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Retrieval - Practice recalling. Quiz yourself. "Our brains are like a forest. The memory is in there somewhere. Retrieving memories creates a path through that forest. The memory gets easier to retrieve each time we try to find it in the forest." Practicing retrieval makes memory stick far better than reviewing the material again.
Spacing - Time between retrieval avoids forgetting. Short-term repetition is a waste of time. If it’s easy to recall because it was just taught, you’re not learning. You’re merely repeating. Memory is forged by spaced retrieval (Time in between quizzes). Retrieving memories changes the way they are later encoded. The harder something is to remember now, the better we will recall it in the future. The more we strain, the easier it will be in the future.
Interleaving - Moving between topics aids retention because it naturally spaces out retrieval. Quit the current topic and move on to something else before you actually feel like you’ve mastered that topic. Yes, it’s frustrating to leave before you’re ready. This admittedly feels slower in the short-term. But doing so helps you learn. Making errors is an integral part of learning. Making errors is a sign that you’re on the right track and pushing.
Variation - Retrieve in random order. Jump around. Shuffle quiz note cards. (Story: Students who practiced throwing bean bags at varied distances even beat those who practiced solely on 3 ft distance). The real world will present concepts in random order and contexts. So variation in examples, contexts, order, etc fosters the ability to recall what you’ve learned and recognize patterns in the real world. NFL players randomize plays and exercises during practice.
Reflection - Think about how the concept fits within your existing knowledge. It’s easier to learn a new concept when we ground it in something we already know. What is this like? What can you compare to? What mistakes did you make? We learn better when we are presented with the challenge before being shown the solution. The act of trying to solve it helps us learn. It’s better to solve a problem then to memorize a solution. And it’s better to attempt a solution and provide the incorrect answer then it is to not make the attempt.
Elaboration - Describe what you’re learning. Explain in your own words. Learning is an act of engagement. You learn by trying to make sense of something new. You don’t engage by watching. You engage by explaining in your own words and relating to what you already know. Embrace the Feynman technique: "If you can’t explain something in simple terms, you don’t understand it" - Richard Feynman. I am okay with asking questions and standing in silence while you think. The act of thinking is helpful. The act of explanation clarifies your understanding and exposes holes. Teaching exposes sloppy understanding.
My Teaching Technique
Retrieval - I'll regularly ask the group questions. Write or type the answers.
Spacing - We'll review at three points: After each topics, and at start and end of each day.
Interleaving - We'll build something real that weaves the concepts together in varied order
Variation - We'll implement the concepts in different ways and discuss the merits.
Reflection - I'll ask the group questions to stir reflection. Write or type your answers first. I'll even ask you questions before I've shared the answer. An unanswered question creates a slot in your brain to fill. Trying to answer a question and failing leads to better retention than merely being given the answer.
Elaboration - I'll ask the group for examples of elaboration. What is this? What is this like? Why are we doing this?
Learning Tips
Have a growth mindset. "If you're not failing, then you're not learning" - Louise O'Neill
Actively engage. To understand something, you must actively engage with it. Metacognition is active.
"The more students actively engage with subject matter, the better they master material and develop critical skills. Undergraduates learn most when they’re asked to solve problems, perform original research, work collaboratively - and receive regular feedback from the professor and their peers. The passive, impersonal lecture turned out to be the worst of all possible worlds. - Arthur Chickering and Zelda Gamson, “Seven Principles for Good Practice in Undergraduate Education.”
"Lab and project work are where students learn most. The school that adopted lab/projects as the core of their approach zoomed to the first position among American engineering schools." - Education is not about learning
"What I cannot create, I do not understand." - Richard Feynman
"To learn and not to do is really not to learn. To know and not to do is really not to know." - Stephen Covey
Embrace Repetition: Repetition, spaced over time, helps us remember. Our brains assign greater importance to repeated information.
Ask a leading question - What if we want to do x? Honor the 5 second rule (no, not the one about dropping your sandwich on the ground 😂)- Wait 5 seconds before answering. Give people a moment to consider the answer.
Introduce concept. - Take notes on paper - You'll remember more because you'll have to paraphrase. Write in your own words. We understand ideas by thinking carefully about them.
Implement together - Pair seniors with juniors. You can implement separately, but consider yourselves a team. Help each other. This helps me scale. Details in coding flow below.
Review - I'll walk through the diff. I'll ask the group questions. Answer questions by writing it down or typing it out. I will call on someone to ask what their answer is. If I get the wrong answer, I will call on someone else. This will be hard. That’s the point. The fact that it’s hard says that you’re learning. You learn through practiced retrieval, explaining things in your own words, spacing, and interleaving concepts over time.
Individual exercise - Try on your own (Practice retrieval, interleave, typically later for spacing). The Fogo de Chao method: Place red post-it on your laptop lid when we start an exercise. Replace with green post-it when done. When 50% of the room is green, I'll implement.
Start and end of day reviews - We'll review the days topics at the start and end of each day.
Coding Flow
Having problems? Ask why your code doesn't work. We can learn from mistakes.
Intro
My Goals
Leverage what makes in-person training so effective:
The 6 Core Learning Techniques
My Teaching Technique
Learning Tips
Daily Flow
Mostly conversation and code, rather than slides
Coding Flow
Having problems? Ask why your code doesn't work. We can learn from mistakes.
Option 1: Fork (recommended)
Option 2: Clone
git pull
on your clone of my repo.Final details
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