Java 11 Upgrade Learning Subscription

Course Fees: $960.00 excl. GST
Printed Manual: $0.00 excl. GST
Course Duration: 365 days
Course Manual

Sorry, no course dates found

Java 11 Upgrade Learning Subscription

If you are an experienced Java SE 8 developer and you’re looking to upgrade to Java SE 11, explore the benefits and convenience of the constantly evolving Java 11 Upgrade Learning Subscription.

The Java 11 Upgrade Learning Subscription is designed for Java SE 8 developers who have taken the Java SE: Programming I and Java SE: Programming II courses and are looking to leverage and benefit from the new features of Java SE 11. If you are trained on Java SE 6 or Java SE 7, then we recommend you consider taking the Core Java Learning Subscription to benefit from comprehensive training and develop in demand knowledge.

This subscription provides experienced Java developers with access to the new Java SE 11 features video and the Java SE: Exploiting Modularity and Other New Features course (on-demand version). When you subscribe, you get access to modules that will train you on the Java module system and other new features, including JShell, convenience methods, new techniques for working with streams, and managing deprecated APIs. These features were introduced in versions after Java 8, and therefore are new to developers migrating to Java 11.

Learn how to:


  • Design applications to take advantage of the module system and its more reliable configuration, improved security and performance, and more easily scalable applications
  • Migrate existing applications to a modular applications in a step-by-step manner, choosing which parts of the application to migrate first
  • Deal with common problems encountered in migrating an application, including cyclic dependencies and split packages
  • Use services to make modularized applications more robust and easily extensible
  • Create multi-release JAR files that can be run on different Java releases
  • Use convenience methods to reduce code that seems verbose, inefficient, or boilerplate, and increase readability
  • Use JShell to quickly run small code experiments and test new APIs


Get Started by Viewing the FREE Java SE 11 New Features Video

Within this subscription, you can view Java 11 New Features Video where Java experts will guide you through the changes and new features of Java SE 11.

Earn Your Oracle Certified Professional Java SE 11 Developer Credential to Expand Your Career Opportunities


  • For those who have earned the Java SE 8 Oracle Certified Professional (OCP) credential, reviewing these materials will prepare you to take the Upgrade OCP Java 6, 7 & 8 to Java SE 11 Developer | 1Z0-817 certification exam, which is included in this learning subscription. Get one attempt to pass the exam, at no additional charge.
  • Looking to get Java SE 11 certified and need some guidance? Follow the Java Learners Journey to understand which exam, or exam sequence, you should take to earn the Oracle Certified Professional (OCP) Java SE 11 Developer credential


Certification Exam Included with this Subscription:

Gain professional recognition for your expertise with an Oracle Java SE 11 Certified Professional Developer certification. This learning subscription provides you with one attempt at the following Oracle certification exam, at no additional charge, during the subscription period. Pass the Java certification exam and earn the corresponding Oracle certification.


  • Java programmer

Learning Path 

  • Java SE Programmer 2019 - Upgrade

Skills Learned

  • Identify deprecated APIs and possible alternatives
  • Swap sub-optimal or tedious coding with convenience methods
  • Create a modular Java application
  • Run applications that combine modularized libraries and non-modularized libraries
  • Create a custom runtime image
  • Build Multi-release JAR files
  • Design interfaces which implement methods
  • Process stream data using new convenience methods
  • Leverage JShell for fast code experiments
  • Identify and apply new methods to more conveniently work with collections and arrays
  • Identify and address common requirements in migrating older applications to modularity
  • Create variables using local-variable type inference
  • Create lambda expressions with type-inferred local-variables as lambda parameters