Android applications, desktop applications, games, websites, scientific programs and programs for physical devices are written in Java.
Java programmers are building products like Tesla, Minecraft, IntelliJ, Deutsche Bank, Barclays, and millions of others. Java developers design and implement application logic.
After completing the course, you will receive all the necessary knowledge and skills to work in the field of Java programming.
Java programmers are building products like Tesla, Minecraft, IntelliJ, Deutsche Bank, Barclays, and millions of others. Java developers design and implement application logic.
After completing the course, you will receive all the necessary knowledge and skills to work in the field of Java programming.
You will learn:
- understand Java technologies
- work with primitive types
- use branching and loops
- create methods and develop classes in Java
- work with arrays and strings
- use inheritance and polymorphism
- develop abstract classes and interfaces
- handle errors that occur in the program
- work with the file system
- use parameterized types in the program
- create lambda expressions
The course not only provides the fundamentals, but also prepares for the subsequent serious work in Java.
You will examine in detail all the elements and constructs of the Java language and the capabilities of the JDK platform. Theory is worked out in detail in practice
You will examine in detail all the elements and constructs of the Java language and the capabilities of the JDK platform. Theory is worked out in detail in practice
earn by developing
Course program
Classes are held weekday evenings and Saturday afternoons.
course duration 2 weeks
course duration 2 weeks
Sections:
- Features of the Java programming language
- Description of Java technologies
- Using the IDE
Sections:
- Java language tokens
- Introduction to the Java Type System
- Working with primitive types and constants
- Java Language Operations
- Simple Type Conversion
- Context sensitive var keyword
Sections:
- Creating and calling methods
- Overloading and Variable Argument Methods
- Branch operators
- switch statement
- Loop statements
- One-Dimensional Arrays
- Multidimensional arrays
- Working with arrays and the Arrays class
Sections:
- Basic Methods of the String Class
- String addition and transformation
- Dynamic Row Classes
- Keyboard input and the Scanner class
- Regular Expressions
Sections:
- Overview of the main concepts of OOP
- Class declaration
- Class Members and Creating Class Objects
- Access Modifiers
- final & static modifiers
- Using Packages, Import Directives, and the CLASSPATH Environment Variable
- Inheritance as a Code Reuse Mechanism
- Constructor when inheriting
- Type conversion and the instanceof operator
- Virtual methods and late binding
- Abstract classes and methods
- Interface concept
- Interface declaration
- Interface Implementation
- Static Methods, Default Methods in Interfaces, and Private Methods
- Using and creating annotations
Sections:
- The Object class and overriding its methods
- Metadata and reflection
- Classes System and Math
- The concept of exceptions in Java
- Using try, catch, and finally statements
- Checked and unchecked exceptions
- Creating your own exception classes
- Try statement to release resources
Sections:
- Overview of Thread Classes
- Working with Byte Streams
- Working with character streams
- Using the java.io.File class
- File Compression
- Object Serialization in Java
- Using the Path Interface
- Working with File Attributes
- Key features of the Files class
- Using the Files class to traverse a directory tree
- Monitoring file system changes
Sections:
- Data Formatting
- Working with date and time
- Locale class and code globalization
- Localization and the ResourceBundle class
- Pseudo-random number generation
- Collection Class Hierarchy
- The Concept of Parameterized Data Types
- Working with parameterized methods and interface
- An overview of lists, sets, and dictionaries in Java
Sections:
- Inner classes
- Nested classes
- Anonymous classes
- Enums in Java
Sections:
- Pattern overview
- single pattern
- Pattern composition
- Observer pattern
The documents
Those who successfully complete the full course and pass the exam will be issued a Certificate of advanced training.
Upon completion of the professional retraining course in Software Design and Development, a Diploma of Professional Retraining will be issued
Upon completion of the professional retraining course in Software Design and Development, a Diploma of Professional Retraining will be issued
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