Thinking Maps for Thinking Classrooms

“Why don’t you think?” “Why don’t you use your brain?” — these are among the most commonly heard pronouncements in the classroom. The general allegation that Indian classrooms promote rote learning and do not facilitate thinking is not an allegation that can be swept under the carpet. It is true. There could be several reasons that could be attributed to the same, but one of the most commonly accepted reasons is that neither the classrooms nor the pedagogy provides an ambience or an opportunity for thinking. The focus is entirely on completing the content imprisoned in the textbooks. In this process, there are verbal transactions in the classroom and the words evaporate sooner rather than later before the bell rings. “Few minds wear out; more rust out”, says Christian N. Bovee. The ability of a mind to think is limitless, but the dominance and impact of a pre-ordained information transfer process curtail this ability. “A great many people think they are thinking when they are merely rearranging their prejudices,” said William James. It is important for teachers to create both the tools and opportunities for thinking. Thinking maps have always been effective instruments of learning. They have existed from epic times in one form or another, both in war and peace. Though the visual constructs of some of these thinking maps could have changed due to the enormous explosion and inclusion of knowledge systems, the fundamentals of the process have remained intact. To be specific, thinking maps have been nurturing thought cultures in institutions wherever they are used. A thinking map is defined as “a set of eight visual patterns that represent different cognitive processes such as defining, describing, comparing, sequencing and analysing cause-and-effect relationships.” Another definition that summarises thinking maps is as follows: “A thinking map is a visual tool that organizes thought processes into clear, structured diagrams. It helps make abstract thinking visible and actionable by using standardized graphic patterns.” How does a thinking map differ from a mind map? “Mind maps are free-form, creative tools for brainstorming and organizing ideas around a central concept, while thinking maps are a structured set of eight specific visual frameworks designed to represent distinct cognitive processes like comparing, sequencing or cause-and-effect.” Mind maps were popularized by Tony Buzan in the 1970s. Thinking maps were developed by David Hyerle in the 1980s. While mind maps focus on creativity and association, thinking maps focus on developing cognitive clarity. How do thinking maps differ from generic organizers which focus on information organization? Unlike generic organizers, thinking maps follow consistent, reusable patterns that align with specific types of reasoning. Thinking maps encourage active, positive, constructive, purposeful and focused learning opportunities in classrooms. They further intellectual play through encouragement and trigger the establishment of new neural pathways, infusing a sense of positive self-identity in the learner. “Thinking maps help to transform information into knowledge that then supports students in applying new information and knowledge in novel situations,” says Arthur L. Costa in his book Learning and Leading with Habits of Mind. He argues, “The thinking maps offer both dynamism and structure, enabling students to risk playing out their ideas.” While normal classroom practices indulge cognitive skills through content instruction, thinking maps tend to define and animate such skills, facilitating visual capture. Visual processing is far more dominant than audio or sensory processing in the brain. Hence, thinking maps are likely to be captured, processed and impact learning. How do thinking maps help learners? 1. Organize complex ideas Thinking maps allow students to break down abstract concepts into manageable parts, making learning less overwhelming. 2. Strengthen memory and comprehension By visually encoding information, students can remember and retrieve knowledge more effectively. This taps into how the brain naturally learns and rewires itself (neuroplasticity). 3. Develop critical thinking Each map type corresponds to a cognitive skill—defining, comparing, sequencing and analysing cause-and-effect relationships—helping students practice higher-order thinking. 4. Active learning Replacing the classical unidirectional flow of classrooms, thinking maps provide diverse modes of thinking and active engagement with concepts in classrooms. 5. Collaboration and peer learning Thinking maps could help in the co-construction of knowledge, celebrate diverse views, opinions and collaboration; they also help in peer learning by facilitating mutual discussions, debates and arguments. What are the diverse types of maps that can be used effectively for classroom transactions that provoke thinking?

1. Circle Map → Used for defining in context. Place the main idea in the centre and surround it with related concepts.

   
   

2. Bubble Map → Used for describing qualities. Central bubble with adjectives or descriptors around it.

   
   

3. Double Bubble Map → Used for comparing and contrasting. Two central ideas with shared traits in the middle and unique traits on the sides.

   
   

4. Tree Map → Used for classifying and categorizing. Hierarchical branches showing

   categories and subcategories.

   
   

5. Flow Map → Used for sequencing. Boxes connected by arrows to show steps or events in order.

   
   

6. Multi-Flow Map → Used for cause and effect. Central event with causes on one side and effects on the other.
   

7. Brace Map → Used for whole-to-part relationships.

How do thinking maps help in furthering and empowering learning? The use of thinking maps as an intervention in pedagogy could help in the following:

a. Reducing complexity in conceptual organization  b. Empowering integrated thinking  c. Facilitating non-linear learning  d. Encouraging interdisciplinary approaches to concept development  e. Providing multiple windows for experiential learning and decoding  f. Triggering lateral thinking, analytical thinking and parallel thinking How do thinking maps facilitate long-term potentiation in learning? The use of thinking maps helps in the long-term potentiation of concepts in the brain through active neural engagement. This is made possible through the following: a. Multimodal narrative of concepts — visual, auditory and sensory b. Demonstration of diverse concept associations — enabling holistic visual recall c. Retrieval of information by learners or learning groups into cognitive frameworks, thereby facilitating the empowerment of neural pathways In fast-changing learning dynamics, the retrieval and association of valid, credible and authentic information are becoming increasingly difficult. The time is ripe for classrooms to learn to construct and reconstruct knowledge both individually and socially. The increasing inflow of information through social modes is challenging formal knowledge systems. It is in this context that classical models of unidirectional delivery of knowledge can be replaced with models like “Thinking Maps,” where access to knowledge and the creation of new knowledge can be made less stressful, more engaging, more participative and more productive. I am reminded of the poem “I Keep Six Honest Serving Men” with the following verse: “I keep six honest serving-men  (They taught me all I knew).  Their names are What and Why and When  And How and Where and Who.” I think thinking maps could be a great resource for these six honest men who help all of us to teach and learn.