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Analysis: How multimedia can improve learning
New research sheds light on students' ability to process multiple modes of learning

 

Primary Topic Channel:  Research

 

New brain research delves into memory and the process of learning
An analysis of existing research supports a notion that already has begun to transform instruction in schools from coast to coast: that multimodal learning--using many modes and strategies that cater to individual learners' needs and capacities--is more effective than traditional, unimodal learning, which uses a single mode or strategy.

According to a new report commissioned by Cisco Systems, adding visuals to verbal (textual and/or auditory) instruction can result in significant gains in basic or higher-order learning, if applied appropriately. Students using a well-designed combination of visuals and text learn more than students who use only text, the report says.

It also provides insights into when interactivity strengthens the multimodal learning of moderate to complex topics, and when it's advantageous for students to work individually when learning.

"There is a lot of misinformation circulating about the effectiveness of multimodal learning," said Charles Fadel, Cisco's global education leader. "As curriculum designers embrace multimedia and technology wholeheartedly, we considered it important to set the record straight, in the interest of the most effective teaching and learning."

The report, titled Multimodal Learning through Media: What the Research Says, was conducted by the Metiri Group, which serves the education community through a broad range of consulting services. It is the third in a series of meta-studies that address "what the research says" about various topics in education; prior reports tackled technology in schools and education and economic growth.

Information was gathered for the report using meta-analysis, or combining the results of several studies that address a set of related research hypotheses. Only studies published after 1997 and addressing the use of multimedia in education were considered.

"The real challenge before educators today is to establish learning environments, teaching practices, curricula, and resources that leverage what we know about the limitations of human physiology and the capacity explained by the cognitive sciences to augment deep learning in students," says the study.

How students learn

New information about how we acquire knowledge is now available through functional magnetic resonance imaging (fMRI) of the human brain at work and rapid sampling techniques that reveal the pattern of brain activity over time as people read, listen, talk, observe, think, multitask, and perform other mental tasks.

In its introduction, the Metiri Group report indicates that the brain has three types of memory: sensory memory, working memory, and long-term memory.

 
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