Hire Java EE Developers
Java Enterprise Edition (EE) is the enterprise utility package that has superseded J2EE. Java Standard Edition (SE) is included in this package and provides web services and distributed computing components. Enterprise Applications (EA) are a suite of products that organisations use to gather and analyse business metrics in order to increase their efficiency and productivity. This suite includes models such as invoice templates, customer relationship management, and executive frameworks which are all powered by Java. Furthermore, Enterprise Applications can run on either micro-servers or dedicated application servers.
Java Enterprise Edition (Java EE) is a powerful platform for a wide range of applications, from web page creation and scripting to database exploration, distributed queue management, and beyond. It provides the same comprehensive range of APIs as Java Standard Edition (SE), as well as additional web services such as JavaServer Pages, Servlets, and JavaConnectorBeans. Java EE is a multi-tiered platform offering an extensive suite of client, business, and enterprise tools, and is often used to develop desktop applications such as antivirus programs and games.
Java Standard Edition (SE) is the foundation of Java Enterprise Edition (EE), which comprises the language’s core features, types, and functions. Developed by Sun Microsystems and IBM, Java EE was created to simplify the application development process and is accompanied by various libraries, virtual machines, and deployment capabilities. It is an updated and modernised version of Java used for a variety of software programs and is responsible for middle-tier processing between the user’s workstation and corporate databases. The Java Community Process (JCP) oversees the development of all Java Technologies, providing robust Application Programming Interfaces (APIs) that support Java EE. These powerful APIs reduce development cycles, simplify programs, reduce complexity, and enhance performance.
Java Enterprise Edition (EE) utilises layers to provide specific functions. The Client layer serves as the interface through which users interact with the system. Through this, users can make requests to the server and receive responses from the client tier, which utilises the Java Server on a separate computer. Communication between the client and business tier is managed at the web tier. The Business tier is the lowest level, containing the most fundamental features and logic. Companies that utilise large, high-volume and long-running corporate applications can benefit significantly from the usage of Java EE frameworks. Amongst the many well-known businesses that utilise Java EE in their technology stacks are TripAdvisor, Biting Biz, IWB, and Base tack.
In order to operate optimally, Java EE is dependent upon a basic set of fundamental technologies. Originally, these early releases included 30 APIs, but the number has since grown to 50. To gain a more comprehensive understanding of Java EE, it is useful to further break down its fundamental technologies, as illustrated below.
- Network Protocols that Use Hypertext Transfer Protocol For example, when developing Web-Socket applications, developers can take advantage of the Java API. Additionally, they can also utilise the JSON Processing API. Furthermore, the JSP Standard Tag Library, JSF, and Servlet APIs are all useful components that can be used to communicate with HTTP clients.
- Systems for Managing and Accessing Information Resources: Interactions with third-party and back-end systems are safeguarded by Java Transaction API (JTA), Java Message Service (JMS) API, and JavaMail.
- New developments in REST and web-based administration: Java provides comprehensive APIs for Representational State Transfer (REST), Simple Object Access Protocol (SOAP), Extensible Markup Language (XML), and JSON Data Object Model (JAXR) based web services. The Java APIs for RESTful Web Services (JAX-RS) and XML-based web administrations (JAX-WS), as well as APIs for XML messaging and XML databases, facilitate the development and deployment of web services.
- Security and container administration for Java EE: Software developers now have access to both the Java Authorization Contract and the Java Authentication Service provider for Containers. By taking advantage of this access, developers have the opportunity to create specialised containers that can be used to effectively manage security in Java EE environments. This is a great benefit for those looking to develop secure software solutions in this popular platform.
How a Java EE Developer Functions and What They Are Responsible For
Java Enterprise Edition (EE) developers are responsible for a wide range of architectural duties, ranging from planning the stages of Java applications to conducting software analysis, programming, testing, and beyond. They are typically employed to create and maintain enterprise-level applications, and their distinct competency lies in the development and deployment of Java EE applications. In the context of a company structure, Java EE developers are typically tasked with the following responsibilities: – Planning the stages of Java applications; – Conducting software analysis; – Developing, programming, and testing Java EE applications; – Deploying Java EE applications; – Troubleshooting and maintaining existing Java EE applications; – Collaborating with other teams to ensure the successful implementation of Java EE applications; – Monitoring the performance of Java EE applications.
Controlling the Evolving State of Java Applications
Java Enterprise Edition (EE) designers are essential throughout the entire product lifecycle. They are instrumental in creating ideas for code and developing innovative strategies to construct high-performance, highly adaptable applications. Additionally, they are responsible for devising and executing plans based on specific enterprise-level requirements. Engineers with expertise in Java EE are also responsible for writing application code for Java programs and directing the overall design of the product.
To Ensure Quality, We Do Regular Testing and Maintenance.
As Java EE developers, testing, running, and maintaining the application code within the Java EE platform is a significant responsibility. To effectively test, debug, and evaluate the software, they must often liaise with organisations that are using the programs they are developing. This helps ensure the programs are functioning as expected and are meeting the organisation’s needs.
Producing/Development of Software
A Java EE Designer plays an integral role in the development of the platform by documenting the code that is used. This documentation is critical for providing context for any maintenance and support needs that may arise in the future. Furthermore, Java EE Developers are responsible for providing and maintaining comprehensive documentation that encompasses the design, implementation, testing, updates, and fixes of the software.
Set up a System of Working Together
Java Enterprise Edition developers often collaborate with colleagues from other departments, such as management and quality assurance. They ensure that the features and benefits requested by clients are delivered on time. The Java EE design team offers assurance that their work is compliant with standard enterprise software requirements.
In order to be successful in their role, Java EE developers must have an extensive understanding of the Java programming language, as well as its various components. As such, comprehensive proficiency in Java and its associated tools is essential for any Java EE developer. The Java programming language and its accompanying software suite, which consists of Java Standard Edition, Java Enterprise Edition, Java Micro Edition, and Java Platform, Standard Edition, are highly sought after in the job market.
Businesses operating in the ever-evolving software development industry are constantly in search of experienced Java and Java EE engineers, as these skills are highly valued for their ability to ensure organisational flexibility and cohesion.
- In addition to the necessary qualifications, it is beneficial to have experience with Java, Java Enterprise Edition, Spring Boot, Spring MVC, Maven, Jenkins, and Git/GitLab. Moreover, in-depth knowledge of Hibernate and Spring Boot would be advantageous.
- The ability to build database systems (e.g., Oracle, SQL)
- Test-driven development (TDD) is a technique that is becoming more important in the workplace.
- Proven familiarity with Web Services and XML/XSD/JAXB.
- The most up-to-date Restful APIs and services, designed and implemented
- Extensive familiarity with the SDLC framework and Agile methodology. Knowledge of similar running methodologies, frameworks, and procedures.
- Producing high-quality code that is both bug-free and secure, and keeping it that way across software development cycles.
- Competence with mocking frameworks and unit testing.
- Proven expertise working with enterprise-level Application Servers like WebLogic.
- The ability to comprehend OO design patterns and fundamentals.
Competencies of a More Intangible Nature
- Taking charge and being accountable for one’s actions.
- Effectiveness in conveying and presenting information.
- Competence in dealing with pressure and juggling several priorities.
- In addition to analytical and problem-solving prowess, teamwork and the ability to prioritise tasks are also required.
- Capacity for vigorous effort. Having strong abilities in administration and organisation.
- Keeping one’s knowledge of a certain aspect of the product at a high level.
- A developer with a keen eye for detail will have no trouble picking up and running with new software scripts and languages.
Independent Work and Contracting
Freelancing and taking on contract work can be a great option for highly trained and experienced Java EE developers. Many large companies are considering this route in order to keep prices low and deadlines tight, and are turning to outside professionals for their Java EE development needs. This provides an opportunity to freelancers to make as much money as they can in their spare time. The amount of compensation received is dependent on the level of responsibility taken on by the worker and the expertise they demonstrate.
Recognition for Java EE
The use of Java by developers and businesses is seeing an increase, demonstrating that expertise in its associated technologies is highly sought after. This is due to the widespread use of online applications and programming across many industries, making a career in Java highly desirable. To verify the expertise of Java developers, Oracle and other services provide certifications such as the Oracle Certified Associate Java Programmer (OCAJP) and the Oracle Certified Professional Java Developer (OCPJP) for more experienced professionals.
The Oracle Certified Expert Web Component Developer (OCEWCD) and the Oracle Certified Expert in Apache Spark Development (HDPCD) certifications are both available for working professionals in the spring. In order to receive either of these credentials, applicants must take and pass an exam, which can be scheduled through Oracle or Pearson VUE. Passing all tests will earn the applicant the Java Certified Programmer certification. For those who may wish to study and prepare for the exam, there are a variety of online resources available, such as Coursera, Udemy, and Simplilearn, which provide Java tutorials and courses suitable for both novice and experienced programmers.
At Works, we specialise in tech recruitment for remote tech engineers for various sectors. We also provide comprehensive HR services that covers every aspect of the process of recruiting and onboarding overseas employees and freelancers, including selection, invoicing, compliance, and taxation. Our goal is to help you to integrate the best remote developers into your team to drive your technical projects and important technology initiatives.