Java Advanced Concepts

Categories: E-Learning

About Course

Advanced Java covers topics like multithreading, JVM internals, generics, reflection, annotations, and design patterns. It includes memory management, network programming, serialization, and functional programming with streams. Other areas are module system (JPMS), security, native interface (JNI), and reactive programming using libraries like RxJava. Mastery of these concepts is essential for building high-performance, scalable, and secure applications.

Master advanced object-oriented programming techniques and design patterns
Develop high-performance, multi-threaded applications with Java
Understand JVM internals, memory management, and garbage collection for optimization
Dive deep into Java I/O and NIO for efficient file and network operations
Explore advanced data structures and algorithms for solving complex problems
Learn performance tuning techniques and tools to improve Java application efficiency
Create real-world applications using Java’s powerful libraries and frameworks (Spring, Hibernate, etc.)
Build secure, scalable, and maintainable Java-based systems
Develop the skills needed to tackle technical interviews for advanced Java roles

Course Content

Module 1: Advanced Object-Oriented Programming (OOP)
Review of OOP principles Advanced inheritance and polymorphism Interfaces vs Abstract classes Design patterns: Factory, Singleton, Observer, Strategy

Module 2: Multi-threading and Concurrency
Understanding threads and processes Creating and managing threads in Java Synchronization and thread safety Executor Framework and thread pooling Concurrency utilities (CountDownLatch, Semaphore, etc.) Deadlocks and how to avoid them Fork/Join Framework

Module 3: Java Memory Management and JVM Internals
Java memory model: Stack vs Heap Garbage collection mechanisms Understanding the JVM: ClassLoader, Bytecode, JIT compilation Memory leaks and performance issues JVM tuning and garbage collection optimization

Module 4: Advanced Java I/O and NIO (New I/O)
Streams vs Buffers File I/O using Java NIO Reading and writing large files efficiently Network I/O and Sockets Serialization and Deserialization

Module 5: Data Structures and Algorithms
Advanced data structures: HashMap, HashTable, LinkedList, Trees, Graphs Algorithm analysis and Big O notation Sorting algorithms (QuickSort, MergeSort) Searching algorithms and optimizations Implementing custom data structures

Module 6: Performance Tuning and Profiling
Profiling and identifying bottlenecks JVM monitoring tools (JVisualVM, JConsole) Optimizing memory usage CPU optimization techniques Caching strategies

Module 7: Java Networking and Sockets
TCP/IP and UDP protocols in Java Creating client-server applications Java Sockets and communication protocols Using Java for RESTful APIs

Module 8: Advanced Frameworks and Libraries
Introduction to Spring Framework Dependency Injection in Spring Hibernate and ORM (Object-Relational Mapping) JavaFX for building rich user interfaces Working with popular Java libraries

Module 9: Real-world Projects and Applications
Building a Multi-threaded Web Scraper Developing a High-Performance REST API Implementing a Java-based Chat Application Performance tuning on a large-scale application

Module 10: Best Practices and Industry Standards
Writing efficient and clean Java code Unit testing and TDD with JUnit Code quality tools (Checkstyle, PMD) Secure coding practices in Java

Java Advanced Concepts

About Course

Related

What Will You Learn?

Course Content

Module 1: Advanced Object-Oriented Programming (OOP)
Review of OOP principles Advanced inheritance and polymorphism Interfaces vs Abstract classes Design patterns: Factory, Singleton, Observer, Strategy

Module 2: Multi-threading and Concurrency
Understanding threads and processes Creating and managing threads in Java Synchronization and thread safety Executor Framework and thread pooling Concurrency utilities (CountDownLatch, Semaphore, etc.) Deadlocks and how to avoid them Fork/Join Framework

Module 3: Java Memory Management and JVM Internals
Java memory model: Stack vs Heap Garbage collection mechanisms Understanding the JVM: ClassLoader, Bytecode, JIT compilation Memory leaks and performance issues JVM tuning and garbage collection optimization

Module 4: Advanced Java I/O and NIO (New I/O)
Streams vs Buffers File I/O using Java NIO Reading and writing large files efficiently Network I/O and Sockets Serialization and Deserialization

Module 5: Data Structures and Algorithms
Advanced data structures: HashMap, HashTable, LinkedList, Trees, Graphs Algorithm analysis and Big O notation Sorting algorithms (QuickSort, MergeSort) Searching algorithms and optimizations Implementing custom data structures

Module 6: Performance Tuning and Profiling
Profiling and identifying bottlenecks JVM monitoring tools (JVisualVM, JConsole) Optimizing memory usage CPU optimization techniques Caching strategies

Module 7: Java Networking and Sockets
TCP/IP and UDP protocols in Java Creating client-server applications Java Sockets and communication protocols Using Java for RESTful APIs

Module 8: Advanced Frameworks and Libraries
Introduction to Spring Framework Dependency Injection in Spring Hibernate and ORM (Object-Relational Mapping) JavaFX for building rich user interfaces Working with popular Java libraries

Module 9: Real-world Projects and Applications
Building a Multi-threaded Web Scraper Developing a High-Performance REST API Implementing a Java-based Chat Application Performance tuning on a large-scale application

Module 10: Best Practices and Industry Standards
Writing efficient and clean Java code Unit testing and TDD with JUnit Code quality tools (Checkstyle, PMD) Secure coding practices in Java

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About Course

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What Will You Learn?

Course Content

Module 1: Advanced Object-Oriented Programming (OOP) Review of OOP principles Advanced inheritance and polymorphism Interfaces vs Abstract classes Design patterns: Factory, Singleton, Observer, Strategy

Module 2: Multi-threading and Concurrency Understanding threads and processes Creating and managing threads in Java Synchronization and thread safety Executor Framework and thread pooling Concurrency utilities (CountDownLatch, Semaphore, etc.) Deadlocks and how to avoid them Fork/Join Framework

Module 3: Java Memory Management and JVM Internals Java memory model: Stack vs Heap Garbage collection mechanisms Understanding the JVM: ClassLoader, Bytecode, JIT compilation Memory leaks and performance issues JVM tuning and garbage collection optimization

Module 4: Advanced Java I/O and NIO (New I/O) Streams vs Buffers File I/O using Java NIO Reading and writing large files efficiently Network I/O and Sockets Serialization and Deserialization

Module 5: Data Structures and Algorithms Advanced data structures: HashMap, HashTable, LinkedList, Trees, Graphs Algorithm analysis and Big O notation Sorting algorithms (QuickSort, MergeSort) Searching algorithms and optimizations Implementing custom data structures

Module 6: Performance Tuning and Profiling Profiling and identifying bottlenecks JVM monitoring tools (JVisualVM, JConsole) Optimizing memory usage CPU optimization techniques Caching strategies

Module 7: Java Networking and Sockets TCP/IP and UDP protocols in Java Creating client-server applications Java Sockets and communication protocols Using Java for RESTful APIs

Module 8: Advanced Frameworks and Libraries Introduction to Spring Framework Dependency Injection in Spring Hibernate and ORM (Object-Relational Mapping) JavaFX for building rich user interfaces Working with popular Java libraries

Module 9: Real-world Projects and Applications Building a Multi-threaded Web Scraper Developing a High-Performance REST API Implementing a Java-based Chat Application Performance tuning on a large-scale application

Module 10: Best Practices and Industry Standards Writing efficient and clean Java code Unit testing and TDD with JUnit Code quality tools (Checkstyle, PMD) Secure coding practices in Java

Trending Courses

Trending College Workshops

Company

Contact

Categories

Module 1: Advanced Object-Oriented Programming (OOP)
Review of OOP principles Advanced inheritance and polymorphism Interfaces vs Abstract classes Design patterns: Factory, Singleton, Observer, Strategy

Module 2: Multi-threading and Concurrency
Understanding threads and processes Creating and managing threads in Java Synchronization and thread safety Executor Framework and thread pooling Concurrency utilities (CountDownLatch, Semaphore, etc.) Deadlocks and how to avoid them Fork/Join Framework

Module 3: Java Memory Management and JVM Internals
Java memory model: Stack vs Heap Garbage collection mechanisms Understanding the JVM: ClassLoader, Bytecode, JIT compilation Memory leaks and performance issues JVM tuning and garbage collection optimization

Module 4: Advanced Java I/O and NIO (New I/O)
Streams vs Buffers File I/O using Java NIO Reading and writing large files efficiently Network I/O and Sockets Serialization and Deserialization

Module 5: Data Structures and Algorithms
Advanced data structures: HashMap, HashTable, LinkedList, Trees, Graphs Algorithm analysis and Big O notation Sorting algorithms (QuickSort, MergeSort) Searching algorithms and optimizations Implementing custom data structures

Module 6: Performance Tuning and Profiling
Profiling and identifying bottlenecks JVM monitoring tools (JVisualVM, JConsole) Optimizing memory usage CPU optimization techniques Caching strategies

Module 7: Java Networking and Sockets
TCP/IP and UDP protocols in Java Creating client-server applications Java Sockets and communication protocols Using Java for RESTful APIs

Module 8: Advanced Frameworks and Libraries
Introduction to Spring Framework Dependency Injection in Spring Hibernate and ORM (Object-Relational Mapping) JavaFX for building rich user interfaces Working with popular Java libraries

Module 9: Real-world Projects and Applications
Building a Multi-threaded Web Scraper Developing a High-Performance REST API Implementing a Java-based Chat Application Performance tuning on a large-scale application

Module 10: Best Practices and Industry Standards
Writing efficient and clean Java code Unit testing and TDD with JUnit Code quality tools (Checkstyle, PMD) Secure coding practices in Java