|Title of Method||Clustering|
|Clustering is a non-linear, brainstorming technique that enables students to visualise possible relationships among ideas. Grouping similar items, i.e., clustering, is a fundamental human activity for organising, making sense of, and drawing conclusions from data. Across many scientific fields, clustering serves a useful function by helping explore, interpret, and summarise data.
Clustering (sometimes also known as ‘branching’ or ‘mapping’) is a structured technique based on the same associative principles as brainstorming and listing.
Clustering procedures vary considerably, although the fundamental objective is to equip students with tools for arranging words, phrases, concepts, memories, and propositions triggered by a single stimulus (i.e., a piece of information, a topic, a provocative question, a metaphor, a visual image). As with other [invention] techniques, clustering should first be modelled and practiced in class so students can eventually incorporate the tool into their own repertoire of invention and planning strategies (Ferris, Hedgcock, 2005[i] and Osborne, 1953[ii]). Suitable for small and large groups.
|Aim||To seek out links, connections or patterns between various facts and statements, unknown data through visualisations, discussion and analysis and consensus-seeking.|
|Target group||First year students.|
|Intended learning outcomes|
|Groups are given a list of statements from which clusters are to be formed. Students look for oppositions, contradictions, or conflicts among ideas, data and add arrowheads to lines between those opposing ideas, data.
Students can be creative and visually represent the clusters, patterns and connections using doodles, concept mapping etc. and using colours. Darken and thicken lines that make connections that seem important, or circles that seem like they are turning into centres of gravity.
Groups create elaborate pieces like art spirals, posters, and so on. They can be invited to write a phrase or sentence that captures some of their ideas about the topic of the cluster.
Groups present their clusters.
Groups discuss the presented clusters.
Example of Cluster creation procedure:
|Preparation||The statements need to be prepared by the leading academic beforehand|
|Resources and equipment||Students need to have access to writing materials and flipcharts.|
|Success factors||For a visual picture of a particular problem, concept or project, and also for showing the progression of ideas in scientific work.
Clustering is a generative, open-ended, non-linear, visual structuring of ideas, events, feelings. It is a way of mapping an interior landscape as it begins to emerge.
· Participants might find it difficult to visualize or picture a particular problem, concept or project.
|Additional information||On this link you will find Pros and cons of a non-linear brainstorming technique.
Here you will find examples of brainstorming and examples & strategies for clustering.
Basic rules make the brainstorming process meaningful and effective. Here are some creative brainstorming exercises and techniques to help enhance problem-solving skills.
[i] Ferris, D. , Hedgcock, J. (2005). Teaching ESL Composition: Purpose, Process, and Practice, 2nd ed. Lawrence Erlbaum.
[ii] Osborn, A. F. (1953). Applied Imagination: Principles and Procedures of Creative Problem Solving. New York: Charles Scribner’s Sons.
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