Jan 03, 2019 By Team YoungWonks *
Which are the popular kids coding languages for 2020? With the world becoming more dependent on fast-evolving technology and computer science continuing to be among the most lucrative professions in the world, learning coding is no less than a life skill today. Kids, grownups - we all need to learn coding and no, it doesn’t have to be that difficult either. The best way to start is to begin with the simplest and work your way up. And while adults too can learn coding, starting to learn coding at an early age is highly recommended. That said, parents also need to be careful not to introduce kids to coding at a very young age as there is a greater risk of the kid struggling to learn it so early and then get put off. One needs to bear in mind that each kid is different and can learn coding languages at a pace or age that’s different from that of others.
But yes, in an increasingly competitive world, coding basics will definitely help one have an edge over others. The question then is: which programming language must one start with? Rather which coding language is an ideal start for kids?
In this blog we bring you the top kids coding languages for 2020. They have been mentioned below as per their rank:
1. Scratch 3.0
Scratch logo license: https://creativecommons.org/licenses/by-sa/4.0/
Scratch is a visual programming language and online community targeted mainly at children, by coding with ‘blocks’ in the editor. Users of Scratch can create online projects using a block-like interface; it is the first on our list because it is easy to understand for kids and beginners.
Developed by the MIT Media Lab, Scratch is thus an event-driven, block-based programming language that has been translated into 70+ languages, and is used in most parts of the world. It is used as an introductory language because creating interesting programs using Scratch is fairly easy, and skills learned in Scratch can be applied to other basic programming languages such as Python and Java. Learning Scratch allows kids to think like programmers and get a better understanding of key coding concepts, which in turn makes learning other coding languages a lot easier. Learning coding languages is often a sequential process and not necessarily a parallel process, so learning Scratch is the ideal way to get started. In fact, many leading educational institutions endorse this. A case in point is the programming language Snap!, which is heavily influenced by Scratch and has been used to teach The Beauty and Joy of Computing introductory course in computer science (CS) for non-CS-major students at UC Berkeley. Thus, Scratch is quite popular in after-school centers, schools and colleges.
Moreover, it has a very interactive online community where people share their artwork and games with each other; community statistics on Scratch’s official website state that more than 35 million projects have been shared as of October 2018. It’s an ideal choice for younger children given that kids can create animations, interactive stories, art or music using sequencing, input, output, branching, looping and variables under Scratch.
Python is a programming language that is very similar to normal speech. One doesn’t have to add many comments to the code because Python code - if well written - can just do the job without extra comments. It is the closest to English and therefore not at all intimidating. In fact, with Python one can build projects just by doing functional programming. This means there is no need to use objects and classes at the beginning, which makes it nowhere as overwhelming as other programming languages can be for beginners. So Python is a great starting point for kids who want to learn coding as it will offer your kid a basic understanding of how programming generally works. With Python, students can develop programming ideas and then convert these ideas into instructions that the machine can interpret. It’s an easy coding language to learn mainly because several common functionalities that programmers need are already built into this programming language. In fact, Python provides constructs that enable clear programming on both small and large scales. Also, it features a dynamic type system and automatic memory management. It supports multiple programming paradigms, including object-oriented, imperative, functional and procedural, and has a large and comprehensive standard library; plus Python interpreters are available for many operating systems. CPython, the reference implementation of Python, is an open source software and has a community-based development model, just as most of Python’s other implementations. Using Python, a lot can be achieved by simply researching and using the core Python libraries.
3. Hypertext Markup Language (HTML) / Cascading Style Sheets (CSS)
HTML5 logo license: https://www.w3.org/html/logo/faq.html#use-apps
CSS3 logo license: https://commons.wikimedia.org/wiki/File:CSS3_logo_and_wordmark.svg
Dart logo license: https://dart.dev/brand
Developed by Google, Dart is an object-oriented, class defined programming language. Like Go, it is a garbage-collected language using a C-style syntax. Supporting interfaces, mixins, abstract classes and a sound type system, Dart is used to build web, server, desktop, and mobile applications. In fact, Flutter, the open-source mobile application development framework created by Google to develop Android and iOS apps, is written in Dart. This language is AOT (Ahead Of Time) compiled to fast, predictable, native code and because it has features that are familiar to users of both static and dynamic languages, it is quite easy to learn. Also, with Dart, it is easier to make smooth animations and transitions that run at 60fps (frames per second).
C# is your best bet if your kid wants to learn how to make 3D games. Pronounced “see sharp”, C# was developed around the year 2000 by Microsoft. It is a hugely popular programming language that’s used to develop most third-party applications for Windows. It’s certainly an in-demand programming language when it comes to software programming jobs, and is a great starting point for people who have never learnt coding. With a syntax similar to that of Java, C# is easier to learn if you have worked with the former language. C# can be used to make web applications, video games, and other programs. It’s ideal for students who are interested in making applications for Windows. Some of its advantages include a strong memory backup, automatic garbage collection and rich class libraries.
Pronounced “see plus plus,” C++ is used to create applications that run locally on machines such as your computer. Despite the time and complexity required to learn C++, this language gives teens a very deep understanding of programming, it is referred to as the foundation which several other programming languages have been built on. C++ can be used to create systems software, games, and a variety of other programs. This is why C++ is great for teenagers who are seeking a complex understanding of programming principles and for students wanting to program in the gaming industry. Knowledge of C++ will surely strengthen the student’s resume; programmers who know C++ are always in great demand.
With around 90 percent of Fortune 500 companies being said to use it, Java is a widely used programming language in the world. Be it SAP, traffic management or even a day-to-day appliance such as a refrigerator, it is clearly popular among systems that have been built over a long period of time and will thus continue to stay relevant for quite some time. That said, new tech products are less likely to use Java, which is why a lot of the newer programming languages are in greater demand today. For instance, Java is used to make Android mobile apps, large backend environments and game engines, but many Android apps today are being made using Kotlin programming language and not just using Java. This is because Kotlin has been designed to interoperate fully with Java.
Also, for those who have never learnt or worked with an object-oriented programming language before, Java can be rather tricky. This is because unlike many programming languages, learning to code in Java needs one to have a prior understanding of concepts such as objects, classes, inheritance, interfaces and packages. So while progression is much simpler in Python and doesn’t need an understanding of the above mentioned concepts, working on projects using Java needs one to have a good command over them. This means it can take longer to study and work with Java than with other languages.
9. Swift (Swift Playgrounds)
Swift is a general-purpose, multi-paradigm, compiled programming language developed by Apple for iOS, iPadOS, macOS, watchOS, tvOS and Linux. It has been designed to work with Apple’s Cocoa and Cocoa Touch frameworks and the existing Objective-C code written for Apple products. Built with the open source LLVM compiler framework, Swift uses the Objective-C runtime library which allows C, Objective-C, C++ and Swift code to run within one program.
Apple’s Swift Playgrounds was launched in 2016 as a tool to teach kids to code. Basically an iPad app, it has several basic coding lessons and gamified challenges, and boasts a tight interface with graphically pleasing backgrounds. The app is presented in a 3D video game-like interface which shares feedback when lines of code are placed in a certain order and executed. Swift Playground is thus a good choice for schools where iPads are used by the students.
However, it must be pointed out that Swift Playgrounds has lessons with a rather limited scope and they, in turn, do not provide kids the freedom of expression that Scratch can offer. But with Apple planning to teach iOS developers how to build Augmented Reality (AR) enabled apps with Swift Playgrounds, this is subject to change.
Go, also known as Golang, is a programming language designed by Google engineers Robert Griesemer, Rob Pike, and Ken Thompson. It has been used by leading companies such as Google, YouTube, Apple Dropbox, BBC, IBM and Twitter among many others. Syntactically similar to the programming language C, Go has a simple structure and syntax and is devoid of classes and type inheritance. Since it is based on functions, it is simple and easy to learn. It’s a compiled language, so developers need to be more accurate and attentive and the resulting code is usually neater and safer. Being simple, it is easily maintainable, and its development is faster and cheaper and allows it to perform better. Go additionally offers memory safety, garbage collection, structural typing, and CSP-style concurrency (it allows multiple processes to run effectively at the same time). The compiler, tools, and source code are all free and open source. Moreover, it has been designed for concurrency and hence, can be used for different platforms, be it Windows, Linux or Unix devices. All of these are reasons why learning Go is an exciting idea.
Below is a video throwing light on the same subject:
*Contributors: Written by Vidya Prabhu; Lead image and blog images post production by: Leonel Cruz