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Introduction
Hi, and welcome back to the Daily Productivity session. So far we've used Claude to plan, take meeting minutes, and find ideas. Now we turn Claude into a personal tutor. In this episode we learn a new topic quickly: building a learning map, asking for explanations that match our level, testing our understanding, and checking facts so we don't pick up misconceptions.
Step 1: Start from a goal and a learning map
Let's start with the problem. When we study on our own, there's too much information. There are hundreds of videos, articles, and forums, and sometimes they contradict each other. Second, the explanations often don't fit our level. Some are too technical for a beginner, and others are so shallow that we can't use them at work. Third, we can't tell whether we've really understood. It feels clear while reading, but we get confused when we have to put it into practice. Claude can help with all three problems. The first step is a goal and a learning map. Dewi explains who she is, her problem, which is that A4 paper often runs out suddenly, how much time she has, and what she wants to master. Claude builds a five-day learning map. It starts with average daily usage, then supplier lead time, safety stock, the reorder point, and finally applying it to her three best-selling items. Notice that the order starts from the most basic idea, and the last day goes straight into real work. A map like this stops us from jumping to formulas before we understand the concepts. Lead time here means the waiting time from placing an order until the goods arrive. Whenever you meet an unfamiliar term like this, ask Claude to explain it right away.
Step 2: Ask for the right explanation
Step two is asking for the right explanation. Three requests make an explanation easy to digest. First, ask Claude to explain it as if to a beginner, with no jargon, or with the jargon explained. Second, ask for one analogy from everyday life, something that's already familiar to us. Third, ask for an example from our own work, with numbers and items we know. An example close to home makes a concept stick much faster. On day four, Dewi asks for an explanation of the reorder point. She includes real numbers: usage of about forty reams a day, and a supplier that needs five days to deliver. Claude starts with an analogy: the big water jug at home. We order a new jug while there's still enough water to last until the delivery arrives, not when the jug is already empty. Then the formula: daily usage times lead time, plus safety stock. For A4 paper, forty reams times five days equals two hundred reams. With one hundred reams of safety stock added, Dewi needs to reorder when stock drops to three hundred reams. One concept, one analogy, one example from her own warehouse. Drawn out, the math is simple. Usage of forty reams a day, times five days of supplier lead time, plus one hundred reams of safety stock, just in case usage spikes or the supplier is late. The result is three hundred reams. As soon as stock hits this number, Dewi orders. If the first explanation doesn't click, don't hesitate to ask Claude to explain it another way. No question is too basic.
Step 3: Test your understanding
Step three is testing your understanding. Dewi asks for a quiz, one question at a time, and Claude has to wait for her answer. This works better than getting ten questions with the answer key all at once. The question is about plastic folders: fifteen packs a day, a four-day lead time, and twenty packs of safety stock. Dewi answers sixty packs. She forgot something. Claude explains that the multiplication is right, but the safety stock hasn't been added, so the answer is eighty packs. Mistakes like this are actually valuable, because now we know exactly which part needs strengthening. How do we know we've understood? The first sign: you can explain it in your own words. Write your explanation, then ask Claude to point out what's wrong or missing. This is called explaining back. Second, you can answer questions with new numbers, not just repeat the earlier example. Third, you can spot mistakes. Ask Claude for a calculation that's deliberately wrong, then find where it goes wrong. Fourth, you can apply it to your own work. For Dewi, that means calculating the reorder point for the three best-selling items in her warehouse. Now Dewi tries to explain it back in her own words. She writes a definition of the reorder point, then adds that safety stock is only needed if the supplier is often late. Claude confirms the first part, then corrects one thing. Safety stock also protects you when usage suddenly rises, for example at the start of the school year, when schools order lots of paper. By explaining back, small misunderstandings like this get caught before they become habits. It may feel a little embarrassing, but it's the fastest way to learn.
Step 4: Learn a little, but regularly
Step four: learn a little, but regularly. Dewi puts her study schedule in the calendar like a meeting: thirty minutes every morning before the office gets busy. Monday is about daily usage. Tuesday is about lead time, Wednesday about safety stock, and Thursday about the reorder point. Friday is longer, one hour, to apply everything to the three best-selling items. Thirty minutes every day works better than three hours all at once on the weekend. At the end of the week, Dewi asks Claude to sum up all the lessons as one note card she can print and stick on her desk. The note card appears in the right panel. It has a one-sentence explanation, the water jug analogy, the formula, the A4 example, and three common mistakes, including forgetting the safety stock, just like in the quiz. A card like this keeps the knowledge from disappearing once the conversation is closed. Before the next session, just read the card for two minutes.
Step 5: Check facts against trusted sources
The last step is checking facts. Claude is a patient tutor, but it can be wrong in a very convincing way. The first habit: ask which parts of its explanation are less certain. Second, for high-stakes topics such as law, tax, health, or government regulations, always check official sources. Rules like these also change often. Third, compare with books, training, or an expert colleague. For Dewi, that could mean asking the experienced warehouse staff. Fourth, apply it on a small scale first. Dewi tries the reorder point on three items for a month, and only then on every item. What to avoid: changing office policy based only on Claude's answer. What you understand from Claude is a starting point, not the final decision. Let's sum up. First, build a learning map from a clear goal. Second, ask for explanations with analogies and examples from your own work. Third, test your understanding with one-at-a-time quizzes and by explaining back. Fourth, learn a little but regularly, and keep a note card. Fifth, check important facts against official sources and experts. Mr. Hendra uses the same flow to learn a new teaching method, and Laras uses it to learn basic bookkeeping.
Done!
We've learned a new topic with Claude: starting from a learning map, explanations with analogies and our own examples, quizzes and explaining back, a regular schedule, all the way to fact checks. In the next episode we set up response styles and personal preferences, so Claude answers the way we like without being reminded every time. See you there!
Practice exercises
Try these on your own after watching to lock in what you learned.
Ask Claude to build a five-concept learning map for a topic of your choice
Ask for an explanation of one concept with an analogy and an example from your work, then explain it back in your own words
Ask for a three-question quiz and note the parts you still get wrong to study tomorrow
Ask the class material
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Cerdas Inovasi Digital Team
Software developers, BIM & 3D engineers, and AI practitioners
53 video classes1,290 episodes
We build software, BIM models, games and AI automations for clients every day, and turn that hands-on work into step-by-step classes: every step is shown on screen and comes with a PDF guide you can keep.
