If the fun from yesterday with the graphic communications majors at Clemson University wasn’t enough, today, I get to discuss cognitive load theory and web based instruction with graduate students and faculty in the Psychology department here at the university. I’m a little nervous about this talk, because I haven’t presented this before. This is a line of significant research for my colleague and friend Dr. Jongpil Cheon at Texas Tech University. So, I am piggy-backing on his great work.

If any of the students and faculty drop by to take a look or download the slides, feel free to leave a comment below.  I’d love to have your feedback on our research.

Below is an abstract of the presentation and the slides for Slideshare.net to go with the talk.

This study proposes a new instrument to measure cognitive load types related to user interface and demonstrates theoretical assumptions about different load types. In reconsidering established cognitive load theory, the inadequacies of the theory are criticized in terms of the adaption of learning efficiency score and distinction of cognitive load types. Since measurement of mental effort does not cover all types of cognitive load, a new way of isolating different loads is required. Previous studies have focused on designing interface to reduce extraneous cognitive load. However, interface may have the potential to enhance germane cognitive load because learners may construct their knowledge schemata with interface layouts.

About Michael M Grant

Dr. Michael M. Grant is a passionate professor, researcher, and consultant. He works with faculty members, schools and universities, and districts to integrate technology meaningfully and improve teaching and learning. When 140 characters just won't work, then he blogs here at Viral-Notebook.com. He has a beautiful wife and three equally beautiful daughters, who will change the world.

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