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Java Deep Dive Course Overview

Java Deep Dive Course Overview

The Java Deep Dive course is an intensive program designed to provide learners with a comprehensive understanding of Java and its core principles. It starts with Object-Oriented Programming essentials, where students learn about Java classes, constructors, and the importance of relationships between classes. As learners progress, they delve into more complex topics like Inheritance and Polymorphism, grasping how to extend classes and utilize polymorphic behavior.

Exception handling is addressed in-depth, teaching students how to effectively manage errors and exceptions in their code. The course also covers effective class usage, including static members and prohibiting inheritance, ensuring a robust understanding of class design.

Through exploring interfaces, abstract classes, and the Collections framework, learners gain knowledge on structuring flexible and scalable applications. Generics are thoroughly explained for type-safe code, and the Java Streams Model is discussed, emphasizing file and network I/O operations.

Concurrency in Java is tackled with lessons on threads and the Concurrency API, vital for building responsive applications. The course also includes modern Java features such as annotations and reflection, extending the learner's toolkit for writing and analyzing code.

Finally, the course wraps up with a focus on Unit Testing with JUnit, an essential skill for maintaining high-quality codebases. By the end of the Java Deep Dive course, participants will have a solid foundation for building sophisticated Java applications and the skills to tackle complex programming challenges.

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Course Fee 1,450
Total Fees
 1,450 (USD)
  • Live Training (Duration : 32 Hours)
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Target Audience for Java Deep Dive

Java Deep Dive is an advanced course tailored for experienced developers looking to master Java's intricacies and best practices.


  • Software Developers with prior Java experience
  • Java Programmers seeking to deepen their understanding of object-oriented programming
  • Professionals preparing for Java Developer certification exams
  • Computer Science students who have completed introductory Java courses
  • Software Engineers looking to switch to Java from other programming languages
  • IT Professionals aiming to enhance their exception handling and multithreading skills
  • Backend Developers requiring advanced knowledge of Java for complex applications
  • Technical Leads supervising Java development projects
  • Application Developers interested in learning about Java annotations and reflection
  • Quality Assurance Testers who want to understand Unit Testing with JUnit
  • Systems Programmers working with Java on large-scale systems and applications


Learning Objectives - What you will Learn in this Java Deep Dive?

Introduction to Java Deep Dive Course's Learning Outcomes

The Java Deep Dive course is designed to equip students with extensive knowledge of Java programming, focusing on concepts from object-oriented programming to Unit Testing with JUnit.

Learning Objectives and Outcomes:

  • Master the principles of object-oriented programming in Java, including classes, inheritance, polymorphism, and interfaces.
  • Understand how to use constructors effectively, manage garbage collection, and handle object relationships.
  • Learn the nuances of method and constructor overloading, and package organization with imports and JAR files.
  • Gain expertise in inheritance and polymorphism, and how they facilitate code reuse and dynamic method binding.
  • Develop robust Java applications by mastering exception handling, including try-catch blocks, throwing exceptions, and utilizing the finally block.
  • Utilize Java's Collections Framework and understand the implications of generics for type safety and runtime efficiency.
  • Comprehend the Java Streams Model for I/O operations, including file handling and socket communication.
  • Dive into concurrent programming with threads, synchronization techniques, and the Concurrency API to manage multi-threaded applications.
  • Explore advanced features of Java such as annotations for metadata, reflection for dynamic operations, and the use of JUnit for Unit Testing.
  • Apply best practices for using classes effectively, prohibiting inheritance, and leveraging static members and initializers.

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