![]() JavaScript is a language used for front end web development and mobile app development. Java is also useful for game design, both mobile and desktop. Another great application for Java is programming smart household devices. Though machine learning is typically associated with Python, libraries such as Deep Learning for Java and MLib make it easy to take advantage of Java’s speed and security by providing a stable environment for deep learning or machine learning processes. Java’s “write once, run anywhere” functionality makes it perfect for writing cloud-based applications and powering data collection within them. If you’re into big data, you can use Java to analyze large datasets with open-source tools like Hadoop and Spark. With Java, you can build mobile applications for the Android platform and, in some cases, for iOs. Another advantage is that its built-in virus and tamper protection keeps your code secure. The JRE also supports robust graphic interfaces through multithreading. You can use the Java Runtime Environment to keep your applications robust with its automatic memory management. This is due to its unique interpretation process, which allows developers to sidestep much of the routine testing and debugging necessary when coding in other programming languages. Using Java also speeds up the development cycle. So as exciting new technologies arise, your knowledge of Java will remain relevant and desirable to employers. You can quickly adapt code created for one use case to apply in another, as Java is highly flexible and adaptable for novel contexts. Because it is an object-oriented programming language, Java allows you to create modular units of code that you can reuse in any Java program, even across platforms and environments. Knowing Java means you can code across multiple operating systems and hardware architectures without modifying your programs for a new environment. Read more about what Java is and why you should learn it. Many employers are eager to hire Java coders because the language is highly flexible, with many possible use cases and adaptations to new contexts. It is also used for data science, game design, user experience design, and scientific applications. In addition to being critical for mobile app development, Java is also a crucial skill for Web Developers. For this reason, it has become the chosen tool of key players in the technology space: for example, the Android operating system is based on Java code. Java’s portable and adaptable nature allows it to serve a wide range of use cases. Also, programs in Java do not need to be compiled because the virtual Java Runtime Environment tool interprets the code and translates it for the computer you are using. ![]() Java’s modular nature allows developers to take existing pieces of code that are useful to them and then combine those modules in a new context for a new purpose. Professions that use Java include Web Developer, Mobile App Developer, User Experience Designer, Data Scientist, Game Designer, and Laboratory Scientist. This flexibility makes the Java language widely useful and Java coders highly desirable to employers. An app created in Java can function across multiple platforms and over distributed networks. Its creators designed it as a “write once, run anywhere” tool. Java is both an object-oriented programming language and a software platform in itself. We’ll cover JavaScript, HTML/CSS, and Python below so you have a clear understanding of what skill you want to tackle next. For Mobile App Developers, both JavaScript and Python are extremely useful. If you’re interested in data science, you’ll want to make sure you pick up Python. If you’re looking to learn Java because you want to be a Web Developer and use Java for your back end work, you’ll also want to know JavaScript and HTML/CSS so you can transition to full stack development. If you already know how to use Java, consider learning JavaScript, HTML/CSS, or Python. Developers value Java because it is portable across platforms and adaptable to a wide range of contexts. Java is both an object-oriented programming language and a software platform.
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