First Programming Language

TL;DR: Javascript or Python

Cutting to the chase—In our opinion, Javascript or Python are your winners. We actually used to focus on Python exclusively, but in recent years have shifted to Javascript for younger students, while maintaining Python for older students who are explicitly looking to get into data-related professions. As the founder of ACA, I have been coding and teaching coding for over a decade. It is clear as day that since the AI boom in 2021, coding has changed for good. Here’s what we see as in the future of coding:

What is Coding like in 2026?

1. Problem Solving

Ask any software engineer worth their salt, and they’ll tell you that most of their work hours are not spent typing thousands of lines of code. Since the dawn of programming, coding has always been about problem solving. It is at its core a process of engineering answers using software (rather than hardware). This did not change when we saw the rise of AI. Programmers are now outputting much more code using AI tools, but their value remains the same: solving problems.

What does problem solving look like in practice? Consider building a simple app that tracks homework assignments. Before writing any code, you need to think through questions like: How will users add new assignments? How should we organize them by due date? What happens when an assignment is completed? These decisions—breaking down a big problem into smaller, manageable pieces—are the real work of programming. The code itself is just the implementation.

2. For Teens

Tomorrow’s marketplace of software will involve heavy use of AI. So the question is, what fundamental skills do students need to excel in a career in software? They need to be able to think like a software engineer, and that means they need practice. In all of our courses, we emphasize project building, as that is the best way to get real-world experience. Though we still offer Python for certain courses, we primarily focus on Javascript (more on that below).

The advantage of starting young is that students have time to build a portfolio of projects before college applications. A high schooler who has built their own website, created a simple game, or automated a tedious task has tangible proof of their skills—something that stands out far more than just listing “coding” as an interest.

3. For Professionals

There is a real audience where Python is the no-brainer answer. Some professions require specific Python skills, and this is often the case for software-tangential roles, such as data/financial analysts. In these cases, Python remains king due to its extensive library of industry standard tools like numpy and pandas.

If you’re a professional looking to add coding to your skillset, consider what problems you want to solve. Want to automate repetitive Excel tasks? Python excels at this. Need to analyze large datasets? Python’s data science libraries are unmatched. Looking to build internal tools or dashboards? Both Python and Javascript can get you there.

So why Javascript and Python?

Both languages share key traits that make them ideal for beginners: readable syntax, massive communities, and immediate practical applications. But they each have distinct strengths.

Javascript

When students learn Javascript, they also learn HTML and CSS. JS + HTML + CSS is the essential trio that powers much of the web. Especially with the rise of AI, with just a solid understanding of programming basics, you can build powerful web applications.

What makes Javascript special for beginners:

• Instant visual feedback. Write some code, refresh your browser, and immediately see the results. This tight feedback loop keeps students engaged and makes debugging intuitive.
• Build things people actually use. Websites are everywhere. When you learn Javascript, you’re learning to build the same things you interact with daily—from simple landing pages to interactive applications.
• One language, many possibilities. Javascript started as a browser language, but now powers servers (Node.js), mobile apps (React Native), desktop apps (Electron), and more. Learn once, apply everywhere.
• AI-friendly. Modern AI tools are exceptionally good at generating HTML, CSS, and Javascript. Students who understand the fundamentals can leverage AI to build sophisticated projects far beyond their experience level.

In our summer coding classes, students build and deploy their own websites within a week. There’s something powerful about typing in a URL and showing your friends and family something you created.

Python

Python has been around since 1991, and its ecosystem is continuing to grow. When learning something new, access to support is critical. Python has one of the largest programming communities, making it easy to find solutions to any issues. When you start coding you’ll find that googling and the ability to search for solutions is a good chunk of what you end up doing. In the age of LLMs, this advantage is even more relevant. Beyond that, Python is incredibly versatile. There is a misconception that Python is just for data operations, but I’ve used it for web development, automation scripts, visualization, and more.

What makes Python special for beginners:

• Reads like English. Python’s syntax is famously clean. Compare print("Hello") to Java’s System.out.println("Hello");. Less boilerplate means more focus on logic.
• The gateway to data science and AI. If your goal involves machine learning, data analysis, or scientific computing, Python is the industry standard. Libraries like TensorFlow, PyTorch, and scikit-learn are all Python-first.
• Scripting and automation. Python shines at writing quick scripts to automate boring tasks—renaming hundreds of files, scraping websites for data, or generating reports.
• AP Computer Science Principles. The College Board’s AP CSP course often uses Python, making it a practical choice for high schoolers planning to take the exam.

Head-to-Head: Which Should You Choose?

For most students without a specific career path in mind, we recommend starting with Javascript. The visual nature of web development keeps students engaged, and the skills transfer well to other areas later.

Java, C, and Other Industry-Standard Languages

If you’re learning coding for a specific career use case where a certain language is required, it might make sense to start with that language. Some university programs begin with Java or C because of their comprehensive learning path, and there is no reason to doubt their pedagogy. Our suggestion for Javascript or Python is geared towards beginners who are looking to start a coding curriculum.

A note on Java specifically: it’s the language of AP Computer Science A, so high schoolers planning to take that exam should learn Java. However, we typically recommend learning programming fundamentals in a friendlier language first, then transitioning to Java when preparing for the AP exam. The concepts transfer—you’re just learning new syntax.

How to Get Started

Ready to write your first line of code? Here’s our recommended path:

1. Pick one language and stick with it. Analysis paralysis is real. Don’t spend weeks debating—just start. You can always learn another language later.

2. Build projects, not just tutorials. Following along with tutorials teaches you syntax, but building your own projects teaches you problem solving. Start with something small: a personal website, a tip calculator, a to-do list.

3. Find a community. Whether it’s a class, a coding club, or an online forum, having others to learn with makes a huge difference. You’ll stay motivated and have people to ask when you’re stuck.

4. Embrace being stuck. Every programmer, from beginners to experts with decades of experience, spends significant time confused and debugging. This is normal. The skill isn’t avoiding confusion—it’s learning to work through it.

Questions?

Reach out at hello@aspirecodingacademy.com. We’re happy to discuss all things software.