The Future of Work: Why Coding is a Critical Skill for the Next Generation

With all the recent developments in AI and other adjacent fields, many people are speculating that “programming is doomed as a career” or other things of the sort. And, indeed, generative algorithms have been used for coding to some success, similar to how people use them to write emails or generate pictures.

However, does this really mean people don’t need to code anymore? What is the future of work in the software field? And is learning to code a worthwhile endeavor for the next generation? Here’s why coding is a critical skill young people and kids should still pursue.

5 Reasons Why Learning to Code Is Crucial for the Next Generation

1. Programming Skills Aren’t Made “Obsolete” by AI – They Are Made Even More Crucial

A lot of noise has been kicked up over the past couple of years over generative algorithms and whether they would replace entire niches and industries, such as writing, art, or coding. In fact, while the first two have been getting much of the wider public’s attention, for a while coding appeared to be shaken up much more, as AI can be used to generate code very quickly and in large quantities.

This has led to some companies shifting their hiring policies or outright closing entire departments, especially in late ’23 and early ’24, although much of that was using AI as an excuse to cut costs. Still, people have been worried about the future of coding.

In reality, however, while AI can generate code, a human programmer is still necessary to not only prompt it to do so but to then inspect, debug, improve, and integrate this code. Just like many people use AI to generate their emails but they still go over the email to edit it before they send it, programmers are still needed to operate the AI algorithms properly.

In other words, AI isn’t replacing programmers, it’s just a tool for them to use. It makes some coding jobs faster and more effective, and it also requires an even higher degree of expertise, which makes learning to code even more crucial. Plus, there are still entire segments of the software tech industry where AI algorithms aren’t even used because the complexity there is too high for it.

All this is to say that not only is software engineering not likely to go away, it will probably become even more complex and skill-demanding.

2. Learning to Code Helps Understand Technology and Prepares Kids for Future Job Markets

Even if you don’t aspire to become a software engineer or don’t intend to push your kids too strongly in that direction, learning code is still crucial. Coding is one of the best ways to prepare them for almost any future job market, as almost any profession (at least those done on a desk) is likely to require at least some coding fundamentals in the future.

In the same way people today are expected to at least know how to work with the Microsoft Office package or know their way around tools, such as Google Sheets, Drive, or Zoom, professions in the future are likely to expect people to not only know how to use AI but to also know their way around some basic web coding tasks.

3. Coding Teaches Problem-Solving Skills and Computational Thinking

On an even more fundamental level, learning to code teaches computational thinking and key problem-solving skills people need all throughout their lives. Courses that teach coding for kids are one of the best ways to teach your child logical and problem-solving thinking, which is always beneficial. Such courses can be done either as supplements to a kid’s classes in school or just as full courses instead.

4. Coding Promotes Persistence, Patience, and Resilience

Coding can be fun, but it can also be challenging. That’s why good coding courses for kids are so valuable, as it can be tricky to keep kids engaged with a task that requires a fair bit of patience. A good coding course not only keeps a child’s attention, however, but it also teaches them patience, persistence, and resilience, which are all valuable skills to learn early on in life.

5. Programming Is an Inherently Creative Process

Coding may not be classified as “Art,” but that doesn’t mean it doesn’t promote creative thinking. Software engineering is all about figuring out creative ways to not only solve problems and build something with code but figuring out the best and most effective way to do so. This is a process that requires equal parts problem-solving and creative thinking, with the latter being an equally critical skill to learn as early in life as possible, as the former.