8 Learning Science Principles for Educators

By Aditya Shukla, Psychologist, Cognition Today, EdTech Consultant

Classical Conditioning

When 2 things get linked through context, students' response to 1 thing will get linked to the other thing. E.g., liking (response) to fun, when paired with math, transfers to math.

1

Instrumental conditioning

A behavior that causes pain is likely to reduce is frequency. A behavior that causes pleasure is likely to increase.

2

Observational learning

The simplest form of learning - by copying and imitating someone - strongly shapes students' behavior in the class. They copy peers, internet persona, parents, teachers, and heros.

3

Scaffolding

Students learn best with partial help when their material is complicated. Partial help acts as a scaffold, which can be removed little by little until they don't need it.

4

Repetition

Although memorization and repeated practice gets a bad name, it is the most efficient method to learn something.

5

Variation

Variation in the type of questions, problems, daily activities, and daily experiences keeps students engaged and curious. Variation breaks monotony and boredom.

6

Metaphors & Analogies

Hard concepts, especially mathematical and pure science ideas are hard to understand, but they can get easier by using metaphors and analogies as a support for new ideas.

7

Context & Concepts

New ideas in the classroom, new concepts, and new complexities start making more sense to students if they understand the context in which those concepts matter.

8

Competency wrapping

When students learn topics from different subjects and scientific concepts, wrapping them up as competencies - aka micro-skills help them learn and retain knowledge.

9

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