Parallel Programming in Java Course

Parallel Programming in Java Course Course

An intermediate, hands-on course for Java developers seeking mastery of multicore parallel programming.

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9.7/10 Highly Recommended

Parallel Programming in Java Course on Coursera — An intermediate, hands-on course for Java developers seeking mastery of multicore parallel programming.

Pros

  • Strong focus on practical Java parallel programming techniques.
  • Includes hands-on mini-projects for real-world application.
  • Taught by experts with experience in multicore computing and Java frameworks.

Cons

  • Intermediate-level; prior Java experience is required.
  • Covers theoretical concepts that may require careful study to master.

Parallel Programming in Java Course Course

Platform: Coursera

Instructor: Rice University

What will you learn in Parallel Programming in Java Course

  • Understand fundamentals of parallel programming in Java, including multicore computation concepts.

  • Learn task parallelism using Java’s Fork/Join framework.

  • Explore functional parallelism with Futures, Streams, and memoization techniques.

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  • Master loop-level parallelism with barriers, iteration grouping, and chunking.

  • Implement dataflow parallelism using the Phaser framework and data-driven tasks.

Program Overview

Module 1: Welcome to Parallel Programming in Java
⏳ 1 hour

  • Course introduction, setup, and mini-project 0.

  • Learn the course structure, discussion guidelines, and programming environment.

Module 2: Task Parallelism
⏳ 3 hours

  • Learn task creation, termination, and computation graph models.

  • Explore Java Fork/Join framework for task-based parallel programming.

  • Hands-on mini-project: Reciprocal Array Sum using Fork/Join.

Module 3: Functional Parallelism
⏳ 4 hours

  • Learn functional parallelism concepts: Futures, Streams, memoization.

  • Understand data races and determinism.

  • Hands-on mini-project: Parallel List Processing using Java Streams.

Module 4–7: Advanced Parallel Techniques
⏳ 4–6 hours each

  • Loop-level parallelism, barriers, chunking, and Phaser-based dataflow parallelism.

  • Practical coding assignments to reinforce concepts.

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Job Outlook

  • Skills in parallel programming are critical for high-performance computing, enterprise applications, and server-side Java development.

  • Roles include Java Developer, Software Engineer, HPC Programmer, and Systems Engineer.

  • Expertise in multicore parallelism enhances efficiency in data processing, simulations, and performance-critical applications.

Explore More Learning Paths

Enhance your Java development expertise with courses that expand your capabilities in AI-driven Java applications, professional-level Java development, and advanced object-oriented programming. These learning paths help you strengthen both your concurrency foundations and your overall software engineering skill set.

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