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We're here to help you find itThe Architect Enterprise Applications with Java EE Ed 2 (OCM) course is an advanced training program designed for professionals who aim to master the core skills required to architect robust enterprise applications using the Java Platform, Enterprise Edition (Java EE). Throughout the course, learners will explore a comprehensive curriculum that covers the essential aspects of enterprise architecture, including security, non-functional requirements, risk management, and system flexibility.
Starting with an introduction to enterprise architecture, participants will understand an Architect's roles and responsibilities and distinguish between architecture and design. They will delve into Architectural patterns, artifacts, and frameworks, including the 4 + 1 View Model and UML modeling. Security is a key focus, examining its impact on Distributed computing and Java EE technologies.
Learners will tackle non-functional requirements (NFRs), Network communication, Transaction management, and Capacity planning, ensuring they can build scalable, secure, and high-performing systems. The course also provides an overview of the Java EE 6 platform and its impact on architecture, as well as dedicated modules for client, web, business, and Integration/resource tiers, emphasizing best practices and design strategies.
By the end of the course, participants will have the knowledge to evaluate software architectures, create prototypes, and make informed decisions about server and framework selection, preparing them to tackle real-world challenges as Java EE architects.
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To ensure a successful learning experience in the Architect Enterprise Applications with Java EE Ed 2 (OCM) course, it is important that students meet the following minimum prerequisites:
These prerequisites are intended to provide a foundation that will enable students to fully engage with the course material and participate effectively in the training.
The course offers in-depth training on Java EE for designing robust enterprise-level applications, aimed at experienced IT professionals.
Target Audience and Job Roles:
Introduction: The Architect Enterprise Applications with Java EE Ed 2 (OCM) course equips students with the expertise to design robust, scalable Java EE applications, focusing on enterprise architecture fundamentals, security, and best practices.
Learning Objectives and Outcomes:
Enterprise architecture is the practice of designing, structuring, and optimizing an organization's IT infrastructure to align with its business goals. It involves the detailed understanding and documentation of the current structure and processes of the business, and the proactive planning of technological improvements to support the business objectives. Enterprise architecture aims to ensure the coherence and consistency of the organization’s IT environment with enterprise java applications, java enterprise web applications, and java enterprise development, thereby enabling efficiency, agility, and scalability within technological frameworks.
An enterprise Java architect plays a crucial role in designing and overseeing the development of Java enterprise web applications. They ensure that the architectural design aligns with business goals and integrates effectively with existing infrastructure. Responsibilities include defining system requirements, choosing appropriate technologies, and leading the development teams in building scalable, secure Java enterprise applications. The architect also assesses and optimizes application performance to meet enterprise demands, ensuring the application adheres to best practices and industry standards. Additionally, they mentor developers, fostering technical skills essential for effective Java enterprise development.
Architectural patterns in software design provide a reusable solution to commonly occurring problems within a given context. For enterprise Java development, such patterns are crucial for structuring Java enterprise web applications effectively. They ensure scalability, maintainability, and high performance. Java enterprise architects adopt these authoritative guidelines to handle complex systems and various integration challenges smoothly. By applying these patterns, developers anticipate and mitigate issues in java enterprise application development, leading to robust and efficient applications that can grow with business needs.
The 4 + 1 View Model is a framework used in software architecture, particularly relevant in complex scenarios like enterprise java application and java enterprise development. It provides a comprehensive view of a system from five perspectives: logical, development, physical, process, and scenarios. Each view addresses a specific set of concerns for stakeholders, such as java enterprise architects, ensuring that all aspects of the architecture are considered. This model helps in efficiently planning and implementing large-scale systems, often seen in java enterprise web applications, by addressing both functional and non-functional requirements.
UML modeling, or Unified Modeling Language, is a standardized way to visualize the design of a system. It is widely used in software development, including enterprise java application and java enterprise web application development, to outline system architecture, processes, and interactions. UML includes several types of diagrams such as class, activity, and sequence diagrams, which help java enterprise architects and developers clarify requirements, and design and communicate complex system structures effectively. Using UML enhances understanding and simplifies java enterprise development by providing a clear blueprint of application structures and behaviors.
Network communication involves the process by which computers, devices, and applications (such as enterprise java applications) transfer and exchange data. This forms the backbone of many systems and operations, particularly in settings like java enterprise web applications, enabling them to send, receive, and share information seamlessly across various networks. It uses a set of rules and protocols to ensure that data sent from one point reaches the intended destination efficiently and securely. Understanding this allows java enterprise architects to design robust networks that support vast and complex java enterprise development structures.
Transaction management in enterprise java applications is a critical component that ensures all parts of a transaction are completed successfully before changes are permanently made. In the context of Java enterprise development, this involves coordinating the processes and data across different systems and services reliably. For instance, in a java enterprise web application, if a financial transaction is carried out, transaction management ensures that either all parts of the transaction are successful or none, to maintain data integrity and consistency. This is essential in java enterprise architecture to prevent data loss and ensure that business operations run smoothly.
Capacity planning is a process used to determine the necessary resources needed to meet the future demands of an organization or a system, such as an enterprise java application. Effective capacity planning ensures optimal use of resources, preventing overuse or underuse. It involves analyzing historical data, predicting future requirements, and planning for infrastructure and workforce scaling. This ensures that java enterprise web applications perform efficiently without interruption. Capacity planning is crucial in java enterprise development, helping java enterprise architects to align IT capabilities with strategic business goals, while managing cost and performance efficiently.
Java EE 6 (Java Platform, Enterprise Edition 6) is a powerful framework used for building and deploying robust enterprise java applications. It simplifies java enterprise development by providing standardized, modular components and a multitier architecture, allowing developers to focus on functionality rather than complex configurations. Java EE 6 includes enhanced features that support the development of Java enterprise web applications, which are scalable and secure, making it ideal for large-scale industries. As part of Java EE, java enterprise architects design and integrate systems to boost performance and efficiency across business processes.
Distributed computing involves multiple computer systems working together to solve complex problems. Instead of one single machine, this approach uses a network of computers to share the work, leading to quicker processing and more efficient problem-solving. This is especially valuable in enterprise environments, where tasks like java enterprise development and java enterprise web applications require robust, scalable solutions. By distributing processes across different machines, distributed computing helps maintain performance and reliability, enhancing the capabilities of enterprise java applications. This setup is crucial for businesses looking to leverage technology for better resource management and improved system functionality.
Java EE (Java Enterprise Edition) comprises a set of specifications and guidelines for developing and deploying robust, scalable enterprise java applications. It encompasses technologies crucial for building java enterprise web applications, including web services, component-based development, and persistence mechanisms. Java enterprise development leverages Java EE for creating applications that are portable across platforms and scalable as organizational needs grow. Java enterprise architects design and oversee the entire system architecture, ensuring integration with existing technologies and compliance with business objectives. This platform allows developers to focus on meeting user demands while managing complex technical challenges effectively.
Integration/resource tiers refer to the structured layers within an application or system architecture that facilitate the efficient division and management of different functionalities. In the context of java enterprise development, these tiers help in organizing code, data management, and service integration. For instance, in a java enterprise web application, the presentation tier handles the user interface, the business logic tier processes data, and the data tier manages database operations. Effective design of these tiers ensures that each component functions optimally and enhances scalability and maintenance of enterprise java applications.
The course offers in-depth training on Java EE for designing robust enterprise-level applications, aimed at experienced IT professionals.
Target Audience and Job Roles:
Introduction: The Architect Enterprise Applications with Java EE Ed 2 (OCM) course equips students with the expertise to design robust, scalable Java EE applications, focusing on enterprise architecture fundamentals, security, and best practices.
Learning Objectives and Outcomes:
