Core Java Programming Practice Exam

Core Java Programming Practice Exam

Core Java Programming is the development of software applications using the Java programming language. It includes Java syntax, object-oriented programming principles, exception handling, multithreading, collections, and basic file handling. Core Java is the basis for advanced Java technologies.

Certification in Core Java Programming attests to your skills and knowledge to develop, debug, and maintain Java applications. This certification assess you in Java programming basics, object-oriented concepts, and coding best practices.
Why is Core Java Programming certification important?

• Validates proficiency in Java programming and object-oriented concepts.
• Enhances career prospects in software development and IT roles.
• Provides a structured learning path to mastering Java.
• Demonstrates expertise to employers, increasing job opportunities.
• Builds a strong foundation for learning advanced Java frameworks and technologies.
• Keeps professionals updated with the latest Java language features.

Who should take the Core Java Programming Exam?

• Java Developers
• Software Engineers
• Backend Developers
• Full Stack Developers
• Automation Test Engineers
• Android Developers
• Game Developers

Skills Evaluated

Candidates taking the certification exam on the Core Java Programming is evaluated for the following skills:

• Java syntax and constructs.
• Object-oriented programming
  
• Collections, generics, and data structures.
• Exceptions
  
• Multithreading and concurrency.
• File handling
• Input/output operations.
• Debugging
  

Core Java Programming Certification Course Outline
The course outline for Core Java Programming certification is as below -

• Data types, variables, and operators
• Control flow statements

• Classes, objects, and methods
• Inheritance, polymorphism, encapsulation, and abstraction

• Try-catch blocks and finally
• Custom exceptions

• Lists, sets, and maps
• Iterators and stream API

• Threads and the Runnable interface
• Synchronization and inter-thread communication

• Reading and writing files
• Serialization and deserialization

• Java 8 features (Lambda expressions, Stream API)
• Working with dates and times (java.time package)

• Debugging Java code
• Writing unit tests with JUnit