What is the Salary of a Full Stack Java Developer as a Fresher?

Introduction

Java applications are compiled into Java Virtual Machine code known as bytecode, which is system agnostic and may run on any machine that has the Java interpreter. The Java language must be interpreted to run Java programs. Developers with full-stack capabilities may create both the client- and server-side code for a web or mobile application.

The typical full-stack developer compensation reflects the fact that these engineers have the expertise to perform a wide variety of development activities. They comprehend back-end tools and languages like SQL, JavaScript, or PHP as well as front-end tools and languages like HTML, CSS, and JavaScript. Let us understand about Full Stack Development and salary of a Full Stack Developer as a fresher in detail.

What Does a Full Stack Java Developer do?

A Full Stack Developer works on both the Front End, or client side, and the Back End, or server-side, of the project. A full-stack developer needs knowledge in a variety of coding specialties to do his work properly, including databases, UI/UX management, and visual design. He must be ready and willing to assist wherever needed when the process calls for him.

A full-stack developer is responsible for the following tasks:

●        Test and debug software to improve it.

●        Designing user interfaces for web applications.

● Ensuring optimization and compatibility across platforms.

●        Collaborating to create new features with graphic designers.

●        Keeping up with technical developments to optimize software.

Full Stack Java Developer Salary As A Fresher

The first thing that comes to mind whenever we discuss any employment role is the salary.  It is the yardstick by which we judge the level of service we provide to any firm. Full stack java developer salary as a fresher can range from INR 2 Lakhs to 15 Lakhs per year with a maximum annual income of15 Lakhs. Freshmen, experienced, location-based, employer-based, and skill-based full-stack developers receive varying compensation packages. 

Advantages and Disadvantages of Java

Java, the most popular general-purpose programming language in the world and an Object-Oriented platform, makes it easy to create programs and applications rapidly. It also has several advantages and admirable traits that encourage you to remain with it as a developer. Let’s know some of the advantages and disadvantages of Java:

Advantages

1. Efficient operation: Because of its straightforward syntax, Java is one of the most popular languages. Its instructions are simple to create, run, decode, and debug. Like C and C++, several other languages have many more intricate features. When compared to other languages, Java is more straightforward in terms of things like storage, operator overloading, classes, etc.

2. Object-Oriented software language: Java, an object-oriented programming language, aids in increasing the flexibility and reuse of code. It has OOP features like polymorphism, encapsulation, inheritance, and abstraction that enable users to reuse Java code in different programming languages.

3. Multithreading: The smallest component of a program is a thread. The efficiency and performance of the program are increased by several threads sharing a shared memory space. These threads are separate from one another and do not interact. By employing multithreading, you may use the CPU resources more effectively by running many tasks in software at once.

4. Automatic Waste Disposal: The Java Virtual Machine also manages memory as dereferenced objects are automatically removed from programs when they are no longer in use. A procedure for automated garbage collection is used to do this operation.

Disadvantages

1.   Language with a Single Paradigm: In Java 5.0, static imports were made accessible and added. Compared to prior Java versions, this procedural paradigm is more easily supported.

2.   Memory Control: The garbage collector, which is used to manage memory in Java, has an impact on the application program's performance anytime it runs or executes. This is because the trash collector thread is the only one that has to be paused for it to function.

3.   Java is multipurpose: Its applications include a wide spectrum of mobile apps, distributed applications, IoT-based applications, cloud, gaming-based applications, and web-based applications. When compared to those made using native programs, the Java-based API has a significantly different viewpoint.

4.   Performance: Java requires a substantial amount of memory since it is memory-consuming. Additionally, it is slower than languages that are natively compiled, such as C or C++.

There are various career opportunities for java full stack developers anyone can explore while pursuing a career in Full Stack Java Development.  Some of them are - Java Full Stack Developer, Back End Developer, Front End Developer, Software Engineer, Software Developer, Java Developer, Full Stack Java Lead and more.

The Bottom Line

Some developers advise learning the necessary abilities for a front-end or back-end profession, then leveraging those talents to get employment while learning new ones. The strategy may be monetarily appealing, but the demands on your time can become too demanding. In case you want to explore more about Full Stack Development in detail you can enroll for the courses offered by The IoT Academy.