Course Title: Core Java and Advanced Java (Self-Employment)
Course Duration : 6 Months
Course Objectives:
Develop a strong understanding of Core Java and Advanced Java concepts.
Gain practical skills for developing Java-based applications.
Prepare students for self-employment opportunities in software development.
Enhance problem-solving skills using Java programming.
Understand industry practices and standards for Java programming.
Course Overview:
The course spans 6 months, designed for part-time learners aiming to gain proficiency in Java programming. It covers fundamental concepts, advanced topics, and practical applications, ensuring students are well-prepared for self-employment or career advancement in software development.
Course Teaching Methodology:
Lectures: Conceptual understanding and theoretical foundations.
Hands-On Labs: Practical sessions to apply learned concepts.
Assignments: Regular assignments to reinforce learning.
Projects: Real-world projects to build practical skills.
Quizzes and Tests: Regular assessments to track progress.
Discussion Forums: Collaborative learning and doubt resolution.
Importance for Learner:
Career Growth: Equips learners with skills highly valued in the software industry.
Self-Employment: Provides the foundation to start freelance work or own software development business.
Comprehensive Learning: Covers both Core Java and Advanced Java, ensuring a holistic understanding of the language.
Module 5: Extending Classes and Inheritance (Weeks 11-12)
Use and Benefits of Inheritance in OOP
Types of Inheritance in Java
Inheriting Data Members and Methods
Role of Constructors in Inheritance
Overriding Super Class Methods
Use of “super”
Polymorphism in Inheritance
Type Compatibility and Conversion
Implementing Interfaces
Module 6: Packages (Weeks 13-14)
Organizing Classes and Interfaces in Packages
Package as Access Protection
Defining Package
CLASSPATH Setting for Packages
Making JAR Files for Library Packages
Import and Static Import
Naming Convention for Packages
Module 7: Exception Handling (Weeks 15-16)
The Idea Behind Exception
Exceptions & Errors
Types of Exception
Control Flow in Exceptions
JVM Reaction to Exceptions
Use of try, catch, finally, throw, throws in Exception Handling
In-built and User Defined Exceptions
Checked and Un-Checked Exceptions
Module 8: Array & String (Weeks 17-18)
Defining an Array, Initializing & Accessing Array
Multi-Dimensional Array
Operation on String, Mutable & Immutable String
Using Collection-Based Loop for String
Tokenizing a String
Creating Strings Using StringBuffer
Module 9: Thread (Weeks 19-20)
Understanding Threads
Needs of Multi-Threaded Programming
Thread Life-Cycle
Thread Priorities
Synchronizing Threads
Inter Communication of Threads
Critical Factor in Thread – DeadLock
Module 10: A Collection of Useful Classes (Weeks 21-22)
Utility Methods for Arrays
Observable and Observer Objects
Date & Times
Using Scanner Regular Expression
Input/Output Operation in Java (java.io Package)
Streams and the New I/O Capabilities
Understanding Streams
The Classes for Input and Output
The Standard Streams
Working with File Object
File I/O Basics
Reading and Writing to Files
Buffer and Buffer Management
Read/Write Operations with File Channel
Serializing Objects
Module 11: GUI Programming (Weeks 23-24)
Designing Graphical User Interfaces in Java
Components and Containers
Basics of Components, Using Containers
Layout Managers
AWT Components
Adding a Menu to Window
Extending GUI Features Using Swing Components
Java Utilities (java.util Package)
The Collection Framework: Collections of Objects
Collection Types, Sets, Sequence, Map
Understanding Hashing
Use of ArrayList & Vector
Module 12: Event Handling (Weeks 25-26)
Event-Driven Programming in Java
Event-Handling Process
Event Handling Mechanism
The Delegation Model of Event Handling
Event Classes, Event Sources
Event Listeners, Adapter Classes as Helper Classes in Event Handling
Module 13: Database Programming using JDBC (Weeks 27-28)
Introduction to JDBC
JDBC Drivers & Architecture
CRUD Operation Using JDBC
Connecting to Non-Conventional Databases
Module 14: Java Server Technologies (Weeks 29-32)
Servlet: Web Application Basics
Architecture and Challenges of Web Application
Introduction to Servlet
Servlet Life Cycle
Developing and Deploying Servlets
Exploring Deployment Descriptor (web.xml)
Handling Request and Response
Final Project and Assessment (Weeks 33-36)
Capstone Project: Develop a Full-Fledged Application Incorporating Core and Advanced Java Concepts
Final Assessment and Presentation
Conclusion:
This course equips students with the knowledge and skills required to excel in Java programming, fostering career growth and providing the foundation for self-employment opportunities. The course contents can be adapted based on learner needs and local requirements, ensuring relevance and effectiveness.
Course Title: Core Java and Advanced Java (Self-Employment)
Course Duration : 6 Months
Course Objectives:
Develop a strong understanding of Core Java and Advanced Java concepts.
Gain practical skills for developing Java-based applications.
Prepare students for self-employment opportunities in software development.
Enhance problem-solving skills using Java programming.
Understand industry practices and standards for Java programming.
Course Overview:
The course spans 6 months, designed for part-time learners aiming to gain proficiency in Java programming. It covers fundamental concepts, advanced topics, and practical applications, ensuring students are well-prepared for self-employment or career advancement in software development.
Course Teaching Methodology:
Lectures: Conceptual understanding and theoretical foundations.
Hands-On Labs: Practical sessions to apply learned concepts.
Assignments: Regular assignments to reinforce learning.
Projects: Real-world projects to build practical skills.
Quizzes and Tests: Regular assessments to track progress.
Discussion Forums: Collaborative learning and doubt resolution.
Importance for Learner:
Career Growth: Equips learners with skills highly valued in the software industry.
Self-Employment: Provides the foundation to start freelance work or own software development business.
Comprehensive Learning: Covers both Core Java and Advanced Java, ensuring a holistic understanding of the language.
Module 5: Extending Classes and Inheritance (Weeks 11-12)
Use and Benefits of Inheritance in OOP
Types of Inheritance in Java
Inheriting Data Members and Methods
Role of Constructors in Inheritance
Overriding Super Class Methods
Use of “super”
Polymorphism in Inheritance
Type Compatibility and Conversion
Implementing Interfaces
Module 6: Packages (Weeks 13-14)
Organizing Classes and Interfaces in Packages
Package as Access Protection
Defining Package
CLASSPATH Setting for Packages
Making JAR Files for Library Packages
Import and Static Import
Naming Convention for Packages
Module 7: Exception Handling (Weeks 15-16)
The Idea Behind Exception
Exceptions & Errors
Types of Exception
Control Flow in Exceptions
JVM Reaction to Exceptions
Use of try, catch, finally, throw, throws in Exception Handling
In-built and User Defined Exceptions
Checked and Un-Checked Exceptions
Module 8: Array & String (Weeks 17-18)
Defining an Array, Initializing & Accessing Array
Multi-Dimensional Array
Operation on String, Mutable & Immutable String
Using Collection-Based Loop for String
Tokenizing a String
Creating Strings Using StringBuffer
Module 9: Thread (Weeks 19-20)
Understanding Threads
Needs of Multi-Threaded Programming
Thread Life-Cycle
Thread Priorities
Synchronizing Threads
Inter Communication of Threads
Critical Factor in Thread – DeadLock
Module 10: A Collection of Useful Classes (Weeks 21-22)
Utility Methods for Arrays
Observable and Observer Objects
Date & Times
Using Scanner Regular Expression
Input/Output Operation in Java (java.io Package)
Streams and the New I/O Capabilities
Understanding Streams
The Classes for Input and Output
The Standard Streams
Working with File Object
File I/O Basics
Reading and Writing to Files
Buffer and Buffer Management
Read/Write Operations with File Channel
Serializing Objects
Module 11: GUI Programming (Weeks 23-24)
Designing Graphical User Interfaces in Java
Components and Containers
Basics of Components, Using Containers
Layout Managers
AWT Components
Adding a Menu to Window
Extending GUI Features Using Swing Components
Java Utilities (java.util Package)
The Collection Framework: Collections of Objects
Collection Types, Sets, Sequence, Map
Understanding Hashing
Use of ArrayList & Vector
Module 12: Event Handling (Weeks 25-26)
Event-Driven Programming in Java
Event-Handling Process
Event Handling Mechanism
The Delegation Model of Event Handling
Event Classes, Event Sources
Event Listeners, Adapter Classes as Helper Classes in Event Handling
Module 13: Database Programming using JDBC (Weeks 27-28)
Introduction to JDBC
JDBC Drivers & Architecture
CRUD Operation Using JDBC
Connecting to Non-Conventional Databases
Module 14: Java Server Technologies (Weeks 29-32)
Servlet: Web Application Basics
Architecture and Challenges of Web Application
Introduction to Servlet
Servlet Life Cycle
Developing and Deploying Servlets
Exploring Deployment Descriptor (web.xml)
Handling Request and Response
Final Project and Assessment (Weeks 33-36)
Capstone Project: Develop a Full-Fledged Application Incorporating Core and Advanced Java Concepts
Final Assessment and Presentation
Conclusion:
This course equips students with the knowledge and skills required to excel in Java programming, fostering career growth and providing the foundation for self-employment opportunities. The course contents can be adapted based on learner needs and local requirements, ensuring relevance and effectiveness.
