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Study Skills
Revision tips: The Feynman Technique
Study Skills
Revision tips: The Feynman Technique
Study Skills
Revision tips: The Feynman Technique
Summary
The Feynman Technique is a powerful study method for deepening understanding of complex topics and preparing for exams. Developed by Nobel Prize-winning physicist Richard Feynman, this technique is based on simplifying complex ideas through clear, accessible explanations. Here’s a guide on how to use it, how it aids revision, and some tips to maximise its effectiveness.
Summary
The Feynman Technique is a powerful study method for deepening understanding of complex topics and preparing for exams. Developed by Nobel Prize-winning physicist Richard Feynman, this technique is based on simplifying complex ideas through clear, accessible explanations. Here’s a guide on how to use it, how it aids revision, and some tips to maximise its effectiveness.
Read this article
5m
Implementing the Feynman Technique
1. Keep it simple
The Feynman Technique involves explaining a concept in simple language, as if teaching it to a child. Once you can do that, it’s a sign that you truly understand the topic. So, once you have chosen what topic or concept to start with, write down everything you know about it, as if you were explaining it to someone without any background in the subject. Use simple, straightforward language, avoiding jargon or complex terminology. The goal is to make it as clear and concise as possible.
2. Identify gaps in understanding
While explaining, you’ll likely encounter parts that are hard to describe clearly or that feel incomplete. These gaps signal areas where your understanding could be improved. Note down these gaps and areas that feel unclear.
3. Go back to the source material
Return to your textbooks, notes, or other resources to fill in the gaps you identified. Try to clarify concepts, find examples, or relate difficult sections to other ideas you already understand.
4. Refine and simplify your explanation
Now, rewrite your explanation using what you learned. Aim to make it even clearer and more simplified, ensuring you can communicate the topic effectively without referring to any notes.
5. Optional: test your explanation
If possible, explain the concept to someone else and ask them to rate their understanding, or ask questions about anything they didn’t follow. Those questions may highlight remaining gaps, giving you the chance to solidify your understanding further.
Tips to get the most from the technique
1. Patience and persistence
Some topics may take several rounds of explaining, identifying gaps, and refining. Stick with the process, as it’s often in this repetition that deeper understanding is built.
2. Use analogies, examples and visual aids
Analogies and examples are invaluable tools for simplifying ideas. When refining your explanations, try to think of analogies that relate new concepts to things you already know. This approach not only makes information easier to remember but also more applicable. Likewise, if certain topics are highly visual (like graphs in economics or cycles in biology), incorporate diagrams into your explanations. Visual aids can often simplify complex ideas and make your explanations more complete.
3. Teach a real person or record yourself
If you can, try to teach a friend the concept. Teaching someone who can ask questions allows you to test your understanding and clarify any remaining weak points. If this isn’t possible, explaining a concept aloud (even if only to yourself) activates auditory memory, which can strengthen recall. Recording your explanations allows you to revisit them, check for clarity, and track progress as you improve.
4. Practice regularly and review
Make the Feynman Technique a regular part of your study routine, especially for complex or critical exam topics. Revisiting explanations closer to the exam can help reinforce your understanding.
—-
The Feynman Technique transforms passive revision into an active, engaging process that builds a deep, flexible understanding. It prepares you not just to answer exam questions but to approach them with confidence and adaptability.
Read this article
5m
Implementing the Feynman Technique
1. Keep it simple
The Feynman Technique involves explaining a concept in simple language, as if teaching it to a child. Once you can do that, it’s a sign that you truly understand the topic. So, once you have chosen what topic or concept to start with, write down everything you know about it, as if you were explaining it to someone without any background in the subject. Use simple, straightforward language, avoiding jargon or complex terminology. The goal is to make it as clear and concise as possible.
2. Identify gaps in understanding
While explaining, you’ll likely encounter parts that are hard to describe clearly or that feel incomplete. These gaps signal areas where your understanding could be improved. Note down these gaps and areas that feel unclear.
3. Go back to the source material
Return to your textbooks, notes, or other resources to fill in the gaps you identified. Try to clarify concepts, find examples, or relate difficult sections to other ideas you already understand.
4. Refine and simplify your explanation
Now, rewrite your explanation using what you learned. Aim to make it even clearer and more simplified, ensuring you can communicate the topic effectively without referring to any notes.
5. Optional: test your explanation
If possible, explain the concept to someone else and ask them to rate their understanding, or ask questions about anything they didn’t follow. Those questions may highlight remaining gaps, giving you the chance to solidify your understanding further.
Tips to get the most from the technique
1. Patience and persistence
Some topics may take several rounds of explaining, identifying gaps, and refining. Stick with the process, as it’s often in this repetition that deeper understanding is built.
2. Use analogies, examples and visual aids
Analogies and examples are invaluable tools for simplifying ideas. When refining your explanations, try to think of analogies that relate new concepts to things you already know. This approach not only makes information easier to remember but also more applicable. Likewise, if certain topics are highly visual (like graphs in economics or cycles in biology), incorporate diagrams into your explanations. Visual aids can often simplify complex ideas and make your explanations more complete.
3. Teach a real person or record yourself
If you can, try to teach a friend the concept. Teaching someone who can ask questions allows you to test your understanding and clarify any remaining weak points. If this isn’t possible, explaining a concept aloud (even if only to yourself) activates auditory memory, which can strengthen recall. Recording your explanations allows you to revisit them, check for clarity, and track progress as you improve.
4. Practice regularly and review
Make the Feynman Technique a regular part of your study routine, especially for complex or critical exam topics. Revisiting explanations closer to the exam can help reinforce your understanding.
—-
The Feynman Technique transforms passive revision into an active, engaging process that builds a deep, flexible understanding. It prepares you not just to answer exam questions but to approach them with confidence and adaptability.
Written by Natalie Bull
Written by Natalie Bull
0:00/1:34
Summary
The Feynman Technique is a powerful study method for deepening understanding of complex topics and preparing for exams. Developed by Nobel Prize-winning physicist Richard Feynman, this technique is based on simplifying complex ideas through clear, accessible explanations. Here’s a guide on how to use it, how it aids revision, and some tips to maximise its effectiveness.
Read this article
The Feynman Technique is a powerful study method for deepening understanding of complex topics and preparing for exams. Developed by Nobel Prize-winning physicist Richard Feynman, this technique is based on simplifying complex ideas through clear, accessible explanations. Here’s a guide on how to use it, how it aids revision, and some tips to maximise its effectiveness.
Implementing the Feynman Technique
1. Keep it simple
The Feynman Technique involves explaining a concept in simple language, as if teaching it to a child. Once you can do that, it’s a sign that you truly understand the topic. So, once you have chosen what topic or concept to start with, write down everything you know about it, as if you were explaining it to someone without any background in the subject. Use simple, straightforward language, avoiding jargon or complex terminology. The goal is to make it as clear and concise as possible.
2. Identify gaps in understanding
While explaining, you’ll likely encounter parts that are hard to describe clearly or that feel incomplete. These gaps signal areas where your understanding could be improved. Note down these gaps and areas that feel unclear.
3. Go back to the source material
Return to your textbooks, notes, or other resources to fill in the gaps you identified. Try to clarify concepts, find examples, or relate difficult sections to other ideas you already understand.
4. Refine and simplify your explanation
Now, rewrite your explanation using what you learned. Aim to make it even clearer and more simplified, ensuring you can communicate the topic effectively without referring to any notes.
5. Optional: test your explanation
If possible, explain the concept to someone else and ask them to rate their understanding, or ask questions about anything they didn’t follow. Those questions may highlight remaining gaps, giving you the chance to solidify your understanding further.
Tips to get the most from the technique
1. Patience and persistence
Some topics may take several rounds of explaining, identifying gaps, and refining. Stick with the process, as it’s often in this repetition that deeper understanding is built.
2. Use analogies, examples and visual aids
Analogies and examples are invaluable tools for simplifying ideas. When refining your explanations, try to think of analogies that relate new concepts to things you already know. This approach not only makes information easier to remember but also more applicable. Likewise, if certain topics are highly visual (like graphs in economics or cycles in biology), incorporate diagrams into your explanations. Visual aids can often simplify complex ideas and make your explanations more complete.
3. Teach a real person or record yourself
If you can, try to teach a friend the concept. Teaching someone who can ask questions allows you to test your understanding and clarify any remaining weak points. If this isn’t possible, explaining a concept aloud (even if only to yourself) activates auditory memory, which can strengthen recall. Recording your explanations allows you to revisit them, check for clarity, and track progress as you improve.
4. Practice regularly and review
Make the Feynman Technique a regular part of your study routine, especially for complex or critical exam topics. Revisiting explanations closer to the exam can help reinforce your understanding.
—-
The Feynman Technique transforms passive revision into an active, engaging process that builds a deep, flexible understanding. It prepares you not just to answer exam questions but to approach them with confidence and adaptability.
Written by Natalie Bull
Nat is Booost Education’s copywriter and artist-in-residence and brings considerable authenticity to our marketing content through her own expertise and experience from supporting DSA students and her neurodivergent son.
Written by Natalie Bull
Nat is Booost Education’s copywriter and artist-in-residence and brings considerable authenticity to our marketing content through her own expertise and experience from supporting DSA students and her neurodivergent son.