Have you ever watched someone solve a Rubik’s Cube in 5 seconds? They do it so fast it’s impressive. You might watch a tutorial that breaks it down step-by-step: make the white cross, fix the corners, solve the middle edges, and so on. In your head, you think: *“Got it. That makes sense!”*

But then, someone hands you the actual cube.

All of a sudden, you forget the first move. You know the theory, but you can’t actually solve it.

This is a **learning trap**. There is a big difference between **knowing the theory** and actually **doing the work**. In coding, this gap is growing – especially now that we have AI. To bridge it, you need a [problem-solving mindset](https://greatermanchester.ac.uk/blogs/the-art-of-problem-solving-in-computer-programming) that you can only build through consistent practice.

In this post, we’ll talk about why practicing is the best way to move forward when you learn to code, and show you how interactive lessons help you truly understand the logic. Whether you are just starting out or you have been coding for some time now, you are in the right place!


![Coding in the Age of AI - Why Practice is More Important Than Ever.webp](https://storage.googleapis.com/coddy-15505.appspot.com/blog/images/1776104383275_Coding_in_the_Age_of_AI_-_Why_Practice_is_More_Important_Than_Ever.webp)


## Moving Fast vs. Moving in the Right Direction

Think about how we get around today. Before GPS, we had to use paper maps and understand the layout of our city to find our way. Today, we just follow a blue line on our phone.

But what happens when you lose signal in the mountains or the GPS tells you to drive into a lake? Well… good luck if you’ve never learned to read a map.

AI coding is exactly like that. AI can get you to your destination most of the time, but if you haven’t practiced the fundamentals, you won't know when it’s leading you the wrong way.

A 2024 study of 211 million lines of code found a troubling trend: [we are writing code faster, but we’re also breaking things more often](https://medium.com/digital-business-services/leveraging-ai-for-software-engineering-productivity-best-practices-for-cost-reduction-and-revenue-9d87633b8031). Because it’s so easy to click “generate,” many of us are skipping the most important part – actually understanding the logic.

**Practice is how you learn to read the map.**

## Why Practice is the Key to Learning to Code

In any job, knowing the theory is just the start. To be an expert, you need to build things. Whether you are just starting or you’ve been at it for a while, the goal is the same: **you want to be really good at what you do**.

- **In marketing:** You can study SEO all day long, but you won't truly understand search intent or how to use SEMrush until you work on a real site and see how users behave.

- **In design:** You can watch 100 tutorials on a tool, but you won't get a feel for how things look until you move each and every pixel yourself.

- **In coding:** You need to type the line, see it break, and fix it. (Spoiler: [this is the most effective and fun way to learn to code!](https://coddy.tech/onboard))

### 1. It Develops Your Intuition for Quality Code

When you **learn by doing** – actually typing the code and fixing your own mistakes – you are training your brain. You start to recognize what good code looks like. If you let an AI do all the work, you never develop that gut feeling. You might end up with code that works for now, but creates a huge mess that slows down your app later.

Let’s say an AI gives you 50 lines of code. You run it, and congrats, it works! But the code is messy and it uses too much power. It’s fine now, but when 1,000 people try to use your app, it will get slow, laggy, and eventually crash.

- **The lazy coder** would copy, paste, and cross their fingers. Basically just guessing and hoping for the best.
- **The practiced coder** would look at those 50 lines and think, *"Wait a second. Why is this so long? This feels a bit off. I bet I can make this simpler."*

Practicing makes you the **boss** of the code – AI or no AI. If you don't practice, you are just following a machine. But when you learn the basics through practice, you take control. You gain the power to tell the AI, *"No, that’s not right. Let’s do it this way instead."*

There is a famous saying in tech: *"A fool with a tool is still a fool."* Don't be the person just holding the tool – [be the builder who actually knows how to use it](https://coddy.tech/landing/prompts)!

### 2. It Prepares You for Weird Problems and Hard Bugs

AI is like a big delivery ship. It’s great at moving things across the ocean, but it often gets lost trying to find a specific house on a tiny street.

AI is good at the easy, generic stuff. But the last bit – those strange, unique problems that only happen in **your** project – is where AI usually starts to get things wrong. If you haven't practiced the tricky parts yourself, you will eventually hit a wall. You need the experience that comes from hours of practice to fix the weird bugs that an AI can't see.

### 3. It Strengthens Your Problem-Solving Skills

A lot of people think coding is about remembering where to put dots and commas. Nope, not at all. Coding is about **problem-solving**.

When you solve a challenge on your own, you are exercising your brain. You learn how to break big problems into tiny steps. If you ask an AI to solve the puzzle for you, it’s like watching someone else lift weights at the gym. You watch them get stronger while you stay the same. The struggle of practice is what actually makes the knowledge stick in your head.

### 4. It Lets You Spot the AI’s Mistakes

When it comes to the way we code, we rarely type every single line anymore. Often, we’re just checking what an AI has written for us. But you can't fix a messy story if you don't know how to write a good one yourself.

When you practice, you learn to spot the red flags that AI often hides:

- **Old or unsafe tricks:** AI often suggests old ways of doing things that aren't safe or secure anymore.

- **Confident mistakes:** [AI can sound very sure of itself even when it is completely wrong.](https://medium.com/core-ai/why-ai-sounds-confident-even-when-its-wrong-4c0683a6f61e) If you don't know the logic, you might believe it.

- **Slow and messy work:** AI just wants the code to run. It doesn’t care if it’s slow or uses too much energy. Practice helps you see how to make it clean and fast.

But how can you verify what you don’t understand and haven’t practiced?

### 5. It Helps You Adapt to Anything New

Tech changes at a crazy pace – and it'll only continue to. The tools everyone used ten years ago are mostly gone now, and the tools we use today will change too.

So, how do you stay ready? You focus on the **basics**.

- **The logic:** How data moves.
- **The rules:** How to solve a problem step-by-step.
- **Clean work:** How to keep code organized and easy to read.

If you practice these core parts, you can handle any change. When a new tool comes out, you'll understand the logic it uses. When a new coding language becomes popular, you'll see the same patterns you’ve seen before. Practice makes you flexible so you can go anywhere and work on anything. [Learn the logic through practice](https://coddy.tech/) and you’ll be ready for whatever comes!


![Learn How to Code through Practice.webp](https://storage.googleapis.com/coddy-15505.appspot.com/blog/images/1776104419379_Learn_How_to_Code_through_Practice.webp)


## How to Practice Code in the AI Age

- **The 5-minute rule:** When you hit a bug, don't ask an AI for a solution right away. Struggle for 5 minutes. Search, read the documentation, experiment – try to break it further. If you’re still stuck, give it another 5! If that doesn’t work either, ask the AI to *explain the solution* so you can write the code yourself.

- **The “delete and redo” test:** If you use an AI snippet, delete it. Then, try to type it out again from memory. This forces your brain to actually process the syntax.

- **Build ”useless” things:** Create a silly game or a weather app for your cat. You learn the most when you’re building things that don't "matter" to anyone but you.

**Friendly tip:** If you're looking for a place to start, [Coddy’s interactive lessons](https://coddy.tech/) let you get that steering wheel in your hands right away, so you're always creating!

## The Choice is Yours: Learn by Doing with Coddy!

Understanding the "**why**" is what separates true developers from everyone else. Those who know how the logic works will always be the ones leading the way. So, put down the prompt for a moment, [start learning code with Coddy](https://coddy.tech/), and type that first line yourself. Remember, **practice is your superpower**!

Coding in the Age of AI: Why Practice is More Important Than Ever

If you’re reading this, you’ve likely had the same thought as most computer science students, those aspiring to a careeer in tech, and even senior developers: *Is learning to code still worth it?*

We’ve seen the headlines. ”Software engineering is dying” – a story that has circled from way back in 2023. Even last year, CEOs told us that [AI will write 90% of all code](https://www.businessinsider.com/anthropic-ceo-ai-90-percent-code-3-to-6-months-2025-3) and [we would never need to learn the rules of coding again](https://www.techradar.com/pro/nvidia-ceo-predicts-the-death-of-coding-jensen-huang-says-ai-will-do-the-work-so-kids-dont-need-to-learn).

Yet, here we are in 2026. The industry is still here and we still haven't seen the 'death' of coding. But if AI can finish a script before you’ve even had your first coffee, you might ask: *Why am I even doing this? Why learn logic when a bot can do it for me?*

Well, because AI is great at writing the code, but it has no idea **why** it’s writing it. You are the one who decides the story.

If you want to be the boss of the technology that evolves by the second, you need to know more than how to give a prompt. **You need to know how to build.** In this blog post, we’ll look at why knowing the "how" is more valuable now than it has ever been.

![Is Learning to Code Still Worth It in 2026.webp](https://storage.googleapis.com/coddy-15505.appspot.com/blog/images/1776104227310_Is_Learning_to_Code_Still_Worth_It_in_2026.webp)

## The Two Types of Developers in 2026: Which One Are You?

In the last year or two, IT companies started experimenting more with AI-assisted coding. Right now, developers are basically split into two types.

The first type is **all-in on AI**. They use it for everything: planning, coding, testing, debugging, and even reviews. The second type is more **skeptical**. They know that [AI hallucinates (makes things up)](https://www.infoworld.com/article/3822251/how-to-keep-ai-hallucinations-out-of-your-code.html) and doesn't always understand the big picture. Because of that, AI often gives wrong or messy solutions. This doesn't mean the skeptics avoid AI, but they are much more careful. They use it for advice or as a search engine, rather than letting it write 100% of the code.

### The "AI Slop" Trap

It is completely possible to build an app with zero experience using only AI – we see examples of this every day. But in the long run, it’s very hard to keep that app running if you aren't a coder. Without a foundational understanding of code, [you risk creating **AI slop**](https://www.nature.com/articles/d41586-025-03967-9): code that often looks good at first, but underneath, it’s messy, has bugs, and is very hard to update. So when the app needs an update or a fix, a non-coder will find it nearly impossible to keep the engine running.

We once heard a quote that says: *"AI amplifies the skills of the person using it."* So, if you know how to code, AI helps you move faster. But if you don’t know how to code, you’re giving AI full control with no supervision. You might get a result that looks good on the outside, but in reality, you’ve built a bunch of non-functional AI slop.

## AI Is Fast, But Is It Always Right?

If you walk into a room of ten developers, [at least eight or nine of them (85%) are using AI tools](https://www.infoworld.com/article/4077352/85-of-developers-use-ai-regularly-jetbrains-survey.html). In the past few years, AI has reached a point where [it pumps out almost half of the world's new code](https://medium.com/@reliabledataengineering/ai-is-writing-46-of-all-code-github-copilots-real-impact-on-15-million-developers-787d789fcfdc). It’s fast, it’s everywhere, and it feels like we should all be chilling while the robots do the work.

But there’s a big ‘but’ here – even though we are using these tools more than ever, we are actually trusting them **less**.

Have you ever used an AI-generated snippet that looked solid at first look, but crashed your app 5 minutes later? Many of us sure have! [Less than a third of developers actually trust the code AI spits out.](https://stackoverflow.blog/2025/12/29/developers-remain-willing-but-reluctant-to-use-ai-the-2025-developer-survey-results-are-here/) Why? Because while AI can write functions in milliseconds, it is also famous for its hallucinations. This often includes logic that doesn't work in the real world.

In fact, AI-generated code has almost three times more vulnerabilities than if you write the code yourself. And if you don't know how to code, you won’t be able to spot those traps.

So what happens when things get complicated and the stakes are high? Most developers will still go and ask a real person for help instead of relying on the AI.

## What Learning to Code Actually Means Today

Memorizing brackets and semicolons doesn’t mean you’ve learned to code. To learn, you need to understand the big picture. It’s about systems thinking. Since the AI handles the typing, your job is to act as a problem-solver. You are now the one who decides how all the different parts of an app should talk to each other.

Today, being a developer means:

- **Smart prompting:** [Learn how to ask the right questions!](https://coddy.tech/landing/prompts) You don’t just say, *“Write a website.”* You need to know how to explain a problem so clearly that AI gives you something useful. You need to understand the logic of the problem first, or the AI will just give you a generic, messy answer.

- **Debugging:** AI is incredibly bad at fixing its own mistakes. When the app crashes, the AI might just keep repeating the same error. You need to look at the code, understand the ‘why’ behind the crash, and find the right solution. (Or guide the AI to find it.)

- **Architecture:** AI can write a single function, but it doesn't know how to build a whole house. You decide how the login page talks to the database and how to keep the user’s data safe. You have to make sure all the small pieces the AI builds actually fit together to make a working product.

## How to Learn to Code in 2026 (Without Getting Bored)

The old way of learning – watching 40-hour video courses and copying what the teacher does – is long dead. It’s too slow and way too boring. Today, some of the best developers are those who know how to work together with AI. Here’s a playbook for learning without getting bored:

### 1. Build first, learn second. 

Don’t wait until you’ve finished a whole theory course about [Python](https://coddy.tech/landing/python) or [JavaScript](https://coddy.tech/landing/javascript) to start creating. The fastest way to learn is to write code from the get-go! This is why we, at Coddy, focus on interactive lessons where you practice and test your code as you go. You’ll be shocked to grasp the logic much faster when you are actually seeing it work in real-time, rather than just watching someone else do it.

### 2. The ’why’ rule.

Every time an AI gives you a piece of code, don't just take it as is – that’s a trap! Instead, ask the AI: *"Explain the logic behind lines 5 to 10."* If you can't explain the code to a friend, you haven't learned it yet. True power comes from knowing why the code works, not just making it work.

### 3. Become a bug hunter.

Instead of trying to write perfect code, try to break it. No, seriously, change a word or a bracket on purpose and see what happens. The most valuable skill in coding is [debugging – fixing mistakes](https://en.wikipedia.org/wiki/Debugging). And the best way to learn it is by cleaning up the mess you, or AI, makes. This builds your coding intuition (we focus exactly on this at [Coddy](https://coddy.tech/), giving you bite-sized challenges!), which is something AI doesn't have.

### 4. Treat AI as your smart helper.

Treat the AI like a very fast, but slightly clumsy, assistant. You are the one in charge. They do the work, but you give the directions. Your job is to review their work, check for mistakes, and make sure the logic makes sense. This keeps you in the driver’s seat of your own learning.

### 5. Learn the stack and how everything connects.

In 2026, it’s not enough to just “know Python.” You need to know how to connect your code to the real world. Spend time learning how to use APIs (how different apps talk to each other) and Cloud basics (where your code lives on the internet). Think of these as the glue – they are what turn a script on your computer into a real, useful product.

## Conclusion: So, Is Learning to Code Worth It?

The short answer? **Absolutely!**

The ‘death of coding’ is a myth. What really died was the need for humans to do the boring, repetitive parts of the job. We are now in a time where **your creativity and your logic** matter much more than how fast you can type.

By learning to code, you learn how to control the most powerful tools ever made. The AI might be holding the bricks, but as long as you are the architect, the future is yours to build.

It’s okay if you feel a bit scared or if you aren't sure where to start – everyone feels that way at the beginning. Just remember that you don't have to do it alone. [Coddy](https://coddy.tech/) and our mascot Bit are here to guide you through those first few lines of code, making sure the process feels like a fun and enjoyable game.

So, grab a coffee, pick your first lesson, and [let’s learn how to code together](https://coddy.tech/onboard)!

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