Learning Low-Level Languages: Path to Coding Excellence

Starting with low-level languages like C or Go can put aspiring developers in the top 10% and provide a competitive edge in the rapidly evolving tech industry.

### Mastering Low-Level Languages: The Key to Becoming a Top 10% Developer
* 🚀 In today's competitive software engineering landscape, learning just JavaScript and frameworks is **no longer enough to stand out and succeed**.
* 🧠 Starting your coding journey with low-level languages like C or Go can provide a **deep understanding of hardware interactions, memory management, and other fundamental skills**.
* 🤖 Those who understand low-level languages are often the creators of technology, giving them a **strategic advantage in the job market** and making them **less susceptible to AI-driven displacement**.
* 🏗 The tools, frameworks, and libraries used by the average developer are built by the **top 10% of developers**, who shape the tech landscape and drive its **advancement**.
* 🛠 Learning low-level languages can help you **write more efficient front-end code**, **improve debugging skills**, and **troubleshoot difficult issues more effectively**.
* 💡 "Just learning JavaScript is not enough. You have to have a **deeper knowledge about stuff** if you want to **get ahead**."
* 🎯 Having a clear purpose, whether it's building your own project, pursuing your dream job, or understanding things at a fundamental level, can help you **stay motivated and focused** on your learning journey.

I have seen a lot of people talk about how they would learn to code if they were starting all over again, and they propose the same old-fashioned way of learning to code: starting with HTML, CSS, and JavaScript. But the problem with that is, in today's day and age of AI and all the Advanced Technologies, learning just JavaScript with some sort of Frameworks is not enough anymore. Sure, some got lucky and landed a job quickly just by learning these Basics, but that's not a reality anymore. The field of software engineering is a lot more competitive today, and it's really tough. If you want to succeed, you have to stand out and differentiate yourself from the crowd. In this video, I want to talk about a way to learn to code that would put you in the top 10% of developers, and you would never worry about an AI replacing you or even about finding a job. This method is also used by one of the best coding schools in the world, and you can apply whether you are just starting to learn to code.

or you have a little bit of coding knowledge, but here is the thing though. This roadmap is extremely challenging. However, if you stick to it, you won't regret. Instead of starting learning to code with the usual web staff, I recommend starting your journey with low-level programming language like C or go. By learning those languages, you can gain a deeper understanding of how computers work, including hardware interactions, memory management, allocating, deallocating, handling pointers, and optimizing for space and speed, which are invaluable skills in many programming fields. Plus, you get to build fundamental data structures like link list trees, hash tables from scratch. This fundamental knowledge will help you grasp more complex concepts and become a better problem solver. The other huge benefit of learning these low-level languages is in today's rapidly evolving tech landscape. Learning low-level language provides several advantages that can set you apart from others who only focus on high-level stuff and make you less susceptible to AI-driven job displacement. Those who understand low-level languages are often the ones who build the fundamental systems and

the tools that AI and other high-level applications rely on. By mastering these languages, you position yourself as a creator of technology rather than just a user, giving you a strategic advantage in the job market. Also, the tools and frameworks and libraries that are used by the average developer are built by the top 10% of developers. They are the architects behind the scene, shaping the tech landscape and driving its advancement, and influencing the industry trends by pushing the boundaries of what is possible with hardware and software. These languages are simple yet so powerful. With just a minimal knowledge, you can do so much with them. However, keep in mind, simple does not mean easy. Though I'm currently a student at 42, the majority of the time I code in C. The other times I code in JavaScript and TypeScript for my personal project. When I switch back to the web stuff, they feel like toys compared to C with the amount of abstractions and the helper functions that exist. The way 42 teaches people how to code is purely by building projects. You might have heard

some people already saying this, but the best way to accelerate your learning is to just build projects. But the other thing the school does so well is when you start, whether you have a prior programming knowledge or not, they make you reproduce all the languages' native functions and prohibit you from using the pre-built ones. Imagine learning JavaScript by creating your own split or sord. You would learn so much about the language instead of someone who is just using it and doesn't know what's going on under the hood. Even if your goal is just to be a front-end developer, learning low-level languages can give you a significant edge with a deeper understanding of how software interacts with hardware. You can write more efficient and performant front-end code. You will have better debugging skills and a clear understanding of browsers' internals, which can help you troubleshoot difficult issues more effectively. But you could ask, why learn these low-level languages if I can learn JavaScript with Next.js for front-end and back-end with Subbase or MongoDB for database and get paid six figures?

yeah, you might get a job with just learning this, but let me tell you something, my friend. Things are changing, and unless you have been living under a rock, things are extremely different than pre-pandemic error. And as I said earlier, just learning JavaScript is not enough. You have to have a deeper knowledge about stuff if you want to get ahead. After you learn C or go learn a cqal database, the one that I recommend is post. It is an open source and one of the most used databases out there. It's critical to understand database fundamentals before relying on done for you services like subbase or plant scale. Learning this would give you a huge advantage over someone who just done a JavaScript tutorials and built a couple of websites just like a tutorial showed them with some flashy trendy technologies that YouTuber made a video about just to get views. When I see some people's portfolios containing projects built with nextjs and MongoDB and OJs and start to looking for a job claiming to be developers, I'm like, bro, you don't

even know how to authenticate a user properly on your own. Look, this is not to bash folks. I personally did this mistake. That's why I'm making this video. Now let's say that you learned one of these low-level languages and a database. What is the next step? Well, it depends. If you picked Go, you are already well off on starting your career and picking some domain working on. You can be a backend de or Cloud engineer or even a blockchain developer. Many possibilities there. You can't go wrong if you start learning C. This is where things get a little tricky because you need to decide which route you want to pursue. But no matter what you choose, it will be a piece of cake compared to what you went through. C has a huge influence on all the modern languages. Whether you want to do data science, cyber security, web dev, or even AI, C will come in handy. As I said earlier, this stuff are tough to learn. To keep yourself motivated and reduce the risk of giving up, ask yourself, why do I want to learn to code?

what motivates me etc having a clear purpose will help you push through the harsh times and keep you on track with your learning journey. Whether it's building your own project or learning your dream job or simply understanding how things work at a fundamental level, having a goal will guide your learning and keep you focused. Make sure to like and subscribe. See you next time.

Coding is not over, you’re just learning the wrong stuff!


Hey there, my name's Sabli Jr. A software engineer based in Paris. In this channel, I talk about all things tech, programming, side hustles, and the business of code! Hit that subscribe button if thses stuff interests you.

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SabLi Jr.

The Importance of Starting with Low-Level Programming Languages

Starting with HTML, CSS, and JavaScript is no longer sufficient in today's competitive software engineering field.

Learning low-level languages like C or Go provides a deeper understanding of computer systems and fundamental skills in memory management and data structures.

This approach sets developers apart, making them less vulnerable to AI-driven job displacement and better equipped to build fundamental systems.

The Strategic Advantage of Mastering Low-Level Programming Languages

Mastering low-level languages sets you apart as a technology creator, not just a user, giving you a competitive edge in the job market.

The top 10% of developers who create the tools and frameworks used by average developers play a crucial role in shaping the tech landscape and driving its advancement.

Learning low-level languages, such as C, can provide a deeper understanding of software and hardware interaction, leading to more efficient front-end code, better debugging skills, and the ability to troubleshoot difficult issues effectively.

The Importance of Learning Low-Level Languages and Databases for Aspiring Developers

Learning JavaScript is no longer enough, as aspiring developers now need a deeper knowledge of low-level languages and databases, such as C and PostgreSQL, to gain a competitive advantage.

Understanding these fundamentals is crucial before relying on high-level services, and it opens up various career opportunities in backend development, cloud engineering, and blockchain.

Low-level languages like C have a significant influence on modern languages and are valuable for various domains, including data science, cybersecurity, web development, and AI.

The Importance of Having a Clear Purpose in Your Learning Journey

Having a clear purpose will help you push through tough times and stay on track with your learning.

A goal will guide your learning process and keep you focused on building your own projects, pursuing your dream job, or simply understanding things at a fundamental level.