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What you'll learn

Analyze the fundamental building blocks of multithreaded applications to understand their advantages for Java developers.

Evaluate the performance impact of multithreading in applications, including OS and hardware implications.

Apply multithreading concepts in real-world projects and connect them with widely used frameworks.

Skills you'll gain

Application Performance Management

Java

Algorithms

Spring Framework

Programming Principles

Spring Boot

Data Structures

Application Frameworks

OS Process Management

Java Programming

Computer Architecture

Distributed Computing

Performance Tuning

Debugging

There are 9 modules in this course

You'll explore the critical area of thread synchronization, mastering the use of synchronized keywords, locks, semaphores, and condition variables through detailed examples and projects. The course further delves into reusability with thread pools, explaining their implementation, performance monitoring, and effective sizing. Parallel algorithms and famous multithreading problems are tackled, providing you with the knowledge to apply these concepts to real-world scenarios. Real-world application modules cover integrating multithreading with modern Java frameworks like Spring Boot and RxJava and using JavaFX for UI responsiveness. By the end of this masterclass, you'll have a thorough grasp of multithreading, enabling you to write efficient, high-performance Java applications that leverage the power of concurrent programming. This course is ideal for intermediate to advanced Java developers who have a foundational understanding of Java programming. Prior experience with basic multithreading concepts is beneficial but not mandatory. Enthusiasts looking to enhance their performance optimization skills and tackle complex concurrency issues will find this course invaluable.

General Multithreading Concepts

Thread Management

Thread Synchronization - Part 1

Thread Synchronization - Part 2

Thread Reusability

Parallel Algorithms

Famous Multithreading Problems

Multithreading in the Real World