some text.
Those supports also help students with special needs. A Digital Frayer Model combines the organizer with Universal Design for Learning and can offer multimedia such as images, graphics, and video. In a shared slide deck, one slide per word lets several students contribute to the same collection. Online discussion of completed Frayer Models with a partner can support science vocabulary learning.
Keep the cognitive goal visible while you reduce barriers. A student who draws a whale in the Examples box for mammal should still explain the characteristic that makes the whale fit.
Avoid the shortcuts that weaken the model
Myth: The definition box is a place to copy the textbook
The definition should be in student-friendly language. A copied sentence may look complete while hiding confusion. Ask students to say the idea aloud first, then write a version they can defend.
Myth: Any related word counts as an example
Examples need a reason. “Rectangle” belongs under quadrilateral because it has four sides; “circle” does not, even though both are shapes. Requiring the reason turns a list into evidence of understanding.
Myth: Non-examples are an optional extra
Non-examples are the diagnostic part of the graphic organizer. They require students to identify what is missing or different, which can reveal a mistaken rule that an examples-only task would miss.
Myth: Students should complete it alone the first time
Introduce the Frayer Model through teacher modeling and discussion, then gradually release responsibility. Pair work and whole-class sharing let students hear distinctions they may not generate on their own.
Frequently Asked Questions
How does the Frayer Model work?
A target word sits in the center of a four-box organizer. Students add a definition in their own words, defining characteristics, examples, and non-examples, then discuss why each entry fits or does not fit.
Who invented the Frayer Model?
Dorothy Frayer, Wayne C. Frederick, and Herbert J. Klausmeier developed it in 1969 at the University of Wisconsin’s Wisconsin Center for Education Research.
What are the four models of teaching in the Frayer Model?
The Frayer Model is not a set of four teaching models. Its standard organizer has four fields: Definition, Characteristics, Examples, and Non-Examples. The original version used essential and nonessential characteristics in two fields.
What is the 3-2-1 reading rule?
It is a separate comprehension routine: after reading, students record three things they discovered, two interesting facts, and one question they still have. It is not part of the Frayer Model.
What are the benefits of using the Frayer Model?
It structures discussion, connects prior knowledge to new learning, supports different learning approaches, and helps students test their understanding with examples and non-examples.
How can teachers support English learners with a Frayer Model?
Preteach the target vocabulary, think aloud through one model, offer partner talk and picture responses, and use the stable four-box routine repeatedly. Digital versions can add multimedia access points.
