Java Mastery | Multithreading, Collections, Streams, Lambdas

Course Overview

• Course Title: Java Mastery | Multithreading, Collections, Streams, Lambdas
• Instructor: Oak Academy
• Target Audience:
  • Developers looking to master Java multithreading, collections, streams, and lambdas
  • Beginners with basic Java skills
  • Professionals aiming to build high-performance, scalable applications
• Prerequisites:
  • Basic Java skills
  • A computer with a 64-bit operating system
  • Preferred: MacOS (64-bit)
  • Preferred: IntelliJ IDE

Curriculum Highlights

• Key Topics Covered:
  • Differences between threads and processes
  • Creating threads using the Thread class and Runnable interface
  • Managing thread lifecycle and states
  • Monitoring and controlling thread execution
  • Understanding race conditions and thread safety
  • Using the synchronized keyword and volatile variables
  • Implementing thread-safe synchronization techniques
  • Working with ExecutorService for efficient thread management
  • Using ScheduledExecutorService for task scheduling
  • Implementing Future and Callable for asynchronous computations
  • Managing atomic operations with Atomic Variables
  • Understanding wait(), notify(), and notifyAll() for inter-thread communication
  • Implementing locks and condition variables for better thread coordination
  • Using ReentrantLock and ReentrantReadWriteLock for fine-grained locking
  • Working with condition variables for better thread management
  • Exploring thread-safe collections like ConcurrentHashMap
  • Using blocking queues for producer-consumer scenarios
  • Understanding thread contention and deadlocks
  • Implementing thread-safe and immutable designs
  • Optimizing thread pools for better efficiency
  • Using parallel streams for improved performance
  • Understanding how Java Virtual Machine (JVM) handles threads
  • Working with thread priorities and daemon threads
  • Learning concurrency design patterns for scalable applications
  • Handling exceptions in multithreaded programs
  • Implementing advanced locking mechanisms
  • Building a multithreaded web server
  • Implementing a producer-consumer system
  • Developing a real-time chat system
  • Using debugging tools for thread analysis
  • Writing unit tests for concurrent code
  • Profiling multithreaded applications for performance tuning
• Key Skills Learned:
  • Creating and managing threads
  • Using synchronization techniques
  • Implementing thread-safe designs
  • Working with ExecutorService and ScheduledExecutorService
  • Using Java Streams API for functional programming
  • Writing lambda expressions
  • Utilizing Java Collections Framework
  • Implementing parallel processing
  • Handling thread synchronization
  • Managing asynchronous programming with CompletableFuture
  • Using functional interfaces

Course Format

• Duration: 13.5 hours on-demand video
• Format: Self-paced online course
• Resources:
  • 1 article
  • Access on mobile and TV
  • Certificate of completion