Articles > Information TechnologyÌý>ÌýWhat is the best programming language to learn?Ìý
This article was updated on June 14, 2024.
Written by Michael Feder
Reviewed byÌýKathryn Uhles, MIS, MSP,ÌýDean, College of Business and IT
Computer programmingÌýrelies on different programming languages. There are dozens, but all have the same goal: to provide aÌýframework in which a program can operate. While that goal is the same, the primary features differ among programming languages. Some are better forÌýorganizing and visualizing data, while others are preferable forÌýcreating user interfaces. Although some coding systems are easier to learn than others, none are inherently better or worse. Which one might be the best to learn?
Depending on the career path, the best programming language to learn first might be one of the easiest and most common ones.
Note that it is common to use the term “programming†for both scripting and programming languages. In this article, the term “programming language†refers to both.
That said, here are a few of the most common programming languages to start with:
JavaScript: JavaScript is a popular front-end programming language that’s typically considered a general-purpose coding system. It allows developers to add dynamic andÌýinteractive elementsÌýto websites.
HTML/CSS: HyperText Markup Language (HTML) and Cascading Style Sheets (CSS) are two related coding systems that control theÌýuser-facingÌý(front-end) aspects of websites. HTML provides a general framework for web development, while CSS handles formatting and layout.Ìý
C, C# and C++: For many computer science and IT students, back-end coding education starts with C. It is aÌýbecause of itsÌýsimplicity and flexibility.
PHP: This language was used to create , making it a popular choice for web developers.
There areÌýprofessional programmers, software developers and other IT pros whoÌýlearn multiple programming languages, although the ones they learn depend on what they do at their jobs and their level of expertise. Those who plan on a career in a computer or IT field will want to learn the ones that are most useful for theÌýspecialization they plan to pursue before deciding which is the best programming language to learn.
Many programming languages are meant for specific applications, so the choice may be obvious. However, the distinction betweenÌýfront-end and back-end languagesÌýis the most useful for computer science students.
Some professionals choose to learn both front-endÌýandÌýback-end programming languages. These multidisciplinary specialists are known asÌýfull-stack developers. They can handle both user and client-facing programming tasks and may enjoy employment options that reflect this versatility.
Knowing which are most popular for different purposes can help determine the best programming language to learn in order to add to a skill set. Here are some of the , although it’s worth noting these can change as technology and the industry evolve:
Different computer science applications and functions require knowledge of various programming languages.After deciding which area to focus on, whether it’s software development or cybersecurity, the following are some of the most important languages to know.Ìý
Knowing how to code is essential for many tasks in this area of computer science, including penetration testing, forensic analysis, response and containment, and cybersecurity software development. Top languages to know include:
What is the best programming language to learn for app development? These are some of the most commonly used:
For a career developing websites and web apps, learn one or more of the following.
Some languages are useful for both front- and back-end development, which streamlines and simplifies the entire process. These include:
While it’s not necessary to learn all of these, the more languages someone knows, the more theirÌýcomputer science skills will be enhanced, and the more flexibility they will have in their career.
There’s no one definitive answer about the best programming language to learn. It depends onÌýwhich careers in computer science sound most attractive. Answering that questions can help decide which languages to spend time and energy on learning.
Exploring technology degree programs can also as a guide. Programs in data science, software development and cybersecurity may emphasize different programming languages.
Remember that technology environments and expectations change frequently, and new programming languages are continually being developed. A career in computer science requires a commitment to lifelong learning. Fortunately, there are plenty of resources to help learn new programming languages and expand professional abilities — and professional options.
If you are interested in a career in information technology, knowing which degree you want to pursue can help you decide the best programming language to learn.
Aspiring application developers, for example, may pursue a Bachelor of Science in Computer Science, while a Bachelor of Science in Cybersecurity will cover scripting languages from a different perspective.
Additional degree programs that include programming languages are Bachelor of Science in Data Science and Bachelor of Science in Information Technology.
Meanwhile,Ìýadvanced developer certificatesÌýoften deal with topics like choosing the correct coding languages and framework for a given project. If these concepts excite you, consider earning aÌýScripted and Compiled Programming Languages Certificate (Undergraduate)Ìýat UOPX.
J.L. Graff, MBA
Associate Dean, College of Business and Information Technology, °®¶¹´«Ã½
“Learning a new programming language can take a couple of months or about a year depending on your experience and the complexity of the programming language. It is recommended to learn at least three programming languages, but the projects you work on will determine what programming languages you will need to learn and when.â€
To find how why learning to code is important, watch this YouTube Video, .Ìý
A graduate of Johns Hopkins University and its Writing Seminars program and winner of the Stephen A. Dixon Literary Prize, Michael Feder brings an eye for detail and a passion for research to every article he writes. His academic and professional background includes experience in marketing, content development, script writing and SEO. Today, he works as a multimedia specialist at °®¶¹´«Ã½ where he covers a variety of topics ranging from healthcare to IT.
Currently Dean of the College of Business and Information Technology,ÌýKathryn Uhles has served °®¶¹´«Ã½ in a variety of roles since 2006. Prior to joining °®¶¹´«Ã½, Kathryn taught fifth grade to underprivileged youth in Phoenix.
This article has been vetted by °®¶¹´«Ã½'s editorial advisory committee.Ìý
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