There are literally thousands of languages to learn in the programming space, but here is the argument for choosing Ada.
When you want to learn a new skill – say, for example, a new way to code – it can be difficult to decide which route you want to take, especially when you are inundated with too much choice.
There are loads of programming languages, all of them with their own unique strengths and weaknesses; we have picked one out of the bunch to share with you today and that is Ada. So keep reading to discover the core concepts of this language, why it is popular, strong use cases, its limitations and how you can go about learning the fundamentals.
What is Ada?
Created in the 1980s, Ada was named after Ada Lovelace, a mathematician considered to be the world’s first computer programmer who was also the daughter of famed poet Lord Byron. The language was designed by a team led by French computer scientist Jean Ichbiah, initially to be used under contract by the US Department of Defence. Nowadays, however, it is used more broadly in STEM fields, particularly by people operating in aerospace, healthcare and transportation.
Since its creation more than four decades ago, it has been revised and updated several times for modern-day use and is often regarded as a multipurpose programming language, with a range of utilities. Designed to be reliable, easily maintained and efficient, it also has a reputation as a language that is relatively easy to read and navigate.
Features and capabilities
Ada is a classical, stack-based, general-purpose language, with simple syntax, that is known for its readability. Popular features include structured control statements, flexible data composition facilities, strong type checking, traditional features for code modularisation, and a mechanism for detecting and responding to exceptional run-time conditions. It also interfaces well with other languages.
Research suggests it can enable users to design safe and reliable code, reduce developmental costs, support new technologies and enable the creation of complex programs, among other benefits. However, as with everything in life, it has limitations.
Weaknesses
It is important to note that just because Ada has its limits, doesn’t mean it isn’t a suitable program for your needs; you just have to be aware of some of the challenges going in.
For example, while it is known for its readability and navigability, it can also be considered by some to be a slightly more difficult language to learn. A steep learning curve can be a deterrent; however, by sticking with it and gathering the basics, it can be grasped. It’s just a matter of allowing yourself the time.
An additional issue can be the availability of resources. While it is a well-known language and is popular among particular groups, it is more specific to certain industries, such as aerospace and defence, so it won’t have as large a community or library of resources compared to a language such as Python. But that is all the more reason that you should add it to your own skillset and further grow and diversify the community.
How can I learn?
So, how can you learn how to program using Ada? The first way is arguably the most convenient and cost effective, and that is teaching yourself using online resources, such as YouTube, Reddit and industry-oriented introduction guides. Another route would be to engage with education again via an online or in-person course.
E-learning platforms such as Coursera, Udemy and edX often have free and inexpensive courses that will teach students the basics and even the more advanced aspects of certain programming languages. This can be an excellent medium through which to learn, as it gives you access to the necessary materials but also allows you to question and learn in a supportive and active environment.
However you choose to learn, there is always a way – it just depends on how much time you can give it. Finding the route that works best for you is one of the most important steps in upskilling.
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