Teaching Effectiveness & Classroom Practice: Helping Learners Understand Instead of Memorising
This is article #2 of 5 in the Teaching Effectiveness & Classroom Practice Series
Introduction
Many learners believe that success in school means memorising as much information as possible. They try to remember definitions, formulas, and notes without truly understanding what they mean. While this may help in the short term, it often leads to poor performance in tests and exams—especially when questions require thinking and problem-solving.
As an educator, your role is to guide learners beyond memorisation. True learning happens when learners understand concepts, can explain them, and apply them in different situations.
This article will show you practical ways to help learners build deep understanding instead of relying only on memory.
1. Understand the Difference Between Memorisation and Understanding
Before changing your teaching approach, it is important to understand the difference:
Memorisation:
Learners repeat information
Answers are remembered, not understood
Knowledge is easily forgotten
Learners struggle with new or different questions
Understanding:
Learners know why something works
They can explain concepts in their own words
They can apply knowledge to new problems
Learning lasts longer
Your goal is to move learners from “I remember this” to “I understand this.”
2. Ask “Why” and “How” Questions
One of the simplest ways to encourage understanding is to change the type of questions you ask.
Instead of asking:
“What is the formula?”
Ask:
“Why does this formula work?”
“How do we use this in real life?”
These questions:
Encourage thinking
Develop reasoning skills
Help learners connect ideas
3. Encourage Learners to Explain in Their Own Words
If a learner truly understands something, they should be able to explain it simply.
Try this in class:
Ask learners to explain a concept to a partner
Let them summarise the lesson in their own words
Use short presentations or group discussions
Tip:
If a learner can explain it clearly, they understand it. If they struggle, they may need more support.
4. Use Real-Life Applications
Understanding improves when learners see how knowledge is used in the real world.
Examples:
Use budgeting to explain mathematics
Use daily routines to explain time and planning
Use simple experiments to explain science concepts
Real-life connections:
Make learning meaningful
Improve interest and motivation
Help learners remember concepts longer
5. Teach Concepts Before Rules
Many learners are taught rules and formulas first. This often leads to memorisation without understanding.
Better approach:
Start with the idea or concept
Use examples to show how it works
Introduce the rule or formula last
Example:
In mathematics:
Show how numbers relate in a problem
Let learners see the pattern
Then introduce the formula
This helps learners understand where the formula comes from.
6. Use Visual and Practical Methods
Some learners struggle with text-based learning. Visual and hands-on methods can improve understanding.
Use:
Diagrams and charts
Mind maps
Demonstrations
Simple experiments
These methods:
Make abstract ideas easier to understand
Help learners see connections
Support different learning styles
7. Give Practice That Requires Thinking
Not all practice leads to understanding. Repeating the same type of question can lead to memorisation.
Instead:
Use different types of questions
Include problem-solving tasks
Ask learners to apply knowledge in new ways
Example:
Instead of repeating the same math problem:
Change the numbers
Change the context
Ask learners to explain their answer
This builds deeper understanding.
8. Allow Mistakes as Part of Learning
Learners often fear making mistakes, especially when they are used to memorising correct answers.
Create a classroom where:
Mistakes are accepted
Learners can try without fear
Errors are used as learning opportunities
Example:
When a learner makes a mistake:
Ask: “What can we learn from this?”
Guide them to the correct understanding
Mistakes help learners think more deeply.
9. Use Slow Teaching When Needed
Rushing through content often leads to memorisation instead of understanding.
Slow down when:
Learners seem confused
Many learners are making the same mistakes
A concept is especially difficult
Focus on:
Clarity over speed
Depth over quantity
It is better for learners to understand fewer topics well than to memorise many topics poorly.
10. Check Understanding Regularly
Do not assume learners understand just because they are quiet or taking notes.
Simple ways to check:
Ask learners to explain a concept
Use quick quizzes
Ask open-ended questions
Use exit tickets
This helps you:
Identify misunderstandings early
Adjust your teaching
Provide support where needed
11. Use Group Work and Peer Learning
Learners often understand better when they learn from each other.
Group activities:
Discuss a problem together
Explain answers to each other
Work on tasks as a team
Peer learning:
Builds confidence
Encourages communication
Helps learners see different ways of thinking.
12. Reinforce Learning Over Time
Understanding grows with repetition and revision.
You can:
Review previous lessons regularly
Connect new topics to old ones
Use short revision activities
This helps learners:
Strengthen their understanding
Build long-term knowledge
Prepare better for exams
Conclusion
Helping learners understand instead of memorising is one of the most important goals in education. It leads to better academic performance, stronger thinking skills, and greater confidence.
By asking deeper questions, encouraging explanation, and using real-life examples, you can create a classroom where learners truly understand what they are learning.
Remember: memorisation may help learners pass a test, but understanding helps them succeed in life.
Practical Checklist for Educators
Lesson Design
☐ Did I focus on understanding, not just memorisation?
☐ Did I teach the concept before the rule?
☐ Did I include real-life examples?
Teaching Methods
☐ Did I ask “why” and “how” questions?
☐ Did I use visuals or practical demonstrations?
☐ Did I encourage learners to explain concepts?
Learner Engagement
☐ Did learners actively participate?
☐ Did I include group or peer learning activities?
☐ Did I create opportunities for discussion?
Assessment & Support
☐ Did I check understanding regularly?
☐ Did I allow time for thinking and problem-solving?
☐ Did I address misunderstandings?
Classroom Environment
☐ Did I allow mistakes as part of learning?
☐ Did I support struggling learners?
☐ Did I encourage confidence and curiosity?
Related Articles in Teaching Effectiveness & Classroom Practice Series
How to Teach Complex Topics in a Simple Way
Helping Learners Understand Instead of Memorising
How to Keep Learners Engaged in Class
Teaching Mixed-Ability Classes Effectively
Managing Large Classes Without Burnout
Disclaimer
AI Tools were used to assist with research. Remember to always cross-check everything that you read.
