Do you need a computer science degree to become a developer?

It’s not uncommon to find job postings for developers that require a degree in computer science or related fields. But nowadays, with the spread of online courses, YouTube tutorials, and the endless amount of free content available, getting into programming is easier than ever.

On top of that, the explosion of artificial intelligence tools is radically changing how everyone studies, learns, and experiments—both aspiring and experienced developers alike.

In light of these trends, many students are asking themselves: does it still make sense to pursue at least three years of study to earn a degree in computer science if the goal is to work as a programmer?

In this article, we’ll try to highlight the concrete advantages a university path can offer in the workplace, as well as the skills that are instead developed through hands-on experience.

But one premise is necessary: there is no universal answer. Much depends on each person’s personal and professional goals, as well as their preferences, aptitudes, and learning methods.

The short answer: a degree is not necessary, but it can be useful

The more detailed answer to our question is: neither a definite yes nor a categorical no. In our experience, a computer science degree is not a fundamental requirement—and we are proof of that:

• Some of our developers come from a university background
• Others attended technical institutes in related fields and continued learning on the job
• Still others come from completely different backgrounds and trained through courses or self-study

This is because, in day-to-day work, programming is more than just writing code. Equally important are soft skills such as problem solving, strong communication and teamwork abilities, organizational skills, and reliability.

Moreover, as mentioned earlier, writing code is now much more accessible even for those who haven’t followed an academic path. Universities simply cannot teach every language and library, and in any case, it’s a constantly evolving field where you can’t assume that a skill learned today will still be relevant in a few years. For this reason, even experienced developers rely on:

• Communities
• Free documentation
• AI tools for learning
• Online courses

For these reasons, we cannot say that without a degree you cannot work as a developer. However, this does not mean that a computer science degree has no value.

Advantages and limitations of an academic degree

A degree in computer science is a very solid starting point for becoming a skilled developer. It acts as an accelerator, but it does not replace hands-on experience. So let’s look at where academic education truly brings value.

What advantages does a computer science degree provide

The main advantage of having studied at university is the presence of strong theoretical foundations, an aspect that is often underestimated in a programming career.

A self-taught developer will rarely start from theory; it’s much more likely they will jump straight into practice, sometimes reaching advanced stages of their career while still having gaps in theoretical knowledge.

On the other hand, a university path is structured to introduce theoretical notions first, such as:

• System architecture
• Algorithms
• Data structures
• Operating systems

A naive assumption might be that theory remains just that—pure theory. In reality, understanding theoretical foundations also changes the way code is written. Let’s look at a concrete example about the notion of set:

In day-to-day work, it’s rare to write complex algorithms from scratch: more often, developers rely on ready-made tools provided by frameworks or libraries. However, a basic understanding of concepts such as computational complexity or data structures helps to:

• Recognize non-scalable solutions
• Find more efficient approaches
• Write code more consciously

Another advantage of a university path is the opportunity to work on practical projects, often in groups, where complete software is designed and developed while applying learned concepts.

Doing this in a supervised environment, compared to a company setting, allows for experimentation on one hand and targeted feedback on the other—something that is not always possible in a workplace, where deadlines and heavy workloads come into play.

Working on these projects also provides a first exposure to professional dynamics such as time management, role distribution, and delivering a complete and functional product.

Additionally, many universities include an internship either during the course of study or at its conclusion. This experience facilitates entry into the job market, representing a concrete opportunity for professional placement as studies come to an end.

What university doesn’t teach

We’ve seen the benefits of a computer science degree. However, many aspects of a developer’s job are rarely learned at university and depend much more on direct experience.

One of these is end-to-end project management. In a company, it’s rare to work on a single feature in isolation: it’s an ongoing process that starts with defining the product and continues through delivery and beyond.

Developing a product from start to finish also requires communicating with the client (or whoever defines the business needs). This is a crucial aspect that can lead to changing requirements along the way, rebalancing priorities, and setting new deadlines and technical constraints.

In practice, if university teaches how to implement a solution, in the working world you are often directly involved in defining it, with the need to mediate between different requirements.

Another aspect already mentioned is the constantly evolving nature of technologies. Universities tend to focus on stable and well-established tools and languages, which are useful for building solid foundations. But in the professional world, the technology stack is varied and constantly changing, often adapting to the specific needs of each product.

For this reason, a crucial part of a developer’s job is learning new technologies and mastering rapidly evolving tools. Doing so requires a strong learning mindset and a high degree of flexibility.

Finally, university only partially prepares students for real-world problems. Academic exercises usually come with clear constraints and a well-defined Definition of Done. In real projects, however, developers often face more ambiguous and less linear situations:

• Incomplete requirements
• Unexpected edge cases
• Legacy systems and external dependencies that are not always under direct control

In practice, software development is less linear than what is studied and depends not only on technical aspects, but also on organizational and contextual factors.

These aspects, which are gradually learned after entering the workforce, do not mean that university has no value. Rather, they clearly highlight its role: providing strong foundations and a structured way of thinking, while practical experience develops the other necessary skills.

Different paths can lead to the same practical skills required in a developer’s daily work. University is one of them, particularly focused on in-depth theoretical foundations and a structured approach to problem solving, but it is not the only possible route.

An important part of a developer’s job—like most professions—is built only through direct experience with real projects and real constraints. To successfully face these challenges, what matters most is not the path chosen at the beginning, but the ability to grow over time and adapt to a rapidly evolving field.