JAVA FULLSTACK

Course Duration:  180 WORKING CLASSES

 

👨‍🎓 Who This Course is for –JAVA FULLSTACK:

 

• Beginners with no prior experience in programming or web development who want to learn full stack development using Java.
• Java developers who want to expand their skills to encompass both front-end and back-end development.
• Web developers proficient in other languages or frameworks who want to transition to Java-based full stack development.
• Computer science students or professionals seeking to enhance their knowledge and skills in web application development with Java technologies.

Module 1. Java Introduction

Before starting with a Java full stack course, you need to understand the origin of this language, its history and essential features. The course begins with clearing all these topics, discussing career prospects and salary ranges, such that your interest in the course increases.

• History
• Features

 

Module 2. Java Basics & Introduction to Eclipse

Eclipse is a popular IDE (Integrated Development Environment) for Java and other programming languages (like C, C++, PHP, Ruby, etc.). You can learn more about Eclipse and use some of its shortcuts in this section and understand Java basics.

This includes understanding compiling and executing Java programs, variables and arrays, data types, and creating packaged classes in Java.

• Post Install Configuration
• compiling and executing
• Variables and Arrays
• Create packaged classes
• Writing a simple program
• Data types
• Using Eclipse
• Eclipse shortcuts

 

Module 3. Operators & Expressions

Operators & expressions in Java are used in codes to instruct the system to perform specific operations. For example, “+” is an arithmetic operator that is used to perform addition. Similarly, there are multiple operators used in Java code to perform different operations, and you will learn them in this section.

• Arithmetic Operators
• Boolean Operators
• Logical Operators
• Binary Operators

 

Module 4. Control Statements

In Java, you might need to execute a block of code multiple times until a certain condition is met. Control statements are used in programming languages to control the flow of code execution depending on specific conditions. You can learn while, for, do..while statements, along with the use of break & continue statements.

• Branching Statements
• Iterative Statements
• Break & Continue with enhancements
• While
• For
• Do..While
• Break and Continue Statement

 

Module 5. Java Object-Oriented Programming

Object Oriented Programming in Java refers to the use of objects as a primary source to implement what happens to the code. This section of Java covers the fundamentals of class & object, constructors and overloading constructors, status methods, use of final keywords, and some relevant OOPS topics.

• Basics of OOPS
• Fundamentals of class & object
• new keyword
• Reference variables
• Member methods of a class
• Constructors
• Finalize method
• Overloading member methods
• Overloading constructors
• Passing and returning objects with methods
• Access Control
• Static Methods
• Static Variables
• Static Block
• Using final keyword
• Unit Testing using Junit-5

 

Module 6. Inheritance

Inheritance allows one class to inherit the fields and methods from another class. You can also add new methods and fields to your existing class. This part of the Java section covers the basis of inheritance, method overriding, abstract class, preventing inheritance, and a few more relevant topics.

• Basics of Inheritance
• Members accessibility in inheritance
• Using super keyword
• The sequence of execution of constructors in inheritance
• Method Overriding
• Dynamic Method Dispatch
• Abstract classes
• Preventing overriding
• Preventing inheritance

 

Module 7. Exception Handling

Java’s Exception handling is one of the effective means to handle runtime errors to preserve the constant flow of the codes. There are multiple errors in Java, like ClassNotFoundException, SQLException, IOException, RemoteException, etc. You will learn how to handle similar Java errors in this section of the course.

• Fundamentals of Exceptions
• Types of exceptions
• Using try and catch keywords
• Multiple catches
• Nesting of try blocks
• Using throw keyword
• Using throws keyword
• Finally block
• Some predefined exceptions and their usage
• User defined exceptions

 

Module 8. Interfaces

Interfaces in Java have methods and functions that specify what a class needs to do. This section will give you a clear understanding of the purpose of using interfaces, how to implement them, and the use of extending interfaces.

• Purpose of Interface
• Defining an interface
• Implementing interfaces
• Interface reference variables
• Interface with variables
• Extending interfaces

 

Module 9. Multi Threaded programming

Multi-threading refers to the concurrent execution of two or more parts of the program, saving CPU utilisation, and each part is known as thread. This section covers the basics of threads, defining threads using the Thread superclass and Runnable interface, multiple threads, and thread synchronisation.

• Basics of threads
• Java threaded model
• Defining threads using Runnable interface
• Defining threads using Thread superclass
• Multiple threads
• Thread Priority values
• Thread Synchronization using synchronized methods
• Thread Synchronization using synchronized blocks

 

Module 10. Predefined Libraries

This section of the course covers the Predefined libraries in Java, use of string class, java.lang package, java.util and java.io packages, working with data & time, and knowledge of Java frameworks.

• Using String class
• Using java.lang package
• Working with Data & Time
• Utility framework
• Collection framework
• I/O framework

 

Module 11. RDBMS (MySQL)

Relational database management system is a program that allows Java coders to create, delete and update a relational database that stores and retrieves data in a tabular format. Learners will get a brief understanding of tables, records, and fields of relational databases and write different SQL queries. Additionally, this section describes database and DBMS, data types, database normalisation, different table operations, and DDL commands.

• Introduction to Database & DBMS
• Data types
• Table, Record, Field
• SQL Queries,
• Database Normalization
• Joins, Sub Queries
• INSERT | UPDATE | DELETE Operations
• DDL Commands
• PL/Sql

 

Module 12. Database Programming

Here you will learn about JDBC which stands for Java Database Connectivity a Java API used for connecting and executing queries with the database. Here, you will learn different types of JDBC drivers, and driver managers, how to establish a connection with the database, how to create and execute SQL statements, and how to work with CallableStatement.

• Overview of JDBC API
• Different types of JDBC Drivers
• JDBC URLS
• Driver Manager
• Establishing a connection with the database
• Creating and executing SQL Statements
• Working with Callable Statement

 

Module 13. Server-side Programming with Servlets

Java Servlets are used in server-side programming that handle your client requests and return a dynamic or customised response for every request. Learners will learn about Servlets, implementing them in a Servlet container, its lifecycle, servlet interface and relative topics that are useful for Java full-stack development.

• Deploying a simple servlet in a Servlet Container (Tomcat)
• Life cycle of a Servlet
• Servlet interface
• Servlet Request Interface
• Servlet Response Interface
• Additional capabilities of HTTPServlet
• Session tracking
• Servlet Programming with JDBC CRUD Operations

 

Module 14. Java Server Pages (JSPs)

JSP (Java Server Pages) is a server-side technology that Java coders use to create web applications and create dynamic web content. From this section of the course, you will learn the basics of JSP, its difference from Servlets, how to run them, implement JSP syntax for different JSP elements, and how to develop JSP beans.

• JSP Basics
• Differences between Servlets and JSPs
• Running a simple JSP
• The JSP generated Servlet code
• JSP Implicit Objects
• JSP Syntax for Different JSP Elements
• Developing JSP Beans

 

Module 15. JPA-Hibernate (ORM Frame Work)

JPA-Hibernate is one of the most mature and widely used ORM (Object-relational mapping) tools and is compatible with multiple popular Java platforms. Learners will get a clear understanding of ORM and JPA in this part of the course, along with performing CRUD operations with XML and Annotations, different ID generation strategies, and hibernating with inheritance.

• Introduction to ORM, JPA
• Session Factory, Session, Transaction
• Performing CRUD Operations with XML
• Performing CRUD Operations with Annotations
• Different ID Generation Strategies
• Hibernate with Inheritance

 

Module 16. Spring

Spring is a popular open-source Java-based framework, used in developing enterprise-level applications and it supports frameworks like Hibernate and more. Learners will learn about Spring and its implementation in Java, Spring AOP module, MVC module, and other relevant topics.

• BeanFactory and application Context
• Container Concepts
• Spring Data JPA Template
• AOP
• MVC

 

Module 17. Spring Boot

Spring Boot is also an open-source Java tool that makes using Java-based frameworks easier for creating microservices and web apps. You will gain a comprehensive knowledge of STS (Spring Tool Suite) in Java, DI (Dependency Injection) with STS, and multiple other relevant topics.

• Introduction to STS
• Di with STS
• MVC, AOP
• Security, Role-based Authentication, OAuth2, Token based authentication

 

Module 18. Spring Web Services

Spring-WS is a popular product of the Spring Community and you will learn about it in detail from this part of the course. Additionally, you will know the basics of REST APIs, and Spring REST that makes web services more effective.

• Introduction to Web Service
• Basics of REST APIS
• Spring REST

 

Module 19. Microservices with Spring Boot, Spring Cloud

If you have a good understanding of Spring, you can develop microservices with Spring Boot and Spring Cloud. This section of the course will introduce you to microservice architecture and its advantages over monolithic architecture, knowledge of Service discovery, client-side and server-side discovery patterns, and load balancing configuration.

• Introduction to MicroService architecture
• Advantages with MicroService over Monolithinc architecture
• Develop and Deploy MicroService application in localhost
• Introduction to Service Discovery
• Client side Discovery pattern
• Server side Discovery pattern
• Load Balancing configuration

 

Module 20. DevOps Tools

DevOps is a collaborative word for development and operations that indicates the two teams working behind the development of software at the enterprise level. This section of the course will introduce you to DevOps and its advantages, source code management with Git, creating a Java program with Maven, and Jenkins Docker Unit Testing with JUnit.

• Introduction to DevOps and advantages
• Git
• Maven
• Jenkins Docker Unit Testing with Junit

 

Module 21. Design Patterns

Design patterns in Java are well-proved solutions that help you solve specific problems. One can use data patterns during the analysis and requirement phase of the software development life cycle. These design patterns can be categorised into core Java design patterns and JEE design patterns. In this section of the course, you will learn about creational and behavioural design patterns in core Java design patterns.

• Creational Design Patterns
• Behavioral Design Patterns

 

Module 22. Front-End Development

The front end development is usually done using multiple technologies like HTTP, CSS, Bootstrap, and JavaScript. All these are used to design and construct the user experience elements on webpages or applications. Our full-stack Java course offers theoretical knowledge on all the essential front-end technologies and conducts hands-on training to sharpen your practical skill set.

• HTML (formatting page content and creating lists, links, and forms)
• CSS3 (Syntax, terminology, typography, layouts)
• Bootstrap-CSS (Typography and utilities, CSS components, Grid system and Flex-box)
• JavaScript (Syntax and commands, control flow, arrays, functions, objects, modules)

 ReactJs

React is an efficient and flexible Java script library used for developing the user interface of full stack applications. This section of the course will teach learners what React.js is, how to create their own React application and give them an understanding of the different elements and approaches of React.

• Introduction to React.js
• Creating your first React Application (Find more beginner-friendly React JS projects)
• Understanding Components and Props
• State and Lifecycle
• React Hooks
• Handling events
• Working with forms
• Conditional rendering
• Lists and keys
• Understanding keys
• Styling in React.js
• React Router
• State Management with Redex
• Asynchronous Programming and API integration
• Handling errors in React applications

 

 

           WHAT YOU WILL GET:

 

• Daily classes for 1 to 1½ hours
• Doubt clarification session every day
• Hands-on labs & real-world projects
• Mock exams & interview preparation
• Certificate of Completion
• Lifetime access to course materials

 

 

LEARNING OUTCOMES 🧠

Upon completion of a Java full-stack course, you’ll be able to:

• Build Complete Applications: Design, develop, test, and deploy end-to-end web applications using a full set of Java technologies.
• Master Java Fundamentals: Possess a strong grasp of Core Java concepts, including Object-Oriented Programming (OOP), data structures, and multithreading.
• Develop Robust Back-Ends: Create scalable and secure server-side logic using key Java back-end frameworks like Spring and Spring Boot, and manage data persistence with technologies like Hibernate or Spring Data JPA.
• Implement User Interfaces (Front-End): Develop dynamic and responsive client-side interfaces using core front-end technologies like HTML, CSS, and JavaScript, often along with modern frameworks such as Angular or React.
• Manage Databases: Interact with databases (both relational like MySQL/PostgreSQL and sometimes NoSQL like MongoDB) using JDBC and ORM tools, ensuring efficient data storage and retrieval.
• Work with APIs: Design and implement RESTful APIs to enable seamless communication between the front-end and back-end layers.
• Practice Industry Standards: Apply best practices in software development, including version control (using Git/GitHub), testing (using JUnit/Mockito), and understanding software architecture and design patterns.
• Apply DevOps Principles: Gain exposure to essential DevOps tools and concepts for application deployment and monitoring (e.g., Docker, basic CI/CD).

 

Career Roles 💼

• Java Full Stack Developer
• Full Stack Engineer
• Full Stack Software Engineer
• Back-End Developer
• Java Developer
• Java Software Engineer
• Front-End Developer
• Front-End Engineer
• Web Developer
• Web Application Developer
• Application Developer
• Junior Developer / Associate Developer (Entry-Level)
• Senior Full Stack Developer / Senior Java Developer
• Technical Lead / Java Development Lead
• Full Stack Architect / Java Architect
• DevOps Engineer (with Java specialization)
• Software Development Engineer in Test (SDET)