Watch the full guide to becoming an instructional designer: [ Ссылка ]
Applying Mayer's Principles of Multimedia Learning is a great way to make your eLearning more engaging and effective. These principles are backed by research and data, so following them is a great way to remove the guesswork from eLearning design. Remember, creating great eLearning is just as much a science as it is an art.
The principles we cover in the video include:
-Multimedia Principle
-Contiguity Principle
-Modality Principle
-Redundancy Principle
-Coherence Principle
-Personalization Principle
-Embodiment Principle
-Segmenting Principle
-Pretraining Principle
-Signaling Principle
If you have any questions about applying Mayer's principles, feel free to ask in the comments below.
Want practice applying ID theory in a real-world setting? Enroll in the ID Project Lab: [ Ссылка ]
Using the affiliate links below will help support me and the content on this channel.
***Book Recommendations***
eLearning and the Science of Instruction: [ Ссылка ]
Map It: [ Ссылка ]
The Non-Designer's Design Book: [ Ссылка ]
Design For How People Learn: [ Ссылка ]
Michael Allen's Guide to eLearning: [ Ссылка ]
***My Gear Setup***
Camera: [ Ссылка ]
Lens: [ Ссылка ]
Mic: [ Ссылка ]
Full writeup: [ Ссылка ]
0:00 Intro
0:59 Multimedia Principle
2:04 Contiguity Principle
4:18 Modality Principle
6:08 Redundancy Principle
7:10 Coherence Principle
8:10 Personalization Principle
8:52 Embodiment Principle
9:58 Segmenting Principle
10:53 Pretraining Principle
11:43 Signaling Principle
12:10 Conclusion
Mayer's Principles of Multimedia Learning
Теги
multimedia learningrichard mayermayerclark and mayermayers principlesmayers principles of multimedia learningmultimedia instructioninstructional designelearninglearning scienceelearning scienceprinciples of multimedia instructionelearning and the science of instructioninstructional design careerelearning design tipsinstructional design tipslearningonline learningmultimediainstructional design educationinstructional design theoriesid models