Blooms Taxonomy
What is Blooms Taxonomy? How does it apply to using Bloom's Taxonomy questions with differentiated instruction?
Benjamin Bloom was an educational psychologist. He was particularly interested in the cognitive domains.
After conducting research on how students think and make meaning, he published the Taxonomy of Educational Objectives in 1956.
This is now called Mastery Learning.
What is Blooms Taxonomy?
Bloom's Taxonomy for teachers is a method of organizing instruction to allow for more individualized learning developed.
Benjamin Bloom believed that all learners can succeed. They simply need to begin being taught at their level and then rapidly progressed towards higher-order skills.
Mastery Learning calls for breaking down skills into subskills, and only proceeding to the next level of Blooms Taxonomy upon mastery of the previous skill.
For mastery to occur, it doesn't mean go slower and give more of the same thing. It means you up the amount and pace of instruction and change directions for differentiated instruction . There are three overlapping domains in the taxonomy: - Cognitive Learning
- Affective Learning
- Psychomotor Learning
Each subsequent level depends on the student's ability to perform at the level or levels that precede it.
The taxonomy is also a component of the Classroom Performance Assessment in the communication and critical thinking domains.
The levels in the taxonomy can be used with either a formative or summative assessment in education.
Three Domains of Bloom's Taxonomy
1. Cognitive Learning This is demonstrated by knowledge recall and the intellectual skills educators are most familiar with: knowledge, comprehension, application, analysis, synthesis, and evaluation.
| Knowledge | Comprehension | Application | Analysis | Synthesis | Evaluation | | Recalling Facts | Knowing What It Means | Using What Has Been Previously Learned | Disassembling Whole to Part | Assembling Part to Whole | Assessing Value | arrange define label list order memorize | classify describe explain review tell identify | apply illustrate solve interpret choose demonstrate | analyze compare contrast diagram diagram sort and label | create infer draw conclusions formulate assess predict criticize rate judge support | |
2. Affective Learning Demonstrated by behaviors that indicate attitudes of awareness, interest, attention, concern and responsibility. This domain relates to emotions, appreciations, and the ability to listen and respond in interactions with others.
3. Psychomotor Learning Demonstrated by physical skills, such as coordination, dexterity, strength, speed, fine and gross motor skills.
The revisions to the terminology used may seem minor, but are significant.
The six categories were changed in 2001 from noun to verb form. Knowledge became "Remembering" and Comprehension and Synthesis became "Understanding" and "Creating."
Thus, the new terminology is: Remembering, Understanding, Applying, Analyzing, Evaluating and Creating.
There is also a focus on more of a product to show learning. The revision "provides a clear, concise visual representation" (Krathwohl, 2002) of the alignment between standards and educational goals.
Carol Ann Tomlinson and Benjamin Bloom's research work in tandem to support brain research and learning. Tomlinson says that teachers can differentiate instruction based on student readiness, interests or learning profile. This is done through content, process, product and learning environment.
Implementing Bloom's Taxonomy within lessons allows for necessary differentiation to take place without creating a lot of extra planning work for teachers.
It is quite easy to create Bloom's Taxonomy questions to use in the differentiated classroom.
This is also what truly is best for kids.
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