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Session 2. Comparing Learning Theories
Objective. By the end of this session, you will be able to compare behaviorism, cognitivism, and constructivism, and identify which lens best explains a given classroom scenario.
Colleagues often argue about the best way to teach: drill, explanation or discovery. Learning theories will not end the argument, but they help you choose. Each describes something true about how children learn, and each fits some moments better than others. When you can name the lens you are using, you can see why one lesson works and another falls flat, and you can change what needs changing without throwing away what already works.
Key ideas
Behaviorism
- Learning = an observable change in behavior, driven by stimulus and response
- Reinforcement (reward) strengthens a behavior; lack of reinforcement weakens it
- Classroom fit: drilling a procedure, building automaticity, behavior routines
Cognitivism
- Learning = building and organizing mental structures ("schema") for information
- Focuses on how information is processed, stored, and retrieved — not just behavior
- Classroom fit: organizing content logically, scaffolding, worked examples
Constructivism
- Learning = learners actively building their own understanding through experience
- Social constructivism (Vygotsky): learning happens through guided interaction with others, just above what a learner can do alone
- Classroom fit: inquiry, discussion, hands-on problem-solving
- Most real lessons blend more than one lens — the question is which lens fits which moment
Three Lenses, Side by Side
| Theory | Core Idea | Classroom Example |
|---|---|---|
| Behaviorism | Reinforce the response you want to see | Points and praise for correctly using a new procedure |
| Cognitivism | Organize information for the mind to process | A worked example broken into clearly labeled steps |
| Constructivism | Let learners build understanding through experience | A small-group investigation with no single "telling" step |
Three lenses at a glance
Behaviorism
Observable behaviour
- Teacher: reinforce
- Good for: routines, facts
- Watch for: reward dependence
Cognitivism
Mental structures
- Teacher: organise and model
- Good for: new procedures
- Watch for: passive listening
Constructivism
Making meaning
- Teacher: guide and question
- Good for: understanding, talk
- Watch for: lost novices
Guidance should fade as skill grows
Clark, Kirschner and Sweller argue in American Educator that novices need fully guided instruction: explanation, worked examples, practice and feedback. Left to discover alone, they must hold too many unknowns in working memory at once. Expertise changes this. As knowledge grows, the same support becomes unnecessary and can even get in the way.
The EEF describes fading a worked example: show a full solution, then one with the last step removed, then more steps removed, until pupils solve alone. Vygotsky's zone of proximal development points the same way: support belongs just above what the learner can do alone, and is withdrawn as they grow.
Each lens has a cost when used alone
Behaviourist methods build routines and automatic skills quickly, and automaticity frees working memory: a child who knows multiplication facts can concentrate on the problem. But rewards can pull attention from the learning to the reward, and Deci and Ryan's research on motivation suggests external rewards can reduce interest in tasks students already enjoyed.
Pure discovery can leave novices confused. Group work is not automatically constructivist learning either: Tom Bennett notes that its popularity outpaces its evidence, and that it works best when tied to a clear goal and when students stay on task. Choose the lens by asking what students must gain now: a fact, a procedure or an understanding.
Examples from the classroom
Drill for automatic facts
Scene. Malika wants her Grade 2 class in Samarkand to know the 2 and 5 times tables by heart. Each morning, for five minutes, she runs a quick oral drill, praises correct answers at once, and marks the group's progress on a sticker chart. After three weeks most children answer instantly, and in word problems they no longer stall on the facts.
Insight. Behaviourist practice with prompt reinforcement builds automaticity, which frees working memory for harder thinking.
A worked example that fades
Scene. Aziz teaches Grade 7 geography in a Russian-medium school in Tashkent. To teach reading a climate graph, he models one for Bukhara in four labelled steps: axes, line, peak, meaning. The next graph has the last step blank, the one after has the last two blank, and then students work on a fresh graph alone.
Insight. Cognitivist teaching organises information into clear steps, and fading the example moves students gradually to independence.
Guided investigation
Scene. Dilnoza's Grade 6 class in Khorezm must work out how much seed a rectangular cotton plot needs. In groups of four they measure a rope-marked plot in the school yard and argue about whether to add or multiply. She gives no formula; she walks between groups asking what they notice when the plot is cut into rows. Then each group explains its method to the class.
Insight. Constructivist learning works when students already hold the basics and the teacher's questions act as scaffolding just above their current level.
Common pitfalls
- Declaring one theory correct and dismissing the others instead of matching each to the moment.
- Calling any group activity constructivist without a clear goal, guidance or accountability for each student.
- Offering rewards for tasks students already enjoy, which can shift their reason for doing them.
- Giving novices an open problem with no model or support, then concluding they lack ability.
Case-Sort: Match Scenarios to Theories
Your facilitator will guide you through this activity in the session.
Reflect
- Which scenario was hardest to sort, and what made it ambiguous?
- Think of a lesson you teach often — which theory dominates it right now?
- What would that same lesson look like if you deliberately borrowed from a different theory?
Try it tomorrow
- Take tomorrow's learning goal and name which lens fits it (drill, worked example or guided investigation), and why.
- Turn one worked example you already use into a faded version with the last step left blank.
- During group work, circulate with two prompting questions instead of giving answers.
Further reading and links
No single theory is "correct" for every moment. Strong teaching moves deliberately between these three lenses depending on what the moment calls for.