I'm 16, and computers and programming have been a passion of mine for years. I'd like to build a career in the field, but I'm worried that AI will automate many programming jobs before I enter the workforce. Which areas of programming or computer science are likely to remain valuable over the next 10–20 years? Also, would a computer science or computer engineering degree be a safer route than attending a bootcamp, or is it realistic to combine a bootcamp, work experience, and college?
4 Answers
At your age, I wouldn't try to find a completely AI-proof job—nobody can predict that. Focus on fundamentals and on becoming someone who can understand systems, evaluate AI-generated code, and keep learning. Areas such as embedded systems, robotics, cybersecurity, distributed systems, computer engineering, and AI infrastructure may stay strong, but the specific job market can still change. Build real projects and learn how to explain your design decisions instead of focusing only on languages or tools.
Programming is becoming more about engineering solutions than simply typing code. AI can generate routine code, but it still struggles with unclear requirements, unusual systems, security tradeoffs, debugging complex behavior, and responsibility for high-stakes results. Safety-critical software, firmware, infrastructure, government systems, medical technology, aerospace, and industrial automation often require strict testing and human review. Those fields usually value formal education and a strong understanding of hardware, operating systems, networking, and software design.
Even in those areas, nothing is guaranteed. The advantage is that mistakes are expensive and the systems are complicated, so employers generally need people who can reason about the whole system rather than just produce snippets of code.
Try to keep your options open rather than betting everything on one specialty. Learn programming without relying on AI at first, practice reading and debugging code, and work on projects that become progressively more difficult. Communication and writing matter too, especially for roles that connect technical work with customers or other teams. A degree can help you get past hiring filters, while self-study and internships are what demonstrate that you can actually build and maintain software. The safest long-term skill is the ability to learn new tools while understanding the principles underneath them.
If you can afford it without taking on unreasonable debt, a good computer science or computer engineering degree is generally safer than a bootcamp. College can provide algorithms, discrete mathematics, computer architecture, networking, internships, and professional connections. You should still teach yourself practical skills and build projects, because university programs can be more theoretical than the workplace. A bootcamp may help some people, but it is much less reliable as a standalone path than it used to be.
The cost and time are real concerns, though. A degree can involve years of expenses and lost income, so the best choice depends on the school, available financial aid, and whether the student can avoid excessive debt.
That makes sense. I'm especially interested in cybersecurity and was thinking about doing a bootcamp at 17 while starting college, so I could gain experience and help fund my own projects.