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Articles by Dr. Spencer Kagan
Multiple Intelligences Structures —
Opening Doors to Learning
Multiple intelligences—the theory that people are smart in more ways than one—has profound implication for educators. We will look here at MI theory, the visions it holds for educators, and at multiple intelligences structures, a powerful and practical approach for implementing multiple intelligences that truly opens the doors to learning.
I. Multiple Intelligences Theory When we think of intelligent people, almost invariably, we think of Albert Einstein. His name is virtually synonymous with intelligence thanks to his accomplishments in mathematics and physics. But according to MI theory, logic and mathematical intelligence is but one of the eight ways to be smart. Another genius that may come to mind is Mozart. He was a musical genius. His symphonies, operas, and concertos were nothing short of brilliant. Was Mozart less intelligent than Einstein? It depends on your definition of intelligence. According to Multiple Intelligences theories, Einstein and Mozart are both smart, but in very different ways. Einstein was exceptionally high in the logical/mathematical intelligence, while Mozart was prodigiously brilliant in the musical/rhythmic intelligence. There are many ways to be smart — at least eight types of intelligences according to Dr. Gardner. The chart below illustrates the skills associated with each intelligence and typical professions associated with each intelligence.
II. The Three Multiple Intelligences Visions Vision 1. Matching We can eliminate or radically reduce school failure by teaching with instructional strategies that match each student’s intelligences. Theoretically, all we need do is develop instructional strategies for each of the intelligences, and teach with them to make an otherwise inaccessible curriculum accessible — doing wonders to boost self-esteem and liking for school in the process. In essence, we match the way we teach with the way students are smart. In this vision, the goal of maximizing academic success in all the areas of the curriculum is reached not by transforming the curriculum, but by changing the instructional methods with which the curriculum is taught. In short, academic success is reached by matching instruction to students’ multiple intelligences. The belief is that all aspects of the curriculum can be made more accessible by delivering curriculum through instructional strategies which match the intellectual strengths of each student. Vision 2. Stretching If we accept the premise that there are many ways to be smart, our goal as educators is to help students develop each of the various intelligences. We give students opportunities to sing, play instruments, and write music to stretch the development of the musical intelligence. We give students the opportunity to draw, paint, and sculpt to more fully develop their visual/spatial intelligence. We stretch students’ many ways to be smart. Development of intelligences is reached through curriculum-intelligences alignment. It is important to note that this second vision is primarily a call for a shift not in instruction, but in curriculum. The belief is that we can stretch each intelligence to its maximum to create a population smarter in each of the intelligences by aligning our curriculum with the intelligences, teaching for the development of each intelligence. Vision 3. Celebrating Students who struggle with some traditional school-related tasks, may perform exceptionally well with real-world tasks. Their forte may not be the traditional verbal and logical intelligences, but that does not mean they are not smart in other ways and capable of excelling with other content. This third vision, in effect, treats MI theory itself as content for students and teachers. To the extent this vision is realized, a student can no longer think of herself as smart or dumb, but rather as having a unique blend of strengths and weaknesses. Students celebrate their own uniqueness and that of others. School achievement improves when students know and accept their own unique pattern of intelligences because it is easier to improve once we admit a weakness, and it is much easier to admit a weakness if we know we have other areas of strength. If we have but one yardstick for thinking about intelligence, each person stacks above or below each other person. When we break the single yardstick and replace it with many, no one is better than anyone else; we each possess a unique pattern of intelligences to be celebrated. We ask no longer how smart are we, but how are we smart. In this vision, the goals of self-knowledge and self-acceptance, as well as knowledge and acceptance of others, are reached by teaching students about multiple intelligences, allowing them to discover their own unique pattern of intelligences and those of others. In short, self-understanding and social understanding is reached through metacognition and by allowing students to discover and celebrate the diversity in intelligences among them. III. Multiple Intelligences Structures Multiple Intelligences Structures can be easily integrated into any lesson to release the power of multiple intelligences. Let’s look at a few MI Structures:
These are just three of the many Multiple Intelligences Structures we have developed and teach. One terrific feature of MI Structures is that they are re-usable with new content. We can do a Team Interview on historical characters in social studies. We can do Kinesthetic Symbols for mathematics operations. We can do Lyrical Lessons on science content. These MI Structures are not one-time activities. They are instructional strategies that a teacher adopts into his or her teaching repertoire. Instead of a lecture, or independent work, the teacher has a wide range of MI Structures from which to choose. Each time they are used with new curriculum, they engage students various intelligences in a novel way. Once teachers acquire a set of MI Structures, they are well equipped to match, stretch and celebrate students many ways to be smart. With MI Structures, we reach all students with all intelligence profiles. We use a wide range of MI Structures in our classes. With each MI Structure we match some students’ intelligences. With a large array of MI Structures, we can match all students’ intelligences. With each MI Structure, we make the curriculum attractive and engaging to students strong in the corresponding intelligence. We provide that student access to the curriculum through a natural medium. But we do more. As we engage each intelligence, we develop it for all students — those strong and those weak in the intelligence. By using MI Structures, students become smarter in many ways. With MI Structures we also stretch students’ intelligences. We do even more yet. As we use a range of instructional strategies, students get to know their strengths, their weaknesses, their likes, their dislikes. And they become aware of their unique intelligence profiles of their peers as well. Sure, sometimes their peers flounder. But sometimes they do unbelievably well. The more instructional strategies we use, the more opportunities we provide for each student to shine. Students learn to celebrate their own uniqueness and the diversity among them. Yes, as we teach with a range of instructional strategies, we make all three MI visions a reality — matching, stretching, and celebrating MI. Through the MI strategies, we do miracles. Without losing a moment from our academic curriculum, we enrich that curriculum while reaching more students, developing their multiple intelligences, promoting self-esteem and fostering social acceptance and harmony. As teachers, the better equipped we are with a wide range of MI Structures for each intelligence, the more likely we will reach students dominant in each intelligence, and the more likely we will stretch students in all intelligences. Each student has different proclivities in the various intelligences. Any single strategy may be very successful with some students, yet less successful with others. Using a range of teaching strategies opens the door to learning for all students. About the Authors
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