AI in Action: where Artificial Intelligence meets small business.
A journey alongside Stuart Ridout from Microsoft to put artificial intelligence in the hands of everyday businesses.
Learning a programming language is one of the first steps to enter the field of Artificial Intelligence (AI). With so many options available, a common question among newcomers is: what programming language to learn for artificial intelligence? Choosing the right one not only makes learning easier but also opens doors to real projects, specialized libraries, and an active community.
This article examines the main artificial intelligence programming languages, their features, benefits, and use cases. We’ll also explore why one of them has become the preferred choice among professionals, how to start programming for AI, and what impact this knowledge can have on career opportunities.
Not all programming languages are equally effective in AI environments. Below, we break down those that stand out due to compatibility, performance, and community support.
Python is the most widely used language for AI due to its simplicity, clear syntax, and a wide range of libraries like TensorFlow, Keras, Scikit-learn, and PyTorch. Its strong community helps with troubleshooting and open-source collaboration.
R is a great option for statistical analysis and data processing. Widely used in academia, it’s ideal for machine learning tasks, data visualization, and data mining.
C++ provides high performance and memory control, making it a strong choice for projects where efficiency is critical, such as embedded systems or real-time applications. However, it has a steeper learning curve.
While not the first that comes to mind, JavaScript has gained traction with libraries like Brain.js. It’s especially useful for deploying AI models in the browser and developing interactive web applications with built-in AI.
When people ask what programming language to learn for artificial intelligence, the most frequent answer is Python. Its versatility, paired with a wide selection of frameworks and tools, makes it ideal for both beginners and experts. It’s also the language most commonly taught in specialized AI programs.
Python has become the go-to for AI development for several reasons:
These advantages make Python a favorite in both enterprise and research projects.
Language | Main Advantages | Disadvantages |
Python | Easy to learn, large community, many libraries | Lower performance in some complex tasks |
R | Great for statistics and visualization | Less used outside academic settings |
C++ | Fast and efficient | More complex, fewer dedicated libraries |
JavaScript | Useful for browser AI, easy web integration | Less powerful for heavy AI tasks |
Getting into AI requires a mix of theoretical understanding and consistent practice. Here are a few of the best ways to start:
Specialized training like the Artificial Intelligence online certificate program helps learners gain practical, up-to-date skills. It’s designed for those seeking a strong professional path or those who want to apply AI in their current roles.
Joining communities like Stack Overflow, Reddit, GitHub, or AI-specific forums is a great way to find support, share projects, and stay informed on the latest trends.
Libraries let you implement complex models without building them from scratch. Here are three of the most popular ones:
Created by Google, TensorFlow is one of the most powerful libraries for machine learning and deep learning. It provides tools for training and deploying models locally and in the cloud.
Focused on traditional machine learning, Scikit-learn is ideal for classification, regression, and clustering tasks. It’s highly appreciated for its simplicity and well-maintained documentation.
Developed by Meta (formerly Facebook), PyTorch is a flexible and dynamic alternative that allows intuitive neural network development, often preferred for research and prototyping.
Mastering one or more artificial intelligence programming languages opens up many career paths in tech, science, and business sectors.
Knowledge of AI and programming enables professionals to work as software composers, or specialized developers creating intelligent solutions such as virtual assistants or predictive systems.
Professionals skilled in languages like Python and R are in high demand to interpret large volumes of data and translate them into strategic decisions.
In academic or innovation environments, AI and programming expertise are key to developing new algorithms, enhancing existing models, or applying AI to new fields.
Many companies seek AI experts to evaluate and implement tailored tech solutions that streamline processes, cut costs, or enhance products.
This post is also available in: Español
Pau Garcia-Milà
Founder & CoCEO at Founderz
Meet Pau Garcia-Milà: entrepreneur since the age of 17, innovation advocate on social media, and co-founder and co-CEO of Founderz. With extensive experience in the tech industry, Pau is dedicated to inspiring thousands and transforming education to meet the challenges of today and tomorrow.