The Feynman Technique is named after the Nobel Prize-winning physicist Richard Feynman. The technique involves breaking down complex topics into simple concepts and explaining them in a way that a 12-year-old child can understand.
Here's how it works:
Know what you want to learn:
Start by identifying the topic you want to learn and the key concepts you need to understand.
Write down what you already know about it:
Write down everything you already know about the topic. This will help you identify any gaps in your knowledge and focus on areas that need further study.
Research, "write down to remember":
Research the topic and take notes as you go. Write down the information in your own words to help you remember it better. dd
Explain it to a "12 yo" child:
Finally, explain the topic to someone else as if they were a 12-year-old child. Use simple language and examples to make the topic easy to understand.
(Like what I'm trying to do in this BLOG! :D).Identify any gaps in your understanding ,
Go back to research those areas further.
Repeat
Repeat the process until you have a solid understanding of the topic.
By following the Feynman Technique, you can deepen your understanding of complex topics and improve your ability to communicate your ideas to others.
Best practices:
Choose a quiet, distraction-free environment to study and research the topic.
Keep a notebook or document to record your notes and explanations.
Use simple language and examples to explain the topic to someone else.
If possible, find a study partner or tutor to help you with the process.
How to use it in software engineering studying:
Choose a software engineering topic you want to learn, such as a specific programming language or framework.
Write down everything you already know about the topic, including any related concepts or terminology.
Research the topic and take notes in your own words, focusing on key concepts and best practices.
Use those notes to explain the topic to someone else, such as a study partner or mentor, using simple language and examples.
Identify any gaps in your understanding and repeat the process until you have a solid understanding of the topic.
The Feynman Technique can be a valuable tool for software engineering students who want to deepen their understanding of complex topics and improve their ability to communicate their ideas to others. By breaking down complex concepts into simple terms and explaining them to others, you can gain a deeper understanding of the material and improve your ability to apply it in real-world scenarios.
ALWAYS REMEMBER!
1- "Stay Curious!" principle.
The "Stay Curious" principle in studying is all about maintaining a sense of wonder and a desire to learn. It involves asking questions, seeking out new information, and being open to new ideas and perspectives. By staying curious, you can deepen your understanding of a subject and keep your mind engaged and active.
2- "The Power of YET!" principle.
The Power of YET is a principle in studying that focuses on seeding a growth mindset. It involves recognizing that just because you don't know something now, doesn't mean you can't learn it in the future. By adding "yet" to the end of statements like "I don't understand this" or "I can't do this," you acknowledge that you are in the process of learning and growing. This mindset can help you overcome obstacles, persist through challenges, and ultimately achieve your goals in studying and beyond.
Hope that helped!