Rule 3: Every brain is wired differently
In this chapter, John Medina explains how every brain is different from every other:
- "When you learn something, the wiring in your brain changes."
- "What you do in life physically changes what your brain looks like."
- "Our brains are so sensitive to external inputs that their physical wiring depends upon the culture in which they find themselves."
- "Learning results in physical changes to the brain and these changes are unique to each individual."
- "Students of the same age show a great deal of intellectual variability."
So what are the implications of the fact that every student is different from every other and that every student takes something different from every learning experience? Here are John's suggestions:
- To the extent that you're committed to learning in groups, keep class sizes small, so teachers/trainers stand a better chance of understanding and reacting to the differences inherent in every student.
- When you hire teachers/trainers, use one of the established tests for detemining their empathetic ability, because this is so crucial to effective communication.
- Develop adaptive software that provides an individsualised learning experience that is well suited to the particular learner.
- For best results, combine adaptive teaching with adaptive software. John's cites research carried out by Carol McDonald Connor which showed, when teaching reading skills, that a combination works better than the teaching or software used alone.
What does this mean for in the context of workplace learning when delivery is online? Here's my take:
- Empathetic teaching is going to be inhibited by the fact that, unless webcams are being used, students are not visible to the trainer and therefore no body language cues are available. To compensate for this, the trainer needs to work hard to establish a climate of open communication, in which students can freely articulate their needs and provide feedback.
- We need to place a renewed emphasis on the development of adaptive, intelligent learning materials. Back in the 1980s, when artificial intelligence was in vogue, we saw some real progress being made in this area. By comparison, modern e-learning materials are prettier but dumber. You could argue that the best way to increase adaptability is to make the materials modular and to provide the student with the facility to determine their own progress, but this is only useful to the extent that the student knows what they know and what they need to know; novices require structure and support.
My postings on Brain rules #1, Brain rules #2, Brain rules #3, Brain rules #4, Brain rules #5, Brain rules #6, Brain rules #7, Brain rules #8, Brain rules #9, Brain rules #10, Brain rules #11, Brain Rules #12
Kia ora Clive!
ReplyDeleteI had conversations with Tony Karrer about brain wiring in August last year - Medina's chapter follows ideas very similar to my own on this one.
Catchya later
from Middle-earth