Full-Stack Software Development Bootcamp Program

In this section, learners will be introduced to the fundamental components of Java. Among the topics covered are operators, which let you perform operations on data; data types and variables, which are crucial for storing and manipulating data; and methods, which are used to carry out actions. Later on, it will discuss how to write basic Java programs and the structure of Java programs.

A programming paradigm known as Object-Oriented Programming, or OOP, is used to design and program applications using objects and their interactions. In OOPs, class hierarchies are frequently used to specify object relationships. The OOPs concepts like abstraction, encapsulation, inheritance, polymorphism, and interfaces will all be covered in this topic. Learners also understand how to use these OOPs concepts to build better, more efficient Java code

Regardless of your level of programming experience, knowing how to use loops, conditional statements, and flow statements is a requirement for writing effective Java code. The session will begin with explaining loops and how they operate before moving on to conditional statements, which let you only run code in certain circumstances. We’ll talk about flow control statements later in the session, which gives you more control over sequencing your code's execution.

When a method calls itself to solve a problem that can be broken down into smaller, simpler subproblems, the action is known as recursion. In order to solve issues like mathematical calculations, pattern matching, and file processing, learners will discover how to create recursive methods in Java.

The learners will be introduced to the concepts of time complexity and space complexity, which measure an algorithm's performance in terms of its execution time and memory consumption, respectively. This module will discuss various notations, such as Big O, Big Ω, and Big Θ, to quantify the worst-case, best-case, and average-case performance of algorithms.

Arrays are fundamental data structures because they store multiple values in a single variable. This section will familiarize you with the fundamentals of arrays, such as declaring, initializing, and manipulating them. We will look at single- and multi-dimensional arrays and discuss how they are used in the real world.

A LinkedList is a dynamic data structure made up of nodes that are linked to one another. It can have an infinite number of nodes and allows for node insertion and deletion at any point in the list with a time complexity of O(1). This section will introduce linked lists and their various types, including singly linked lists, doubly linked lists, circular linked lists, and typical operations on linked lists.

Strings are commonly used character sequences in Java programming. This section will discuss String class and methods, the immutability of Strings, and StringBuffer and StringBuilder classes. We will also learn about string manipulation, comparison, concatenation, and formatting.

Hash Maps, or Hash Tables, are data structures that map keys to values by implementing an associative array abstract data type. This section will familiarize you with the concept of hashing, how Hash Maps work, and how to use them to solve problems. It will also cover the significance of collision-handling techniques in Hash Maps.

There are a few basic searching and sorting algorithms that you should be familiar with. These include the sorting algorithms quick sort, merge sort, and heap, as well as the searching algorithms binary search and linear search, which you will become acquainted with in this topic.

A set of classes and interfaces known as the Java Collections Framework implements a collection of Data Structures that are frequently reused. Learners will explore the various kinds of Collections, like how to create and make use of them.

File handling is essential in any application that reads from or writes to files. Here, learners will understand how to create, read, write, and delete files using the File class. The section will also teach you how to use FileReader, FileWriter, FileInputStream, and FileOutputStream to work with character and byte streams.

The feature-rich release of Java 8 made significant changes to the Java language. Support for lambda expressions, which allow functional programming in Java, has been added, making it one of the most significant changes. Streams are another significant addition to Java 8 that allows for more effective data processing.

This topic gives an overview of database principles and data handling in DBMS. Gain knowledge of various database principles and how to design them to meet the requirements of a number of applications.

Learners are introduced to MySQL, a well-known open-source relational database management system. It will cover MySQL installation and basic database operations such as creating, using, and dropping databases. Learners will also understand how to create, modify, and delete tables.

SQL, or Structured Query Language, is a widely used language for interacting with databases. This section will go over Data Definition Language (DDL) statements that define, alter, and manage database data structures and Data Manipulation Language (DML) statements that read and modify data. The following topics are covered: CREATE, ALTER, DROP, SELECT, INSERT, UPDATE, DELETE, and others.

Learners will examine various types of Joins, including Inner, Outer, and Self Joins. Additionally, they will discover how to apply different Join conditions, including the Equal Join and Non-Equi Join conditions.

In order to ensure data integrity and effectiveness, it is essential to understand how to design a database schema. Learners will be introduced to database normalization, a method for reducing data redundancy and enhancing data integrity. The concepts of 1NF, 2NF, 3NF, and BCNF will be covered in this topic.

This topic will deal with database transactions, which are logical units of work that can be committed or rolled back. This section will cover the essential transaction properties, also known as the ACID properties (Atomicity, Consistency, Isolation, and Durability). The goal is to teach learners how to handle errors and ensure data integrity in a multi-user, multi-tasking environment.

Indexes are a vital tool for enhancing the performance of databases. In this section, we will go over the concept of indexing, different types of indexes, and how to add, use, and remove indexes in databases. The goal is to give learners a better understanding of how indexes can expedite data retrieval processes.

JDBC, or Java Database Connectivity, is an API that allows Java applications to connect to databases. Learners will be introduced to JDBC in this topic by going over how to establish a connection, write a statement, run a query, and get results. Additionally, JDBC transaction management and exception handling will be covered.

This chapter will cover the Model-View-Controller (MVC) design pattern, which divides an application into three interconnected parts. This separation enables efficient code organization and responsibility division, improving application maintainability and scalability.

This section will concentrate on Spring Boot MVC, a ready-to-use MVC configuration for developing Spring applications. Learners can use Spring Boot MVC to build controllers, manage requests, and generate views. They will also become familiar with the benefits of Spring Boot, like auto-configuration and standalone deployment abilities.

In this section, learners will brush up on JavaServer Pages (JSP) and Servlets, which are essential components of Java web application development. The topic will go in-depth on the servlet and JSP life cycles, their functions in processing requests and producing responses, and how they interact with the MVC framework.

In this section, learners will be introduced to Object-Relational Mapping (ORM), a programming technique for converting data between incompatible type systems. They will understand the concept of ORM and its advantages in database operations.

Spring JDBC will be covered in this topic, which provides a JDBC abstraction layer that eliminates the need for tedious JDBC-related coding. The Spring JDBC template will be explained to the learners so they can use it to streamline database access and exception handling.

This section will introduce learners to the Dependency Injection (DI) design pattern, which enables the creation of dependent objects outside of classes and provides those objects to classes in multiple ways.

This topic will focus on the Inversion of Control (IoC) container in Spring and how it handles Spring beans. The learners will gain a better understanding of how annotation-based and XML-based configurations are used in Spring to perform Dependency Injection.

This section introduces learners to Aspect-Oriented Programming (AOP) and its use in Spring, Spring AOP. It will show you how to modularize cross-cutting concerns in your Spring applications.

This section will introduce learners to the fundamentals of REST (Representational State Transfer) Web Services, an architectural style for developing web services. Learners will understand REST principles and how they can be used to create lightweight, maintainable, and scalable services.

• GET, POST, PUT, DELETE Operations

The GET, POST, PUT, and DELETE HTTP methods—which stand for read, create, update, and delete (CRUD) operations—will be explained to learners in this topic. Using these techniques, they will learn how to develop RESTful APIs that interact with resources.

• JSON Data Format

JSON (JavaScript Object Notation), a well-liked data format for data transmission in web applications, will be covered in this topic. Learners will gain knowledge of how to produce and decode JSON data using RESTful services.

• RESTFUL APIs

The final topic in this module will teach learners how to create RESTful APIs with Spring Boot. They will learn how to create API endpoints, manage HTTP status codes and responses, and handle various HTTP methods. The goal is to give learners the knowledge they need to develop scalable and reliable RESTful APIs.

This section introduces Learners to two primary data structures: stacks and queues. Stacks adhere to the Last-In, First-Out (LIFO) principle, whereas Queues adhere to the First-In, First-Out (FIFO) principle. Learners will understand how these data structures are implemented in Java and how they function in the real world.

In this section, the concept of trees, a hierarchical non-linear data structure that arranges data into nodes that resemble trees, will be discussed. Binary trees, binary search trees, and their properties are the subjects covered. Additionally, learners will discover the various kinds of tree traversals.

Learners will be introduced to Dynamic Programming, a technique for decomposing more complex problems into smaller ones in order to find solutions. This section will discuss how Dynamic Programming optimizes recursion, the concept of memoization, and how to prepare a solution to a given problem.

This section will discuss greedy algorithms, an easy-to-understand algorithmic strategy for resolving optimization issues. Greedy algorithms attempt to find the global optimum by selecting the locally optimal option at each stage. The greedy method and its applications to various problems, including Knapsack, Job sequencing, and graph algorithms, will be made clear to learners.

The primary markup language used to create web pages, HTML (HyperText Markup Language), will be introduced in this topic. Learners will gain knowledge of various HTML elements, attributes, forms, and HTML page structures.

Learners are introduced to JavaScript, a high-level, interpreted scripting language for creating interactive web pages.

• Basic Programming Constructs and Syntaxes of JavaScript - The fundamentals of JavaScript syntax and its programming constructs, such as variables, data types, operators, loops, and conditional statements, will be covered in this section.
• JS Functions - In this section, learners will comprehend the various types of functions, how to declare and use them in JavaScript, as well as concepts like hoisting and closure.
• DOM Manipulation - In this lesson, learners will get familiar with manipulating the Document Object Model (DOM) in JavaScript, which enables them to make dynamic changes to a web page's content, structure, and style.
• Event Handling - In this section, learners will become acquainted with JavaScript events, learn how to create event listeners, and practice handling these events to produce interactive web pages.
• Callbacks - This lesson will introduce learners to callbacks, a key component of JavaScript's asynchronous programming. They will comprehend how callbacks function and how to use them to manage asynchronous tasks.
• AJAX Calls - This section will discuss AJAX (Asynchronous JavaScript and XML), a method for building quick, dynamic websites. Learners will understand how to use AJAX to retrieve data from a server without refreshing the page.

Learners will be introduced to CSS (Cascading Style Sheets), a language for creating style sheets that describe the appearance and formatting of an HTML document. Learners can use CSS to style web pages by understanding CSS selectors, properties, and applications.

• Introduction to Bootstrap: In this lesson, students will learn about this well-known CSS framework for creating mobile-first, responsive web pages. The grid system, elements, and methods for using Bootstrap to quicken web development will all be understood by learners.