Black Antz Technologies

Syllabus for Java full stack developer

DATA BASE

CORE JAVA

DATA STRUCTURES

NON LINEAR DATA STRUCTURES

ALGORITHMS

ADVANCED ALGORITHMS

J2EE

HIBERNATE

SPRING BOOT

WEB SERVICES

HTML

CSS | BOOTSTRAP

JAVA SCRIPT

REACT JS

What is Database? +

Lecture 1: What is Database Management System (DBMS)?

Lecture 2: What is Relational Model?

Lecture 3: Introduction to RDBMS

Lecture 4: Brief on E.F. Codd

Lecture 5: What are Datatypes?

Lecture 6: Types and Examples of Datatypes

Lecture 7: How to Use Datatypes

Lecture 8: What are Constraints?

Lecture 9: Types and Examples of Constraints

Lecture 10: How to Use Constraints

Lecture 11: Data Definition Language (DDL)

Lecture 12: Data Manipulation Language (DML)

Lecture 13: Transaction Control Language (TCL)

Lecture 14: Data Control Language (DCL)

DATA QUERY LANGUAGE +

Lecture 1: What is Database Management System (DBMS)?

Lecture 2: What is Relational Model?

Lecture 3: Introduction to RDBMS

Lecture 4: Brief on E.F. Codd

Lecture 5: What are Datatypes?

Lecture 6: Types and Examples of Datatypes

Lecture 7: How to Use Datatypes

Lecture 8: What are Constraints?

Lecture 9: Types and Examples of Constraints

Lecture 10: How to Use Constraints

Lecture 11: Data Definition Language (DDL)

Lecture 12: Data Manipulation Language (DML)

Lecture 13: Transaction Control Language (TCL)

Lecture 14: Data Control Language (DCL)

Lecture 15: Data Query Language (DQL)

Lecture 16: SELECT Statement

Lecture 17: FROM Clause

Lecture 18: WHERE Clause

Lecture 19: GROUP BY Clause

Lecture 20: HAVING Clause

Lecture 21: ORDER BY Clause

OPERATORS +

Lecture 1: Single Row Functions

Lecture 2: Multi Row Functions

Lecture 3: Introduction to Sub Query

Lecture 4: Working of Sub Query

Lecture 5: Query Writing and Execution

TYPE OF SUB QUERY +

Lecture 1: Single Row Sub Query

Lecture 2: Multi Row Sub Query

WHAT IS JOINS +

Lecture 1: Types of Joins

Lecture 2: Cartesian Join

Lecture 3: Inner Join

Lecture 4: Outer Join

Lecture 5: Self Join

Lecture 6: Queries and Examples on Joins

Lecture 7: Co-related Sub Query

DDL +

Lecture 1: CREATE Command

Lecture 2: RENAME Command

Lecture 3: ALTER Command

Lecture 4: TRUNCATE Command

Lecture 5: DROP Command

DML +

Lecture 1: INSERT Command

Lecture 2: UPDATE Command

Lecture 3: DELETE Command

TCL +

Lecture 1: COMMIT Command

Lecture 2: SAVEPOINT Command

Lecture 3: ROLLBACK Command

DCL +

Lecture 1: GRANT Command

Lecture 2: REVOKE Command

Lecture 3: Normalization

Lecture 4: E-R Diagrams (Entity-Relationship Diagrams)

INTRODUCTION +

Lecture 1: JDK Installation

Lecture 2: Keywords, Identifiers, Variables

Lecture 3: Operators in Java

Lecture 4: Methods/Functions in Java

Lecture 5: Flow Control Statements in Java

Lecture 6: Arrays in Java

Lecture 7: Strings in Java

Lecture 8: Interactive Programs in Java using Scanner

OBJECT ORIENTED PROGRAMMING +

Lecture 1: Classes and Objects

Lecture 2: Object Creation

Lecture 3: Reference Variable

Lecture 4: Global and Local Variables

Lecture 5: Constructors in Java

Lecture 6: Aggregation in Java

Lecture 7: Composition in Java

Lecture 8: Inheritance in Java

Lecture 9: Method Overloading in Java

Lecture 10: Method Overriding in Java

Lecture 11: Abstract Classes in Java

Lecture 12: Interfaces in Java

Lecture 13: Typecasting in Java

Lecture 14: JVM Architecture

Lecture 15: Polymorphism in Java

Lecture 16: Abstraction in Java

Lecture 17: Java Packages

Lecture 18: Access Specifiers in Java

JAVA BUILT-IN PACKAGES +

Lecture 1: Overview of Java API

Lecture 2: Object Class in Java

Lecture 3: String, StringBuffer, and StringBuilder in Java

Lecture 4: Exception Handling in Java

Lecture 5: Threads and Multithreading in Java

Lecture 6: Wrapper Classes in Java

FRAMEWORKS +

Lecture 1: Java Collections Framework

Lecture 2: File Handling in Java

Lecture 3: Serialization in Java

Lecture 4: Garbage Collector in Java

Lecture 5: Encapsulation in Java

Lecture 6: Threads in Java

DATA STRUCTURES AND ALGORITHMS +

Lecture 1: Time and Space Complexity

Lecture 2: Array Problem Solving Techniques

Lecture 3: Bit Manipulation

Lecture 4: Math's for Problem Solving

Lecture 5: Recursion

Lecture 6: Backtracking

Lecture 7: Sorting Algorithms

Lecture 8: Searching (Binary Search)

Lecture 9: Two Pointers Technique

Lecture 10: Hashing

Lecture 11: Strings and Pattern Matching

DATA STRUCTURES +

Lecture 1: Linked Lists

Lecture 2: Stacks

Lecture 3: Queues and Deques

Lecture 4: Trees and Binary Search Trees (BST)

Lecture 5: Tries (Prefix Trees)

Lecture 6: Heaps (Min & Max)

ADVANCED PROBLEM SOLVING TECHNIQUES +

Lecture 1: Greedy Algorithms

Lecture 2: Dynamic Programming (DP)

Lecture 3: Graphs in Data Structures

LINKED LISTS +

Lecture 1: Singly Linked List

Lecture 2: Insertion at the Front

Lecture 3: Insertion at the End

Lecture 4: Insertion at K-th Position

Lecture 5: Deletion in a Linked List

Lecture 6: Circular Linked List

Lecture 7: Doubly Linked List

STACKS AND QUEUES +

Lecture 1: Stack Introduction

Lecture 2: Stack Operations - Push, Pop, Peek, isEmpty, isFull

Lecture 3: Implementing a Stack

Lecture 4: Stack Using Inbuilt Libraries

Lecture 5: Valid Parenthesis Problem

Lecture 6: Reverse Polish Notation

Lecture 7: Next Greater Element

Lecture 8: Largest Rectangle in Histogram

Lecture 9: Queue Introduction – Enqueue / Dequeue

Lecture 10: Queue Implementation

Lecture 11: To-Do List Using Queue

2D ARRAY / MATRICES +

Lecture 1: Representing a Matrix

Lecture 2: Matrix Traversal

Lecture 3: Matrix Multiplication

Lecture 4: Matrix Rotations

Lecture 5: Finding Path with Minimum Sum

Lecture 6: Search in Matrix

Lecture 7: Median in a Row-wise Sorted Matrix

TREES AND BINARY TREES +

Lecture 1: Introduction to Trees

Lecture 2: Nodes, Edges, Root, and Leaves

Lecture 3: Tree Properties

Lecture 4: Degree of a Node

Lecture 5: Depth and Height of a Tree

Lecture 6: Adjacency Matrix Representation

Lecture 7: Adjacency List Representation

Lecture 8: Depth First Search (DFS)

Lecture 9: Breadth First Search (BFS)

Lecture 10: Binary Trees

Lecture 11: Types of Binary Trees

Lecture 12: PreOrder, InOrder, and PostOrder Traversals

Lecture 13: Height of a Binary Tree

Lecture 14: Binary Search Tree (BST)

Lecture 15: Searching in a Binary Search Tree

GRAPHS +

Lecture 1: Introduction to Graphs

Lecture 2: Undirected and Directed Graphs

Lecture 3: Graph Representation - Adjacency Matrix

Lecture 4: Graph Representation - Adjacency List

Lecture 5: Graph Traversal Techniques

Lecture 6: Depth First Search (DFS)

Lecture 7: Breadth First Search (BFS)

Lecture 8: Connected Components in a Graph

Lecture 9: Detecting Cycles in Graphs

Lecture 10: Directed Acyclic Graphs (DAG)

Lecture 11: Topological Sorting

HEAPS +

Lecture 1: Introduction to Heaps

Lecture 2: Max Heap and Min Heap

Lecture 3: Representation of Heap using Arrays

Lecture 4: Insertion in Heap

Lecture 5: Deletion of Root Node in Heap

Lecture 6: Time Complexity of Heap Operations

Lecture 7: Heap Sort

Lecture 8: Find K-th Largest Number using Heap

TIME COMPLEXITY +

Lecture 1: Fundamentals of Time Complexity

Lecture 2: Applying Time Complexity to DSA Problems

Lecture 3: Logarithmic and Square Root Time Complexities

Lecture 4: Practice problems

SEARCHING AND SORTING ALGORITHMS +

Lecture 1: Introduction to Linear Search

Lecture 2: Practice Linear Search

Lecture 3: Introduction to Sorting Algorithms

Lecture 4: Bubble Sort

Lecture 5: Selection Sort

Lecture 6: Insertion Sort

Lecture 7: Merge Sort

Lecture 8: Quick Sort

Lecture 9: Counting Sort

Lecture 10: Radix Sort

TWO POINTERS AND SLIDING WINDOW TECHNIQUE +

Lecture 1: Two Pointers Technique

Lecture 2: Sliding Window Technique

Lecture 3: Remove Duplicates from a Sorted Array

Lecture 4: Check if Absolute Difference of Two Elements Equals B

Lecture 5: Find Common Elements in Two Arrays

Lecture 6: Minimum Similar Substring

Lecture 7: Palindrome by Splitting

Lecture 8: More Practice Problems

PREFIX SUM PROBLEMS +

Lecture 1: Creating Prefix Array

Lecture 2: Optimizations Using Prefix Sum

Lecture 3: Suffix Arrays

Lecture 4: Good Subarrays Problem

Lecture 5: Counting Pretty Numbers Problem

Lecture 6: Mystical Numbers Problem

Lecture 7: Rectangular Queries Problem

Lecture 8: More Practice Problems

BINARY SEARCH +

Lecture 1: What is Binary Search?

Lecture 2: Visualization of Binary Search

Lecture 3: Time Complexity Analysis of Binary Search

Lecture 4: Binary Search Using Inbuilt Libraries

Lecture 5: Solve - Average Flex

Lecture 6: Solve - The Wave

Lecture 7: Implicit Binary Search

Lecture 8: Binary Search Templates

Lecture 9: Solve - Coins and Triangle

BIT MANIPULATION +

Lecture 1: Binary Number System

Lecture 2: Converting Decimal to Binary

Lecture 3: Bitwise Operators Overview

Lecture 4: AND Operator (&)

Lecture 5: OR Operator (|)

Lecture 6: XOR Operator (^)

Lecture 7: Solve - Dull Operation

Lecture 8: NOT Operator (~)

Lecture 9: Signed and Unsigned Data Types

Lecture 10: Left and Right Shift Operators (<<,>>)

Lecture 11: Bit Manipulation Practice Problems

DYNAMIC PROGRAMMING +

Lecture 1: Introduction to Dynamic Programming

Lecture 2: Maximum Subset Sum

Lecture 3: Maximum Sum of a Valid Subset

Lecture 4: Comparing with Greedy and Brute Force

Lecture 5: Finding Subproblems

Lecture 6: Solving Subproblems

Lecture 7: Partitioning Problem

Lecture 8: Maximum Sum Subarray (Kadane's Algorithm)

Lecture 9: Longest Increasing Subsequence

Lecture 10: Sums in a Triangle

Lecture 11: Maximum Sum Path in a 2D Grid

NUMBER THEORY +

Lecture 1: Prime Factorization

Lecture 2: Prime Factorization in √n

Lecture 3: Counting Divisors - I

Lecture 4: GCD and LCM

Lecture 5: Euclid's Algorithm for GCD

Lecture 6: Modular Arithmetic

Lecture 7: Fast Exponentiation

Lecture 8: Modular Multiplicative Inverse

Lecture 9: Fermat Binomials

Lecture 10: Sieve of Eratosthenes

Lecture 11: Primality Test

Lecture 12: Prime Factorization Method using Sieve O (log n)

RECURSION +

Lecture 1: Introduction to Recursion

Lecture 2: Base Condition

Lecture 3: Solve Sum of N Numbers using Recursion

Lecture 4: Factorial using Recursion

Lecture 5: Fibonacci Series using Recursion

Lecture 6: Linear Search and Patterns using Recursion

Lecture 7: Palindrome using Recursion

Lecture 8: All Possible Subsets using Recursion

Lecture 9: Backtracking – Unique Combinations Sum

Lecture 10: Backtracking - Find Unique Permutations

INTRODUCTION TO JAVA EE +

Lecture 1: What is a Computer?

Lecture 2: What is an Application?

Lecture 3: Types of Applications

Lecture 4: What is a Standalone Application?

Lecture 5: What is a Web Application?

Lecture 6: What is a Network?

Lecture 7: What is the Internet?

Lecture 8: What is an Intranet?

Lecture 9: What is a Server?

Lecture 10: What is a Database?

Lecture 11: What is an API?

Lecture 12: What is J2EE?

Lecture 13: Types of APIs

Lecture 14: JAVA EE 3-Tier Architecture

Lecture 15: JAVA EE 2-Tier Architecture

JDBC +

Lecture 1: Steps to Work with JDBC

Lecture 2: JDBC Pre-requirements

Lecture 3: Installing MySQL, DB Server

Lecture 4: First JDBC Program

Lecture 5: What is a JAR File?

Lecture 6: About Driver Class

Lecture 7: How to Load the Driver Class into the Program

Lecture 8: Types of JDBC Drivers

Lecture 9: What is a URL?

Lecture 10: Structure of DB URL

Lecture 11: DriverManager Class

Lecture 12: About the GetConnection Method

Lecture 13: Connection Object Introduction

Lecture 14: Dynamic and Static SQL Queries

Lecture 15: Statement and PreparedStatement Objects

Lecture 16: ExecuteQuery() and ExecuteUpdate() Methods

Lecture 17: How to Handle the ResultSet Object

Lecture 18: How to Process the ResultSet object

Lecture 19: Why to close an object?

Lecture 20: How to close an object

SERVLETS +

Lecture 1: What is a Web Browser?

Lecture 2: What are Web Resources?

Lecture 3: Types of Web Resources

Lecture 4: What is a Web Server?

Lecture 5: Installing Apache Tomcat Web Server

Lecture 6: Servlet Introduction

Lecture 7: Creating the First Servlet in Web App

Lecture 8: Steps to Create WAR File

Lecture 9: Build & Deployment Process

Lecture 10: Web URL Structure

Lecture 11: Query String

Lecture 12: HTTP & HTTPS Protocols

Lecture 13: Key Elements of HTTP Request and HTTP Response

Lecture 14: HTTP Methods

Lecture 15: Difference Between GET and POST

Lecture 16: About Servlet Containers & its Advantages

Lecture 17: Request and Response Objects

Lecture 18: GetParameter() and GetParameters() Methods

Lecture 19: About XML

Lecture 20: About Deployment Descriptor (web.xml)

Lecture 21: Generic Servlet

Lecture 22: HTTP Servlet

Lecture 23: Difference Between Generic Servlet and HTTP Servlet

Lecture 24: Servlet Life Cycle

Lecture 25: Single Thread Model Servlets

Lecture 26: Servlet Context and Servlet Config

Lecture 27: Redirect, Forward, and Include

Lecture 28: What is an Attribute?

Lecture 29: Need of Attributes

Lecture 30: Types of Attributes

Lecture 31: Introduction to Cookies in Servlets

Lecture 32: Steps to Create a Cookie in Servlet

Lecture 33: Types of Cookies

Lecture 34: Life Cycle of Cookies

Lecture 35: Application of Cookies

Lecture 36: Steps to Create a Session in Web App

Lecture 37: Types of Sessions

Lecture 38: Life Cycle of Sessions

Lecture 39: Application of Sessions

JSP +

Lecture 1: Introduction to JSP

Lecture 2: How to Create a JSP

Lecture 3: Difference Between Servlet and JSP

Lecture 4: Scriptlet Tag

Lecture 5: Expression Tag

Lecture 6: Declaration Tag

Lecture 7: Request Object in JSP

Lecture 8: Response Object in JSP

Lecture 9: Config Object in JSP

Lecture 10: Application Object in JSP

Lecture 11: Session Object in JSP

Lecture 12: About isErrorPage and errorPage in JSP

Lecture 13: JSTL Core Tags

Lecture 14: JSTL Function Tags

INTRODUCTION +

Lecture 1: Introduction to Enterprise Applications

Lecture 2: Enterprise Application Layers

Lecture 3: Data Persistency through Serialization and Deserialization

Lecture 4: Data Persistency in JDBC

ORM [OBJECT RELATIONAL MAPPING] +

Lecture 1: ORM Introduction

Lecture 2: Granularity Mismatch

Lecture 3: SUB Types Mismatch

Lecture 4: Associations Mismatch, EJBs

Lecture 5: Entity Beans Vs Hibernate-1

Lecture 6: Session-8 EJBs Entity Beans Vs Hibernate-2

Lecture 7: Hibernate Arch-2

STEPS TO PREPARE HIBERNATE APPLICATIONS +

Lecture 1: Create Persistence Class

Lecture 2: Create Hibernate Mapping File, Create Hibernate Configuration File-1

Lecture 3: Create Hibernate Configuration File-2, Create Client Application-1

Lecture 4: Create Client Application-2

HIBERNATE APPLICATIONS +

Lecture 1: Hibernate Application with save() and persist() methods1

Lecture 2: Hibernate Application with save() and persist() methods2

Lecture 3: Hibernate Application with get() and load() methods, AWT-Hibernate Application1

Lecture 4: AWT-Hibernate Application2

Lecture 5: Servlet-Hibernate Application

Lecture 6: JSP-Hibernate Application

PRIMARY KEY GENERATION ALGORITHMS IN HIBERNATE +

Lecture 1: Introduction, Assign Algorithm

Lecture 2: Increment, Sequence, Identity

Lecture 3: Seq_Hilo, Native, UUID

Lecture 4: GUID, Foreign, Annotations in Primary Key Generation Alg

Lecture 5: Annotations in Primary Key Generation Alg

HIBERNATE MAPPINGS +

Lecture 1: Component Mapping XML Approach

Lecture 2: Component Mapping Annotation Approach

Lecture 3: Introduction, Table Per Class Hierarchy XML Approach and Annotation Approach

Lecture 4: Table Per Sub Class XML Approach and Annotation Approach

Lecture 5: Table Per Concrete Class XML Approach and Annotation Approach

Lecture 6: Introduction, One-to-One Association XML and Annotation Approaches

Lecture 7: One-to-Many Association XML Approach and Annotation Approach

Lecture 8: Many-to-One Association XML Approach and Annotation Approach

Lecture 9: Many-to-Many Association XML Approach and Annotation Approach

HIBERNATE FILTERS +

Lecture 1: Hibernate Filters Introduction and Application

BULK OPERATIONS +

Lecture 1: Introduction

Lecture 2: HQL Application with 'From' Clause and with list(), iterate(), scroll(), and uniqueResult() Methods

Lecture 3: HQL Application with executeUpdate() Method to Perform Insert

Lecture 4: HQL Building Blocks - from, select, group by, order by, having Clauses, Aggregate Functions

Lecture 5: HQL Generic Expressions, Positional Parameters, Named Parameters, Subqueries

Lecture 6: Pagination - Part 1

Lecture 7: Pagination - Part 2

HIBERNATE TRANSACTION MANAGEMENT +

Lecture 1: Introduction, Atomicity Property in Hibernate Transactions

Lecture 2: Isolation Property in Hibernate Transactions

INTRODUCTION +

Lecture 1: Why Spring

Lecture 2: Spring Modules

Lecture 3: Spring Application

Lecture 4: Spring in Eclipse

SPRING IOC +

Lecture 1: IOC Container

Lecture 2: Dependency Injection

Lecture 3: Constructor Injection

Lecture 4: Constructor Injection with Dependent Object

Lecture 5: Constructor Injection with Collection

Lecture 6: Constructor Injection with Collection 2

Lecture 7: Constructor Injection with Map

Lecture 8: Constructor Injection in Inheritance Bean

Lecture 9: Setter Injection

Lecture 10: Setter Injection with Dependent Object

Lecture 11: Setter Injection with Collection

Lecture 12: Setter Injection with Collection 2

Lecture 13: Setter Injection with Map

Lecture 14: Injection with Map 2

Lecture 15: Constructor Injection vs Setter Injection

Lecture 16: Auto Wiring

Lecture 17: Factory Method

SPRING MVC +

Lecture 1: MVC Introduction

Lecture 2: Multiple View Pages

Lecture 3: Multiple Controllers

Lecture 4: Model Interface

Lecture 5: RequestParam Annotation

Lecture 6: Form Tag Library

Lecture 7: Form Text Field

Lecture 8: Form Radio Field

Lecture 9: Form Checkbox

Lecture 10: Form Drop-down List

Lecture 11: JDBC Template Example

Lecture 12: PreparedStatement

Lecture 13: ResultSetExtractor

Lecture 14: MVC CRUD Example

Lecture 15: SPEL Examples

Lecture 16: Variable in SPEL

Lecture 17: Spring MVC Validation

INTRODUCTION +

Lecture 1: What is Webservices

Lecture 2: Why Webservices

Lecture 3: Real Time Examples of Webservices

Lecture 4: Different Webservices

Lecture 5: SOAP

Lecture 6: REST

Lecture 7: About HTTPS

Lecture 8: Understanding SOAP & REST Webservices

Lecture 9: Requirement of Webservices

Lecture 10: Advantage of Webservices

Lecture 11: Understanding XML & JSON

Lecture 12: JSON to Java Object and Vice-versa using GSON Framework

Lecture 13: XML to Java Object and Vice-versa using JAXB Framework

Lecture 14: Understanding XPath

Lecture 15: SOAP Webservice using Spring & Apache CXF

Lecture 16: REST Webservice using Spring-REST & Apache Jersey

INTRODUCTION +

Lecture 1: What is Web?

Lecture 2: What is Network?

Lecture 3: What is Internet?

Lecture 4: What is Web Development?

Lecture 5: What is Browser?

Lecture 6: What is Web Server?

Lecture 7: What is HTTP?

Lecture 8: What is the Use of HTTP?

Lecture 9: What is HTML?

Lecture 10: What is Website?

Lecture 11: What is Web Page?

Lecture 12: Structure of Web

Lecture 13: Definition of All the Points

Lecture 14: Install of Editors

Lecture 15: How to Write Program Using Editors

TABLE +

Lecture 1: Structure of HTML

Lecture 2: What is Tags?

Lecture 3: Types of Tags

Lecture 4: Attributes

Lecture 5: All Tags Attributes

Lecture 6: How to Apply All the Attributes in Web Pages

LIST +

Lecture 1: How to Create a List

Lecture 2: Attributes of List

Lecture 3: Example of a List

AUDIO/VIDEO +

Lecture 1: Attributes of Audio/Video Tag

Lecture 2: How to Create an Audio Page

Lecture 3: How to Create a Video Page

I-FRAME +

Lecture 1: What is a Nested Web-Page?

Lecture 2: How to Create Nested Web-Pages

Lecture 3: Attributes of Nested Web Pages

SVG +

Lecture 1: How to Define Graphics in HTML

Lecture 2: Attributes of SVG

FROM +

Lecture 1: What is Form

Lecture 2: How to Create Forms Using HTML

Lecture 3: How to Create Log-in Page

Lecture 4: How to Create Registration Page Using Form

Lecture 5: Attributes of Form

INTRODUCTION +

Lecture 1: What is CSS?

Lecture 2: What is the Use of CSS?

Lecture 3: Types of CSS

Lecture 4: How to Call CSS Inside HTML Pages

BOX-MODEL +

Lecture 1: What is Box-Model in CSS?

Lecture 2: How to Work with Box-Model

SELECTORS +

Lecture 1: What is a Selector in CSS?

Lecture 2: Types of Selectors in CSS

Lecture 3: How to Apply Selectors in CSS

COMBINATORS +

Lecture 1: What is combinators?

Lecture 2: Types of combinators

Lecture 3: How it is related to selectors

PSEUDO-CLASS & PSEUDO-ELEMENTS +

Lecture 1: What is a Pseudo-Class?

Lecture 2: What is a Pseudo-Element?

Lecture 3: Types of Pseudo-Classes

Lecture 4: Types of Pseudo-Elements

Lecture 5: How to Apply Pseudo-Classes and Pseudo-Elements

PSEUDO-CLASS & PSEUDO-ELEMENTS +

Lecture 1: Applications of Transition, Transform & Animation

Lecture 2: Use of Transition, Transform & Animation

Lecture 3: Basic Project Based on Transition, Transform & Animation

BOOTSTRAP +

Lecture 1: What is Bootstrap?

Lecture 2: How to Apply Bootstrap in Web Pages

Lecture 3: Benefits of Using Bootstrap

Lecture 4: Grid System in Bootstrap

Lecture 5: Classes in Bootstrap

Lecture 6: How to Create Table Using Bootstrap Class

Lecture 7: How to Create Forms Using Bootstrap Class

Lecture 8: What is Carousel in Bootstrap?

Lecture 9: How to Apply All of This to Create One Project

INTRODUCTION +

Lecture 1: What is JavaScript?

Lecture 2: What is the Difference Between Java & JavaScript?

Lecture 3: Applications of JavaScript

Lecture 4: Advantages & Disadvantages of JavaScript

Lecture 5: Types of JavaScript

Lecture 6: Data Types in JavaScript

Lecture 7: Looping Statements in JavaScript

Lecture 8: Conditional Statements in JavaScript

FUNCTION & ARRAYS +

Lecture 1: What is a Function?

Lecture 2: What is an Array?

Lecture 3: Types of Functions

Lecture 4: Methods of Arrays

STRING & OBJECT +

Lecture 1: What is a String?

Lecture 2: Methods of String

Lecture 3: What is an Object?

Lecture 4: How to Create an Object in JavaScript

DATE & MATH +

Lecture 1: What is Date Method

Lecture 2: What is Math Method

Lecture 3: Methods of Date

Lecture 4: Methods of Math

ADVANCED ARRAY METHODS IN JS +

Lecture 1: JavaScript Closure

Lecture 2: DOM Elements in JavaScript

Lecture 3: JSON in JavaScript

Lecture 4: AJAX in JavaScript

Lecture 5: Canvas using JavaScript

REGULAR EXPRESSION IN JS +

Lecture 1: What is Regular Expression

Lecture 2: How to Create Dynamic Form in JavaScript

INTRODUCTION +

Lecture 1: Overview of React and its Benefits

Lecture 2: Setting Up a Development Environment

Lecture 3: Understanding JSX Syntax

Lecture 4: Creating and Rendering React Components

Lecture 5: Introduction to React Hooks (useState, useEffect)

COMPONENT-BASED ARCHITECTURE +

Lecture 1: Understanding the Concept of Components

Lecture 2: Props and State Management in React

Lecture 3: Functional Components vs. Class Components

Lecture 4: Creating Reusable Components

Lecture 5: Component Lifecycle Methods

HANDLING EVENTS AND FORMS +

Lecture 1: Event Handling in React

Lecture 2: Forms and Controlled Components

Lecture 3: Handling User Input with Forms

Lecture 4: Form Validation Techniques

REACT ROUTER +

Lecture 1: Introduction to React Router

Lecture 2: Setting up Routes in a React Application

Lecture 3: Creating Nested Routes

Lecture 4: Implementing Route Parameters and Query Strings

Lecture 5: Using NavLink and Redirect Components

REACT ROUTER +

Lecture 1: Introduction to React Router

Lecture 2: Setting up Routes in a React Application

Lecture 3: Creating Nested Routes

Lecture 4: Implementing Route Parameters and Query Strings

Lecture 5: Using NavLink and Redirect Components

STATE MANAGEMENT WITH REDUX +

Lecture 1: Introduction to Redux and its Principles

Lecture 2: Setting up Redux in a React Application

Lecture 3: Actions, Reducers, and the Store

Lecture 4: Connecting React Components to Redux

Lecture 5: Asynchronous Actions with Redux Thunk

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24th April 2025

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Syllabus for Java full stack developer

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JAVA FULL STACK

Self-paced Learning

Soft Skills

Career Foundation

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