Concept Mapping
Class Size
Individual
Time
15-30 min
Technology
None
Domain
Cognitive
Difficulty
Beginner
Delivery
Face-to-Face, Online, Hybrid
Overview
A visual organizer where students draw a diagram showing relationships between concepts. Main concepts are in boxes or circles, connected by lines with linking words that describe the relationship.
Educational Purpose
It makes the structure of knowledge visible. Instead of memorizing isolated facts, students see how concepts connect. This builds deeper, more transferable understanding.
Educational Psychology Behind It
Ausubel's meaningful learning theory -- learning is most effective when new concepts are connected to existing knowledge. Novak and Gowin (1984) developed concept mapping based on Ausubel's work.
Why It Works
Ausubel's meaningful learning theory -- learning is most effective when new concepts are connected to existing knowledge. Novak and Gowin (1984) developed concept mapping based on Ausubel's work.
When to Use It
After introducing a new topic to check connections, as a review to organize learning, or as a pre-assessment to see what students already know.
When NOT to Use It
Do not use before students have basic knowledge of the topic -- they need something to map. Do not confuse with mind mapping, which is less structured. Do not use for simple factual content.
Best Grade Levels
Grades Grade 4 to Grade 12
Best Subjects
Science, Social Studies, English, and more
Step-by-Step Classroom Guide
- 1Start with the main concept at the top. Write it in a box or circle.
- 2Add major sub-concepts below. Connect with lines and linking words (e.g., 'is a type of,' 'causes,' 'leads to').
- 3Add details and examples at the bottom level.
- 4Review: Are the connections accurate? Are any missing?
- 5Have students explain their map to a partner. Revise based on feedback.
Classroom Scenario
Mr. Reyes teaches Grade 6 Science on photosynthesis. Students create concept maps starting with 'Photosynthesis' at top. They connect to 'Sunlight,' 'Carbon Dioxide,' 'Water,' and 'Glucose.' They add linking words: 'requires,' 'produces,' 'absorbs.' One student connects 'Chlorophyll' to 'Sunlight' with 'captures.' The maps reveal who understands the process and who just memorized the equation.
Sample Dialogue
Advantages
- Makes conceptual relationships visible
- Reveals misconceptions -- wrong connections show what students misunderstand
- Builds hierarchical thinking
- Can be used as pre- and post-assessment to show growth
Limitations
- Students need guidance on how to create them
- Can be time-consuming
- Some students focus on the drawing rather than the connections
- Requires sufficient content knowledge
Common Mistakes
Variations & Adaptations
Adjust the complexity of the topic, number of perspectives required, and depth of analysis based on students' experience with critical thinking.
Technology Integration
This strategy requires no technology. If desired, enhance with digital tools such as Google Docs for collaborative writing or Padlet for sharing responses.
Assessment Ideas
Assess through observation of participation, quality of visual, and formative checks such as exit tickets or quick writes.
Reflection Questions
🤔 What did you learn from this activity?
🤔 What was the most challenging part?
🤔 How could you use this strategy in a different subject?
🤔 What would you do differently next time?
References & Further Reading
- Novak, J. D., & Gowin, D. B. (1984). Learning How to Learn. Cambridge University Press.