Full Stack Java Course

• Course Introduction
  • Welcome and introductions
  • Course objectives and learning outcomes
  • Overview of the course structure and topics
• Introduction to the Software Development Life Cycle (SDLC) Overview of SDLC and its importance
  • Stages of SDLC: Planning, Analysis, Design, Implementation, Testing, Deployment, and Maintenance
  • Different SDLC models: Waterfall, Agile, Scrum, and others
  • Role of full stack developers in SDLC
• IDE Setup: IntelliJ
  • Introduction to IntelliJ IDEA
  • Downloading and installing IntelliJ IDEA
  • Exploring the interface and features
  • Creating a simple Java project
  • Debugging and running a Java program in IntelliJ
• IDE Setup: Visual Studio Code
  • Introduction to Visual Studio Code
  • Downloading and installing Visual Studio Code
  • Exploring the interface and features
  • Installing useful extensions for web development
  • Creating a simple HTML, CSS, and JavaScript project
  • Running a web application in Visual Studio Code
• Recap and Q&A
  • Review of the topics covered in Day 1
  • Open discussion and questions
  • Preview of the topics for Day 2

• Introduction to HTML
  • Overview of HTML and its importance in web development
  • HTML structure, elements, and attributes
  • Commonly used HTML tags: headings, paragraphs, links, images, lists, and tables
• Hands-on Exercise: Creating a Basic HTML Page
  • Setting up a project in Visual Studio Code
  • Creating an HTML file and adding common elements
  • Previewing the page in a web browser
• Introduction to CSS
  • Overview of CSS and its importance in web development
  • CSS syntax, selectors, and properties
  • Inline, internal, and external CSS

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• Hands-on Exercise: Styling an HTML Page with CSS
  • Adding CSS to the HTML project from the
  • Styling the HTML elements using various CSS properties
  • Previewing the styled page in a web browser
• Introduction to JavaScript
  • Overview of JavaScript and its importance in web development
  • JavaScript syntax, variables, and data types
  • Control structures: if, switch, for, and while
• Hands-on Exercise: Adding Basic JavaScript Functionality
  • Adding a JavaScript file to the HTML project
  • Implementing simple JavaScript functions for user interactions
  • Previewing the updated page with JavaScript functionality in a web browser
• Recap and Q&A
  • Review of the topics covered in Day 2
  • Open discussion and questions
  • Preview of the topics for Day 3

• Java Basics
  • Overview of Java and its importance in software development
  • Java syntax, data types, and operators
  • Control structures: if, switch, for, and while
• Hands-on Exercise: Writing a Simple Java Program
  • Setting up a Java project in IntelliJ IDEA
  • Writing a simple Java program with control structures
  • Compiling and running the Java program in IntelliJ IDEA
• Object-Oriented Programming (OOP) Concepts in Java - Part 1
  • Introduction to Object-Oriented Programming
  • Classes, objects, and their relationship
  • Constructors and method overloading
  • Inheritance and the use of the 'extends' keyword
• Hands-on Exercise: Creating Classes and Objects in Java
  • Creating classes and objects in a Java project
  • Implementing constructors and methods
  • Creating a simple inheritance hierarchy
• Object-Oriented Programming (OOP) Concepts in Java - Part 2
  • Interfaces and the use of the 'implements' keyword
  • Abstract classes and methods
  • Polymorphism and method overriding
  • Encapsulation: public, private, and protected access modifiers
• Hands-on Exercise: Implementing Interfaces and Abstract Classes
  • Creating interfaces and abstract classes in a Java project
  • Implementing interfaces and extending abstract classes
  • Demonstrating polymorphism and encapsulation
• Recap and Q&A
  • Review of the topics covered in Day 3
  • Open discussion and questions
  • Preview of the topics for Day 4

• Advanced Object-Oriented Programming in Java
  • Nested classes: static and non-static
  • Anonymous classes and lambda expressions
  • The 'final' keyword: final variables, methods, and classes
• Hands-on Exercise: Working with Advanced OOP Concepts
  • Implementing nested classes and anonymous classes in a Java project
  • Using lambda expressions for functional programming
  • Applying the 'final' keyword in different scenarios
• Java Exception Handling - Part 1
  • Overview of exceptions in Java
  • The try-catch-finally block
  • Types of exceptions: checked and unchecked
• Hands-on Exercise: Handling Exceptions in Java
  • Writing Java code that generates exceptions
  • Handling exceptions using try-catch-finally blocks
  • Working with checked and unchecked exceptions
• Java Exception Handling - Part 2
  • Creating custom exceptions
  • Best practices for exception handling
  • The 'throws' keyword and exception propagation
• Hands-on Exercise: Creating Custom Exceptions
  • Defining and using custom exception classes
  • Implementing exception propagation with the 'throws' keyword
  • Applying best practices in exception handling
• Recap and Q&A
  • Review of the topics covered in Day 4
  • Open discussion and questions
  • Preview of the topics for Day 5

• Overview of Spring Framework
  • Introduction to Spring Framework and its importance in Java development
  • Core features of Spring Framework: Dependency Injection (DI) and Inversion of Control (IoC)
  • Spring modules: Core, AOP, Data, Web, and more
• Spring Framework - Basics
  • Setting up a Spring project in IntelliJ IDEA
  • Spring configuration using XML and annotations
  • Creating beans and managing their lifecycle
• Hands-on Exercise: Creating a Simple Spring Application
  • Developing a Spring application using XML configuration
  • Developing a Spring application using annotation-based configuration
  • Testing the Spring application in IntelliJ IDEA
• Dependency Injection (DI) and Inversion of Control (IoC)
  • Understanding the concepts of Dependency Injection and Inversion of Control
  • Types of Dependency Injection: constructor-based and setter-based
  • Autowiring and its different modes: by type, by name, constructor, and auto-detect
• Hands-on Exercise: Implementing Dependency Injection
  • Creating beans with dependencies
  • Implementing constructor-based and setter-based DI
  • Exploring various autowiring modes
• Aspect-Oriented Programming (AOP) with Spring
  • Introduction to Aspect-Oriented Programming
  • Spring AOP: aspects, pointcuts, advice, and join points
  • Configuring AOP using XML and annotations
• Hands-on Exercise: Implementing AOP in a Spring Application
  • Creating aspects and pointcuts in a Spring application
  • Defining different types of advice: before, after, around, after returning, and after throwing
  • Testing AOP functionality in IntelliJ IDEA
• Recap and Q&A
  • Review of the topics covered in Day 5
  • Open discussion and questions
  • Preview of the topics for Day 6

• Introduction to Spring Boot
  • Overview of Spring Boot and its advantages
  • Spring Boot features: Auto-Configuration, Starters, and Embedded Web Server
  • Comparing Spring Framework and Spring Boot
• Setting Up a Spring Boot Project
  • Creating a Spring Boot project using Spring Initializr
  • Exploring the project structure and dependencies
  • Running a Spring Boot application in IntelliJ IDEA
• Spring Boot Auto-Configuration
  • Understanding the Auto-Configuration process
  • Analyzing the Auto-Configuration report
  • Customizing Auto-Configuration using application.properties
• Hands-on Exercise: Creating a Simple Spring Boot Application
  • Developing a Spring Boot application with auto-configured components
  • Customizing the auto-configuration settings
  • Testing the Spring Boot application in IntelliJ IDEA
• Spring Boot Starters
  • Introduction to Spring Boot Starters
  • Commonly used Starters: Web, JPA, Security, and more
  • Creating custom Spring Boot Starters
• Hands-on Exercise: Working with Spring Boot Starters
  • Adding Starters to a Spring Boot project
  • Configuring and using various Spring Boot Starters
  • Testing the Spring Boot application with integrated Starters
• Recap and Q&A
  • Review of the topics covered in Day 6
  • Open discussion and questions
  • Preview of the topics for Day 7

• Spring Boot Web Development
  • Introduction to Spring Boot Web development
  • Spring MVC architecture and components
  • Creating controllers, views, and templates using Thymeleaf
• Hands-on Exercise: Developing a Spring Boot Web Application
  • Setting up a Spring Boot project with the Web Starter
  • Creating a simple web application with controllers and views
  • Implementing navigation and user interactions
• Spring Boot Data Access
  • Overview of data access in Spring Boot
  • Introduction to Spring Data JPA
  • Repositories, entities, and CRUD operations
• Hands-on Exercise: Implementing Data Access in a Spring Boot Application
  • Configuring a Spring Boot project with Spring Data JPA
  • Creating entities and repositories
  • Implementing CRUD operations in the web application
• Spring Boot Database Integration
  • Integrating Spring Boot with various databases
  • Configuring data sources and connection properties
  • Using embedded and external databases
• Hands-on Exercise: Integrating a Database with Spring Boot
  • Connecting the Spring Boot application to a database
  • Configuring the data source and connection properties
  • Testing database connectivity and CRUD operations
• Recap and Q&A
  • Review of the topics covered in Day 7
  • Open discussion and questions
  • Preview of the topics for Day 8

• Introduction to Spring Boot Security
  • Overview of Spring Boot Security and its importance
  • Authentication and authorization concepts
  • Configuring Spring Boot Security with default settings
• Hands-on Exercise: Implementing Basic Spring Boot Security
  • Setting up a Spring Boot project with Spring Security Starter
  • Configuring default security settings
  • Testing authentication and authorization in the web application
• Spring Boot Security Customization
  • Customizing authentication and authorization settings
  • Creating and configuring custom user roles and permissions
  • Implementing password encryption and user management
• Hands-on Exercise: Customizing Spring Boot Security
  • Customizing the security settings in a Spring Boot application
  • Implementing custom user roles and permissions
  • Testing the updated security settings in the web application
• Spring Boot Testing
  • Overview of testing in Spring Boot
  • Unit testing with JUnit and Mockito
  • Integration testing with Spring Boot Test
• Hands-on Exercise: Testing a Spring Boot Application
  • Writing unit tests for controllers, services, and repositories
  • Writing integration tests for the web application
  • Running tests and analyzing results in IntelliJ IDEA
• Recap and Q&A
  • Review of the topics covered in Day 8
  • Open discussion and questions
  • Preview of the topics for Day 9

• Introduction to Hibernate
  • Overview of Hibernate and its importance in Java development
  • Object-Relational Mapping (ORM) and its benefits
  • Hibernate architecture and components
• Hibernate Configuration
  • Setting up a Hibernate project in IntelliJ IDEA
  • Configuring Hibernate with XML and annotations
  • Creating a SessionFactory and managing sessions
• Hands-on Exercise: Creating a Simple Hibernate Application
  • Developing a Hibernate application with XML configuration
  • Developing a Hibernate application with annotation-based configuration
  • Testing the Hibernate application in IntelliJ IDEA
• Hibernate Entities and Mappings
  • Creating and configuring entity classes
  • Mapping relationships: one-to-one, one-to-many, and many-to-many
  • Fetch strategies and lazy loading
• Hands-on Exercise: Implementing Hibernate Entities and Mappings
  • Creating entity classes for a Hibernate project
  • Implementing various relationship mappings
  • Testing the entity mappings in the Hibernate application
• CRUD Operations with Hibernate
  • Hibernate Query Language (HQL) and Criteria API
  • Inserting, updating, deleting, and querying data with Hibernate
  • Transactions and concurrency management
• Hands-on Exercise: Implementing CRUD Operations in a Hibernate Application
  • Writing HQL queries and using the Criteria API
  • Performing CRUD operations in the Hibernate application
  • Testing the CRUD functionality in IntelliJ IDEA
• Recap and Q&A
  • Review of the topics covered in Day 9
  • Open discussion and questions
  • Preview of the topics for Day 10

• Spring Boot and Hibernate Integration
  • Overview of Spring Boot and Hibernate integration
  • Configuring Spring Boot to use Hibernate
  • Creating a Spring Boot project with Spring Data JPA and Hibernate
• Hands-on Exercise: Integrating Hibernate into a Spring Boot Application
  • Setting up a Spring Boot project with Hibernate
  • Implementing entities, repositories, and services
  • Testing the integrated Spring Boot and Hibernate application
• Introduction to Microservices
  • Overview of microservices architecture
  • Benefits and challenges of microservices
  • Microservices communication patterns and best practices
• Spring Boot Microservices
  • Introduction to Spring Boot Microservices
  • Creating and configuring microservices using Spring Boot
  • Service discovery, load balancing, and API Gateway with Spring Cloud
• Hands-on Exercise: Creating Spring Boot Microservices
  • Developing a simple microservices-based application using Spring Boot
  • Implementing service discovery and load balancing with Spring Cloud
  • Testing the microservices application in IntelliJ IDEA
• Recap and Q&A
  • Review of the topics covered in Day 10
  • Open discussion and questions
  • Preview of the topics for Day 11

• Introduction to Vue.js
  • Overview of Vue.js and its importance in modern web development
  • Comparison with other JavaScript frameworks (React, Angular)
  • Core concepts: components, directives, and reactive data
• Vue.js Project Setup
  • Installing Node.js and the Vue CLI
  • Creating a Vue.js project using the Vue CLI
  • Exploring the project structure and components
• Hands-on Exercise: Creating a Simple Vue.js Application
  • Developing a Vue.js application with components, directives, and reactive data
  • Implementing navigation and user interactions
  • Testing the Vue.js application in the browser
• Vue.js Components
  • Understanding the component-based architecture
  • Creating and using components in a Vue.js application
  • Component communication: props and custom events
• Hands-on Exercise: Working with Vue.js Components
  • Developing a Vue.js application with multiple components
  • Implementing component communication using props and custom events
  • Testing the component interactions in the browser
• Vue.js Directives and Filters
  • Overview of built-in Vue.js directives: v-if, v-for, v-bind, v-model, and more
  • Creating custom directives
  • Using filters for data formatting
• Hands-on Exercise: Implementing Directives and Filters in a Vue.js Application
  • Applying built-in directives in a Vue.js application
  • Developing custom directives and filters
  • Testing the updated Vue.js application in the browser
• Recap and Q&A
  • Review of the topics covered in Day 11
  • Open discussion and questions
  • Preview of the topics for Day 12

Days 12 - 13: Vue.js - State Management and Integration with Spring Boot

• Introduction to Vuex
  • Overview of Vuex and its importance in state management
  • Core concepts: state, getters, mutations, actions, and modules
  • Integrating Vuex with a Vue.js application
• Hands-on Exercise: Implementing Vuex in a Vue.js Application
  • Setting up Vuex in a Vue.js project
  • Developing a Vuex store with state, getters, mutations, and actions
  • Implementing state management in the Vue.js application
• Vue.js HTTP Requests
  • Overview of HTTP requests in Vue.js
  • Using Axios for making HTTP requests
  • Integrating Axios with a Vue.js application
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• Hands-on Exercise: Implementing HTTP Requests in a Vue.js Application
  • Configuring Axios in a Vue.js project
  • Developing components that make HTTP requests to a backend API
  • Testing the HTTP requests in the browser
• Integrating Vue.js with Spring Boot
  • Overview of integrating Vue.js with Spring Boot
  • Creating a Spring Boot backend API for the Vue.js application
  • Configuring CORS and security settings in Spring Boot
• Hands-on Exercise: Connecting Vue.js to a Spring Boot Backend
  • Developing a Spring Boot API for the Vue.js application
  • Connecting the Vue.js application to the Spring Boot backend
  • Testing the integrated application in the browser
• Recap and Q&A
  • Review of the topics covered in Day 12
  • Open discussion and questions
  • Preview of the topics for Day 13

Days 14 - 16: Deployment

• Introduction to Ubuntu
  • Overview of Ubuntu and its importance in web development
  • Basic Ubuntu commands and directory structure
  • Installing and managing software packages
• DigitalOcean Droplets
  • Overview of DigitalOcean and its features
  • Creating and managing Droplets
  • Configuring domain names and SSL certificates
• AWS EC2
  • Overview of Amazon Web Services (AWS) and its features
  • Introduction to EC2 instances
  • Creating and managing EC2 instances, security groups, and key pairs
• Deploying a Spring Boot Application to DigitalOcean
  • Preparing a Spring Boot application for deployment
  • Creating a DigitalOcean Droplet with Ubuntu
  • Deploying the Spring Boot application to the Droplet
• Deploying a Spring Boot Application to AWS EC2
  • Preparing a Spring Boot application for deployment
  • Creating an AWS EC2 instance with Ubuntu
  • Deploying the Spring Boot application to the EC2 instance
• Hands-on Exercise: Deploying a Spring Boot and Vue.js Application
  • Preparing a full-stack application (Spring Boot and Vue.js) for deployment
  • Choosing a deployment platform: DigitalOcean or AWS EC2
  • Deploying the application and testing it on the chosen platform

• Introduction to Docker
  • Overview of Docker and its importance in modern web development
  • Docker architecture: images, containers, and registries
  • Basic Docker commands and Dockerfile
• Hands-on Exercise: Dockerizing a Spring Boot Application
  • Creating a Dockerfile for a Spring Boot application
  • Building and running a Docker container
  • Testing the Dockerized Spring Boot application
• Introduction to Kubernetes
  • Overview of Kubernetes and its role in container orchestration
  • Kubernetes architecture and components: nodes, pods, services, and deployments
  • Basic Kubernetes commands and configuration files
• Hands-on Exercise: Deploying a Spring Boot Application to Kubernetes
  • Creating a Kubernetes deployment configuration for a Spring Boot application
  • Deploying the application to a Kubernetes cluster
  • Scaling and managing the application in Kubernetes
• Introduction to Continuous Integration/Continuous Deployment (CI/CD)
  • Overview of CI/CD and its importance in web development
  • Popular CI/CD tools and platforms: Jenkins, Travis CI, CircleCI, and GitHub Actions
  • Basic CI/CD concepts: pipelines, stages, and jobs
• Hands-on Exercise: Implementing a CI/CD Pipeline
  • Choosing a CI/CD platform and setting up an account
  • Configuring a CI/CD pipeline for a Spring Boot application
  • Deploying the application automatically through the pipeline
• Recap and Q&A
  • Review of the topics covered in Day 14
  • Open discussion and questions
  • Preview of the topics for Day 15

Days 17 - 22: Capstone

• Java Concurrency
  • Overview of Java concurrency and multithreading
  • Creating and managing threads in Java
  • Synchronization and thread safety
• Hands-on Exercise: Implementing Concurrency in Java
  • Developing a Java application with multithreading
  • Implementing synchronization and ensuring thread safety
  • Testing the concurrent functionality in IntelliJ IDEA
• Java Performance Optimization
  • Overview of Java performance optimization
  • Common performance issues and bottlenecks in Java applications
  • Profiling and monitoring tools for Java
• Final Project Overview
  • Introduction to the final project and its requirements
  • Reviewing the project's objectives and milestones
  • Forming teams and assigning roles
• Final Project Work Session
  • Teams work on their respective projects, applying the skills learned throughout the course
  • Instructor and teaching assistants provide guidance and support
• Final Project Presentations
  • Each team presents their project to the class, demonstrating their application's features and functionality
  • Instructor and teaching assistants provide feedback and suggestions
• Course Recap and Review
  • Review of the main topics covered during the course
  • Discussion of best practices and industry standards
  • Open Q&A session
• Exploring Next Steps in Web Development
  • Recommendations for further learning and skill development
  • Introduction to related technologies and frameworks
  • Networking and job search strategies in the web development field
• Course Evaluation and Feedback
  • Participants complete course evaluations
  • Discussion of feedback and suggestions for future course improvements