Shadowing Practice: AI Can Write Code. And That’s the Problem. - Learn English Speaking with Video
Les maken...
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AI can write code now.
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And not just a little, it's fast, it's convincing, and a lot of the time, it actually works.
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You run it, and it does exactly what you expected.
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And that's exactly where the problem begins.
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Because in real-world engineering, working code is often the most dangerous kind of code.
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Today, I want to break down why code that works can actually be a huge risk, especially when it's generated by AI, and I'll explain this from a real-world, production perspective.
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Let's start with the first issue.
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Bugs silently making it to production.
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AI-generated code usually works for simple cases.
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You test it quickly, it passes, and everything seems fine.
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So what happens?
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You trust it.
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And your code review becomes less strict.
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Now imagine this.
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Edge cases are not handled.
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Boundary conditions break the logic.
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The system crashes when data grows.
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These kinds of problems almost never show up in small tests.
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If you test with 10 or 100 records, everything looks perfect. But production is different.
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You have thousands, sometimes millions of records.
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Unexpected inputs.
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Real users doing unpredictable things.
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And that's when things break.
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Suddenly.
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And you're left wondering, wait, this was working before.
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But the truth is, it was always broken.
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You just didn't hit the breaking point yet.
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This happens all the time in real systems.
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Second issue, design collapse.
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AI is very good at local optimization.
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It gives you code that works right now, for this specific moment.
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But it does not think about your entire system architecture. So what happens?
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The same logic gets duplicated in multiple places.
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Naming becomes inconsistent.
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Responsibilities become unclear.
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At first, everything still works.
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But later, when requirements change and they always do, things get messy.
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You start asking questions like Where is this logic used?
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Why do I have the same code in five different places?
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Eventually, your system turns into spaghetti code And the worst part?
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You reach a point where you're afraid to touch it It works, but any change might break something else That's technical debt Third issue,
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security risks AI can generate insecure code without any warning.
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For example, no protection against SQL injection, weak or missing authentication and authorization,
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hardcoded API keys or secrets.
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And again, this code works.
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That's what makes it dangerous.
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Because no one notices.
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It passes tests.
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It gets deployed.
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And then one day, it becomes a real incident.
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Data leaks Unauthorized access Working code caused a security problem That's not hypothetical,
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it happens Fourth issue, performance problems AI does not consistently optimize for performance It might give you an O,
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in superscript 2, solution without hesitation With small data, it runs instantly So again,
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it looks fine But when your data scales, everything slows down dramatically.
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You also see patterns like Unnecessary API calls Redundant database queries Individually, they seem harmless.
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But together, they degrade your entire system.
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And once users increase, your system starts to struggle.
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This is a very common failure pattern.
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When you rely on AI-generated code without truly understanding it.
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You don't know why it works.
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You can't fix it when it breaks.
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You can't adapt it to new requirements.
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And more importantly, you stop learning.
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In the short term, you move faster.
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But in the long term, you hit a wall.
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Your growth as an engineer slows down or even stops.
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So here's the conclusion.
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AI is a tool that writes code.
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But it is not an engineer that takes responsibility. Which means.
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Working code does not mean correct code.
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Working code might just mean.
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You haven't hit the failure case yet.
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So what actually matters going forward?
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Your ability to evaluate code.
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Can you explain why it works?
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Can you analyze its time complexity?
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Can you judge whether the design is good?
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In the age of AI, writing code becomes easier.
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But understanding code becomes more valuable.
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The real skill is not writing.
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It's seeing through the code.
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That's all I have for you today.
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If you enjoyed the video, please hit the like button and leave a comment.
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See you in the next video.
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Thank you.
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About This Lesson
In this lesson, you will practice English by analyzing the implications of AI-generated code as discussed in the video titled "AI Can Write Code. And That’s the Problem." You will improve your listening and speaking skills through shadowing, where you mimic the speech of the speaker to enhance fluency and pronunciation. As you engage with the content, consider the challenges and risks associated with relying on AI in coding, fostering critical thinking and vocabulary development in technical contexts.
Key Vocabulary & Phrases
- AI-generated code - Code created by artificial intelligence.
- Bugs - Errors or flaws in code that can cause it to malfunction.
- Production - The environment where software is run and used by end-users.
- Technical debt - The implied cost of additional rework caused by choosing an easy solution now instead of a better approach that would take longer.
- Security risks - Vulnerabilities in the code that can be exploited by malicious actors.
- System architecture - The overall structure and organization of a system.
- Edge cases - Uncommon or extreme scenarios that may break the logic of a program.
- Shadowing technique - A method of improving language skills by repeating what you hear in real-time.
Practice Tips
To get the most out of this lesson, utilize the shadowing technique effectively. Here are some tips to enhance your practice:
- Listen to the video at a manageable speed and focus on understanding the message before attempting to shadow.
- Start by repeating short phrases or sentences, ensuring you are capturing the tone and rhythm of the speaker. The shadowspeaks method encourages mimicking the nuances of speech.
- Pay attention to the speaker’s emphasis on certain words—this will help you learn how to convey meaning through intonation, a key aspect of shadow speech.
- Use pauses strategically to catch up, but try to resume with the flow of the speech to build fluency.
- Record yourself while practicing to evaluate your improvements and identify areas that need more focus.
By consistently using a shadowing site or regular audio materials, you can refine your English speaking skills and achieve greater confidence in technical discussions and beyond.
Wat is de Shadowing-techniek?
Shadowing is een wetenschappelijk onderbouwde taalleermethode die oorspronkelijk is ontwikkeld voor professionele tolkentraining en gepopulariseerd door polyglot Dr. Alexander Arguelles. De methode is eenvoudig maar krachtig: je luistert naar native Engelse audio en herhaalt het onmiddellijk hardop — als een schaduw die de spreker volgt met slechts 1–2 seconden vertraging. In tegenstelling tot passief luisteren of grammaticadrills, dwingt shadowing je hersenen en mondspieren om echte spraakpatronen tegelijkertijd te verwerken en te reproduceren. Onderzoek toont aan dat het de uitspraaknauwkeurigheid, intonatie, ritme, verbonden spraak, luisterbegrip en spreekvaardigheid aanzienlijk verbetert — waardoor het een van de meest effectieve methoden is voor IELTS Speaking-voorbereiding en echte Engelse communicatie.