Full Stack Web Development with Java Bootcamp with Job Assistance [English]
Web Development with Java Course Key Highlights
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Web Development with Java Course Curriculum
- What is Java?
- Why Java
- History
- Platform Independence
- Java’s Advantages
- Encapsulation, Inheritance, and Abstraction in Java.
- ‘Is-A’ and ‘Has-A’ relationships, association, and aggregation.
- Java vs. C++
- Java vs Python
- Java Development Kit (JDK), Runtime Environment (JRE), and JVM
- Installation: Step-by-step setup of JDK 20 and command-line basics.
- Writing Your First Program
- Identifiers, Keywords, and Naming Conventions
- Tokens and Data Types
- Implementing arithmetic operations, type casting, and conversion
- Operators: Arithmetic, relational, logical, and bitwise operators.
- Conditional Operators
- Conditional Statements: Understanding if-else and switch-case structures.
- Loops: Mastering loops in Java with while, do-while, and for loops.
- Advanced Loops: Explore break, continue, and labeled loops with practical examples.
- Fundamentals: Creating classes, objects, and understanding object references.
- Constructors: Working with default, parameterized, and copy constructors.
- Strings: Exploring mutable vs. immutable strings, and practical string manipulations.
- Inheritance and Polymorphism: Use inheritance, super and this keywords.
- Abstract Classes and Interfaces
- Abstraction
- Method Overloading vs. Overriding
- Exception Types
- Try, Catch, and Finally
- Custom Exceptions
- Arrays: Working with single and multi-dimensional arrays.
- Collections Framework: Overview of lists, sets, maps, and the Collection interface.
- ArrayList, LinkedList, and Vector
- File Handling
- Serialization
- Console Applications
- Introduction to Swing
- Projects: Build applications like a calculator, notepad, and tic-tac-toe game
- Multithreading: Thread creation, lifecycle, synchronization, and practical applications.
- Lambda Expressions: Functional programming in Java and its applications in multithreading.
- Streams API
- What are Generics Classes and Methods
- Bounded Generics
- Generic Methods
- Wrapper Classes
- Autoboxing
- Unboxing
- Character Class
- User Define Wrapper Class
- Banking System
- Billing System
- Interactive Projects: Design a tic-tac-toe game and deploy GUI applications for real-world use.
- Overview of Data Structures and Algorithms in Java
- Prerequisites for DSA
- Arrays and Collections in Java
- Introduction to Stack in Java
- Stack Operations with Arrays: Implement push, pop, and display functions
- Practical Stack Menu: Designing interactive menu-driven stack applications
- Stack with Collections: Using Java’s Stack class for enhanced stack operations
- Convert infix expressions to postfix and prefix
- What is a Queue?
- Implementing Queue with Arrays
- Priority Queues
- Deque Operations
- Queue with Collections
- Introduction to Linked Lists:
- Understanding single, doubly, and circular linked lists
- Basic Operations: Creating, displaying, and modifying linked lists
- Advanced Operations Without Collections
- Insertion, deletion, and searching within linked lists
- Reverse-order display of linked lists
- Introduction to Recursion
- Types of Recursion
- Basics of Trees
- Binary and Binary search trees
- Traversal Techniques: In-order, pre-order, and post-order traversal
- Binary Search Tree (BST)
- Constructing and managing BSTs without collections
- Search, insert, and delete operations in a BST
- AVL Trees, Red-Black Trees, and B-Trees
- Heap trees and Threaded Binary Trees
- Linear Search
- Binary Search: Efficient search with ordered data
- Implementations: Practice coding both algorithms for mastery
- Linear, bubble, and selection sorts
- Insertion, radix, and shell sort
- Quick Sort and Merge Sort
- Sorting Collections
- Calculating address in arrays, bounds, and complexities
- Big O Notation
- Time complexity analysis with coding examples
- Tower of Hanoi
- Introduction to Graphs
- Basics of graph theory, representations,
- Graph Algorithms
- Kruskal’s Algorithm and Prim’s Algorithm for minimum spanning trees
- Dijkstra’s Algorithm for shortest paths
- Floyd-Warshall Algorithm for all-pairs shortest paths
- Breadth First Search Algorithm
- Depth First Search Algorithm
- What is Hashing
- HTML Introduction & Basic Tags
- HTML Entities
- Images and Links
- HTML Lists
- Tables: Building tables, utilizing rowspan and colspan for complex layouts.
- HTML Forms: Creating interactive forms, exploring form elements like input fields, buttons, and dropdowns.
- iframes
- Semantic Elements
- Meta Tags & Video
- div, span, and HTML5 New Features
- Text Formatting Tags
- Introduction to CSS
- Selectors and Properties
- Backgrounds & Multiple Values
- Box Model – Margin & Padding
- Fonts & Text Styling
- Width, Height, and Table Styling
- Positioning Elements
- Float and Clear
- Icons and Lists
- Navigation Bar Styling
- Links & Pseudo-Classes
- Pseudo-Elements
- CSS Units
- CSS z-index
- Grid Layout
- Flexbox
- Shadows
- Animations
- 2D & 3D Transforms
- Transitions
- Overflow & Media Queries
- Border Images
- Buttons
- Introduction to JavaScript
- Running JavaScript
- Variables and Data Types
- Basic Operators: Arithmetic, relational, increment/decrement, logical, and conditional operators.
- Advanced Operators: Bitwise operations, including right shift and zero-fill, and assignment operators.
- Conditional Statements: Using if-else, switch-case, and conditional logic for decision-making.
- Loops: Introduction to loops, including while, for, nested loops, and the difference between while and do-while loops.
- Function Basics
- Call by value, return by value, default arguments, and arrow functions.
- String Basics
- Introduction to strings, slicing, search methods, templates, and mutability vs. immutability.
- String Methods and Validation
- Mathematical Functions: Working with number methods and date functions to handle calculations and date formatting.
- Array Basics: Introduction to arrays and array methods, including forEach loop for array manipulation.
- Projects: Stack and queue implementations using JavaScript arrays.
- JavaScript with HTML: Embedding JavaScript in HTML, using external JavaScript files, and interacting with HTML tables.
- Window Object
- JavaScript Objects
- BOM: Introduction to the Browser Object Model, covering history and navigator objects for browser-based operations.
- DOM Manipulation
- Event Programming
- OOP Basics: Introduction to JavaScript OOP concepts, including constructor functions and inheritance.
- Projects: Creating a banking application to practice OOP principles and inheritance in JavaScript.
- Modules in JavaScript
- Hands-on exercises with JavaScript modules.
- Error Handling Basics: Using try, catch, throw, and finally to manage errors.
- Rest and Spread Operators
- Destructuring and Symbol Data Type
- Strict Mode
- What is SQL and why is it essential?
- The primary purpose and applications of SQL in data management
- Database Management System (DBMS)
- Relational Database Management Systems (RDBMS)
- Key differences between DBMS and RDBMS
- Differentiating between databases and database servers
- Exploring single databases and database servers in client-server architecture
- Step-by-step guide to installing MySQL
- Introduction to SQL commands and their types
- Data Definition Language (DDL) commands
- MySQL data types: strings, numerics, and more
- Data Manipulation Language (DML) commands: INSERT, SELECT, DELETE, and UPDATE
- Setting up SQL tools: SQLyog and MySQL Workbench
- Relational operators, BETWEEN, IN, and LIKE operators
- Aggregate functions
- Practical applications and benefits of aggregate functions
- Nested queries for complex data retrieval
- ORDER BY for sorting data
- GROUP BY and HAVING clauses for grouped data
- SQL Aliases
- Constraints and their applications in MySQL
- NULL values: handling IS NULL and IS NOT NULL checks
- Advanced constraints: Primary Key, Foreign Key, CHECK, DEFAULT, and AUTO_INCREMENT
- Exploring joins: inner, left, right, outer, and full joins
- Reasons for using joins in SQL
- Combining data from multiple tables for comprehensive data insights
- What is Advanced Java?
- MVC Architecture
- Application Tiers: Dive into 1-tier, 2-tier, and 3-tier architectures.
- JDBC Basics
- Connecting to a Database
- Executing SQL Queries
- Understanding ORM (Object-Relational Mapping)
- Model Classes and DAO Methods
- Step-by-step exercises for inserting, searching, updating, and deleting data using ORM with DAO.
- Image and File Storage
- Web Application Fundamentals: Overview of web applications, HTTP protocol, and types of web servers.
- Apache Tomcat Setup: Installing and configuring Apache Tomcat for Java-based web applications.
- Introduction to Servlets
- Servlet Basics: Writing and deploying basic servlets using Servlet Interface, GenericServlet, and HttpServlet classes.
- Form Handling
- Session Management: session management techniques, including URL rewriting, cookies, and HttpSession.
- Building an MVC Application
- Advanced Project: Develop a fully functional Student Management System, following MVC architecture with DAO and JDBC.
- Introduction to JSP
- JSP Life Cycle and Directives
- JSP Form Handling
- Session Management in JSP: session management in JSP using URL rewriting, hidden fields, cookies, and HttpSession.
- Using Beans in JSP: useBean, setProperty, and getProperty tags
- useBean in JSP
- Session Management in JSP
- Product Management System
- Web-Based SQL Query Browser.
- Temperature Conversion and Mobile Search Page
- Overview of Object-Relational Mapping (ORM) and its importance
- Evolution, benefits, and key features of Hibernate
- Installing and configuring Hibernate
- Database connection setup in Hibernate
- Integrating Hibernate into a Java project effectively
- Understanding entity classes and mapping strategies in Hibernate
- Primary key generation strategies
- Working with associations: one-to-one, one-to-many, many-to-one, and many-to-many mappings
- Basics of HQL for database querying
- Querying entities and associations using HQL
- Named queries and using parameter binding for flexibility
- Overview of the Criteria API for dynamic queries
- Building flexible queries using Criteria
- Query by example and using restrictions for filtering
- Understanding transaction basics in Hibernate
- Strategies for managing transactions effectively
- Concepts of isolation levels and transaction propagation
- First-level and second-level caching in Hibernate
- Configuring cache providers and choosing cache strategies
- Optimization techniques for efficient caching
- Introduction to annotation-based mapping in Hibernate
- Advantages of annotations over XML mapping
- Key annotation configurations for entities and mappings
- Setting up Hibernate with the Spring framework
- Managing Hibernate sessions in a Spring environment
- Transaction management in a Spring-Hibernate setup
- Inheritance mapping strategies and versioning
- Optimistic locking for concurrent data access
- Managing detached objects and merging entities
- Essential design patterns for Hibernate applications
- Performance tuning and optimization techniques
- Error handling, logging, and debugging best practices
- Applying Hibernate knowledge to a complete project
- Project planning, coding, and review for real-world application
- Final project deployment and evaluation
- Overview of the Spring Boot framework and its architecture
- Key benefits and features that simplify application development
- Step-by-step setup of a Spring Boot project from scratch
- Understanding the concept of dependency injection and its role in Spring
- Utilizing Spring Boot’s auto-configuration to streamline configuration tasks
- Customizing auto-configuration to meet specific project requirements
- Fundamentals of RESTful architecture and principles
- Creating REST controllers to handle endpoints efficiently
- Managing HTTP requests and responses in a RESTful environment
- Connecting to relational databases seamlessly
- Using Spring Data JPA for streamlined data access and ORM
- Implementing full CRUD (Create, Read, Update, Delete) operations with ease
- Basics of authentication and authorization in Spring Boot
- Securing RESTful APIs to protect application data
- Implementing OAuth2 for modern, secure authentication processes
- Writing unit tests using JUnit and Mockito for thorough testing
- Integration testing using Spring Boot Test for application-wide tests
- Adopting Test-Driven Development (TDD) to ensure robust code
- Monitoring and managing applications with Spring Boot Actuator
- Implementing caching to optimize performance and reduce load
- Exploring asynchronous programming for responsive applications
- Packaging Spring Boot applications for deployment
- Setting up CI/CD pipelines for automated deployment
- Containerizing applications with Docker and managing with Kubernetes
- Introduction to microservices and their advantages
- Building scalable microservices using Spring Boot
- Setting up service discovery and inter-service communication
- Understanding the basics of reactive programming concepts
- Creating reactive APIs with Spring WebFlux for non-blocking applications
- Working with data streams and handling high-volume, real-time data
- Exploring design patterns commonly used in Spring Boot applications
- Implementing coding best practices for maintainable and scalable code
- Techniques for performance optimization in Spring Boot applications
- Building a complete Spring Boot application from start to finish
- Addressing common challenges faced in real-world applications
- Hands-on projects to deepen understanding and reinforce skills
Tools and Technologies
Full Stack Java Web Development Job Roles
Learning Path for Java Web Development
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Java Web Development Course FAQs
Full Stack Development with Java involves mastering front-end and back-end skills to build complete, functional web applications.
Anyone aiming to become a full-stack developer, including beginners in programming and experienced developers wanting to expand their skill set.
Basic understanding of programming helps, but we cover essential concepts, making it accessible for beginners as well.
You’ll master Java fundamentals, Object-Oriented Programming, data structures, collections, and essential libraries.
Java’s versatility, scalability, and extensive frameworks make it a powerful choice for building robust full-stack applications.
Yes, the course covers HTML, CSS, JavaScript, and modern front-end frameworks to ensure a complete skill set.
We focus on Spring Boot, a leading framework for developing secure, high-performance web applications.
We explore SQL and NoSQL databases, teaching you to use MySQL and MongoDB for flexible data handling.
Absolutely! You’ll build real-world projects that reinforce each concept and allow you to practice your skills hands-on.
Full Stack Java developers are highly sought after, with opportunities in fields like software development, consulting, and tech startups.