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Java SE: Programming II Ed 1 Course Overview

Java SE: Programming II Ed 1 Course Overview

The Java SE: Programming II Ed 1 course delves into the advanced features of the Java programming language, enhancing the skills of developers who have a basic understanding of Java. It covers functional programming, modular programming, streams, Java API, secure coding practices, collections framework, generics, exception handling, and assertions.

Learners will gain proficiency in writing robust and maintainable code, leveraging functional interfaces and lambda expressions to create more concise and flexible applications. They will understand collections streams and filters for data processing and become adept at using built-in functional interfaces for common operations.

The course also introduces modular programming in Java, helping learners to build scalable and maintainable applications. This includes understanding services in a modular application and strategies for migration to a modular architecture.

Concurrency, parallel streams, and custom streams creation are explained to help in writing efficient multi-threaded applications. The course also stresses the importance of secure coding, I/O fundamentals, database connectivity with JDBC, and localization strategies to cater to a global audience.

Additionally, developers will learn to effectively utilize the Collections Framework, understand the role of iterators, type-wrapper classes, and the use of generics to enforce type safety. Finally, robust error handling techniques are discussed, including the use of exceptions and assertions to validate assumptions in code.

By completing this course, learners will have a comprehensive understanding of the advanced aspects of Java SE, enabling them to create high-performance, secure, and well-structured Java applications.

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  • Live Online Training (Duration : 40 Hours)
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Course Prerequisites

To ensure that you can successfully undertake the Java SE: Programming II Ed 1 course and fully grasp the concepts taught in the various modules, the following are the minimum required prerequisites:


  • Basic understanding of Java programming language and syntax, equivalent to having completed the Java SE: Programming I course or similar foundational Java training.
  • Familiarity with object-oriented programming concepts such as classes, objects, inheritance, and polymorphism.
  • Experience with using an Integrated Development Environment (IDE), such as Eclipse or IntelliJ, for writing and debugging Java code.
  • Understanding of basic software development concepts, including program flow control using loops and conditional statements.
  • Basic knowledge of exception handling in Java.
  • Awareness of the general purpose of collections in Java, even if you are not familiar with all the details of the Collections Framework.

While these prerequisites are designed to ensure that you are well-prepared for the course, students with a strong commitment to learning and a willingness to engage with new concepts are often able to overcome gaps in their knowledge through dedication and additional study.


Target Audience for Java SE: Programming II Ed 1

  1. Java SE: Programming II Ed 1 is an advanced course designed for professionals seeking to deepen their Java expertise and embrace modern programming techniques.


  2. Target Job Roles and Audience for the Course:


  • Java Developers seeking to update their skills with the latest Java features
  • Software Engineers interested in advanced Java concepts and modular programming
  • Back-end Developers looking to improve code efficiency with streams and parallel processing
  • IT Professionals aiming to learn secure coding practices in Java applications
  • Application Developers wanting to master Java's Collections Framework and Generics
  • Programmers looking to handle exceptions and assertions effectively in Java
  • Computer Science Graduates aspiring to specialize in Java development
  • Technical Leads overseeing Java development projects and teams
  • Software Architects designing Java applications with modular architecture
  • DevOps Engineers involved in the migration of Java applications to modular systems
  • Database Developers interested in JDBC for database connectivity in Java
  • Quality Assurance Engineers needing to understand Java code for better testing
  • IT Trainers and Instructors specializing in Java programming courses


Learning Objectives - What you will Learn in this Java SE: Programming II Ed 1?

Introduction to Java SE: Programming II Ed 1 Course Learning Outcomes

In the Java SE: Programming II course, students will deepen their understanding of Java, from functional programming and modular applications to concurrency and secure coding practices.

Learning Objectives and Outcomes

  • Understanding Functional Interfaces and Lambda Expressions:

    • Learn to write concise and flexible code using lambda expressions.
    • Grasp the concept of functional interfaces and how they facilitate functional programming in Java.

  • Collections Framework and Streams API:

    • Master the use of the Collections Framework and the Streams API to manipulate and process collections of data efficiently.
    • Utilize various stream operations and patterns to filter, sort, and perform computations on collections.

  • Built-in Functional Interfaces:

    • Gain knowledge of the built-in functional interfaces provided by Java, such as Predicate, Function, Consumer, and Supplier.

  • Modular Programming:

    • Understand the architecture of modular programming in Java and how to design applications using modules.
    • Learn to create and use services within a modular application.

  • Migration to Modular Applications:

    • Acquire the skills to migrate existing Java applications to the modular system introduced in Java 9 and above.

  • Concurrency and Parallel Streams:

    • Delve into advanced concurrency mechanisms and the use of parallel streams to leverage multi-core processors for improved performance.

  • Custom Stream Operations and Collectors:

    • Develop custom stream operations and collectors for specialized data processing needs.

  • Secure Coding Practices:

    • Learn the best practices for writing secure Java code and understand common security vulnerabilities.

  • Database Applications with JDBC:

    • Gain practical experience in connecting to and manipulating databases using Java Database Connectivity (JDBC).

  • Exception Handling and Assertions:

    • Master robust exception handling techniques and the use of assertions to create reliable and fault-tolerant Java applications.

By completing this course, students will have enhanced their Java programming skills and be well-equipped to develop sophisticated and efficient Java applications with a strong understanding of modern best practices.