Foundation Training in Programming in Java
Unlock the Power of Code. Discover the world of Java with our comprehensive programming language course. Whether you're a beginner or looking to enhance your skills, this course equips you with the knowledge and hands-on experience to become a proficient Java programmer.
Program Features
- Max Students: 10
- Duration: 1 Month
- Practical Training
- Certificate after Completion
- Vocational Training Program
- Investment: 10,000.00
Course Description
Java programming language is developed by Sun Microsystems. Java is object oriented, platform independent, simple, secure, architectural–neutral, portable, robust, multi-threaded, high performance, distributed and dynamic. It can be used to develop software and also applets. A java program can run on various operating systems without rewriting the code. And this is possible because of java run-time environment which tells the operating system what to do by interpreting the java code. Unleash Your Coding Potential. Our Java Programming Course offers you an immersive learning experience, whether you’re a beginner taking your first steps or a seasoned developer looking to strengthen your skills. Throughout this course, you’ll delve into the core concepts of Java, from variables, data types, and control structures to advanced topics like object-oriented programming. Java’s vast standard library will become your toolkit, providing you with an array of built-in classes and methods for various tasks. You’ll explore data structures, including collections and arrays, mastering the art of efficient data management.
Course Intention and Outcome
- To become familiar with the features of Java Language
- To discover how to write Java code according to Object-Oriented Programming principles.
- To become comfortable with concepts such as Classes, Objects, Inheritance, Polymorphism and Interfaces
- To learn Java APIs for Collections, I/O Streams
- To design GUI applications and Applets using AWT and Swing.
- To develop Multithreaded and Networking applications.
Curriculum
1. Java Language Environment
- Object Oriented
- Platform Independent
- Automatic Memory Management
- Compiled / Interpreted approach
- Robust
- Secure
- Dynamic Linking
- Multi-Threaded
- Built-in Networking
2. Java Fundamentals
- Data types
- Operators
- Control Statements
- Looping
- Enhanced for Loop
- Arrays
- Variable Argument
- ENUM
- Static import
- Style formatted I/O
3. Object-Oriented Programming
- Object
- Class
- Encapsulation
- Inheritance
- Inheritance: Keyword
- Polymorphism
- Method Overloading
- Method Overriding
- Abstraction
4. Constructor
- Why use Constructor
- Special Method
- Types of Constructor
5. Static
- Static Method
- Static Field
- Static Block
- Static Class
- Garbage Collection
6. Packages
- Why packages
- Understanding Class path
- Access modifiers & their Scope
7. Exception Handling
- When an exception occurs.
- Importance of Exception Handling
- Exception Propagation
- Exception Types
- Using try and catch
- throw, throws, finally
- Writing User defined Exceptions
8. I/O Operations in Java
- Byte Oriented Streams
- File Handling
- Readers and Writers
9. Multithreaded Programming
- Introduction to Multi-Threading
- Understanding Threads & its States
- Java Threading Model
- Thread class & Runnable Interface
- Thread Priorities
- Thread Synchronization
- Interthread Communication
- Preventing Deadlocks
10. Java Util Package / Collections Framework
- Collection & Iterator Interface
- Enumeration
- List and Array List
- Vector
- Comparator
- Set Interface & Sorted Set
- Hashtable
- Properties
11. Generics
- Introduction to Generics
- Using Built-in Generics Collections
- Writing Simple Generic Class
- Bounded Generics
- Wild Card Generics
12. Abstract Window Toolkit
- Graphics
- Color and Font
- AWT Components/Controls
- Event Handling & Layouts
13. Swing Programming
- Introduction to Swing & MVC Architecture
- Light Weight Component
- Swing Hierarchy
- Atomic Components e.g. JButton, JList and more
- Intermediate Container e.g. JPanel, JSplitPane and more
- Top-Level Container e.g. JFrame and Japplet
- Swing Related Events
Tuition & Investment
Enrollment Amount | Registration Amount | No. of Installments |
---|---|---|
Rs. 500.00 | Rs. 9500.0 | -- |
Total Amount | Rs. 10,000.00 |
Schedule and Enrollment
Not sure? Talk to our advisors
Comprehensive Java Programming Vocabulary
Java: A high-level, object-oriented programming language known for its portability and platform independence.
Class: A blueprint or template for creating objects in Java, defining their properties and behaviors.
Object: An instance of a class, encapsulating data (attributes) and methods (functions) that operate on the data.
Variable: A named storage location for holding data, with a specific data type.
Data Type: Specifies the type of data a variable can hold (e.g., int, float, String).
Method: A block of code within a class that performs a specific task or operation.
Inheritance: A mechanism for creating a new class based on an existing class, inheriting its properties and behaviors.
Polymorphism: The ability of objects to take on multiple forms, typically achieved through method overriding and interfaces.
Abstraction: A concept of hiding complex implementation details and showing only essential features of an object.
Encapsulation: The bundling of data and methods into a single unit (class), restricting access to the internal state.
Interface: A contract specifying a set of methods that a class implementing the interface must provide.
Constructor: A special method used to initialize objects when they are created.
Method Overloading: The ability to define multiple methods with the same name but different parameters.
Static: A keyword used to define class-level variables and methods that are shared among all instances of a class.
Package: A way to organize classes into a hierarchical structure for better code organization and access control.
Loop: A control structure that repeatedly executes a block of code while a condition is true (e.g., for, while, do-while).
Exception: An event or error condition that disrupts the normal flow of a program.
Java Standard Library: A collection of classes and methods provided by Java for various common tasks.
JVM (Java Virtual Machine): The execution environment that runs Java bytecode, making Java platform-independent.
Garbage Collection: The automatic process of freeing memory by destroying objects no longer in use.
API (Application Programming Interface): A set of rules and protocols that allow one software application to interact with another.
Bytecode: The intermediate representation of Java source code that is executed by the JVM.
JAR (Java Archive): A file format used to package Java classes and resources into a single file for distribution.
IDE (Integrated Development Environment): Software tools for writing, testing, and debugging Java code.
Serialization: The process of converting objects into a byte stream for storage or transmission.
These terms cover a wide range of Java programming concepts, from the basics to more advanced topics, and understanding them is essential for working effectively with the language.
Essential Editors and Compilers for Java Programming
Text Editors | Code Editors | Integrated Development Environment (IDE):
Eclipse: A popular, open-source IDE with a rich ecosystem of plugins for Java development.
IntelliJ IDEA: A powerful and widely used Java IDE with features like intelligent code assistance and extensive refactoring tools.
NetBeans: An open-source IDE that offers support for Java, as well as other languages.
Visual Studio Code: A versatile, free, and open-source code editor with excellent Java support through extensions.
Sublime Text: A lightweight and highly customizable text editor with a range of Java packages and plugins.
Atom: A hackable, open-source code editor with extensive Java packages and a user-friendly interface.
Compilers:
Javac: The official Java compiler included in the Java Development Kit (JDK).
Eclipse Compiler for Java (ECJ): Part of the Eclipse IDE, it offers fast and incremental compilation.
GNU Compiler for Java (GCJ): Part of the GNU Compiler Collection, it compiles Java code to native machine code.
Apache Maven: A build automation tool that can be configured to compile and package Java projects.
Apache Ant: Another build tool used for compiling, building, and deploying Java applications.
Gradle: A versatile build automation tool that supports Java projects and dependencies.
Android Studio: Specifically for Android app development, it includes a Java compiler for Android applications.
These code editors and compilers are essential tools for Java developers and provide the functionality and features needed to write, compile, and manage Java code efficiently. The choice of which one to use often depends on individual preferences and specific project requirements.
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