• Introduction to Real-time Project
• Types of Software companies
  1. Product Based Companies
  2. Service Based Companies
  3. Outsourcing Companies
• Interview process in software companies
• How to Present our Project and Job Roles in Interviews
• Types of software jobs
  1. Permanent Job
  2. Contract Job
• Types of software projects
  1. Scratch Development Projects
  2. Maintenance Projects
  3. Migration Projects
• Types of teams in software project
  1. On-shore Team
  2. Off-shore Team
• Domains
  1. BFSI
  2. Telecom
  3. Logistics
  4. Healthcare
  5. Government
  6. E-commerce

Major Project Development Java Spring Boot, ReactJs

Module 1: Integrating React.js with Spring Boot

• Creating a full-stack application structure
• Consuming Spring Boot APIs in React.js frontend
• Handling CORS issues and security considerations
• Authentication and authorization integration between React and Spring Boot

Module 2: Real-Time Project Development

• Requirement gathering and project planning
• Designing the project architecture and database schema
• Setting up the initial project structure for both frontend and backend
• Implementing user authentication and authorization

Module 3: Real-Time Project Development

• Developing frontend components and pages using React.js
• Implementing CRUD operations for different entities
• Integrating APIs with React components
• Implementing user interface features and responsiveness

Module 4: Real-Time Project Development

• Building backend services and APIs using Spring Boot
• Implementing business logic and data validation
• Testing backend APIs and ensuring data integrity
• Integrating frontend and backend for end-to-end functionality

Module 5: Deployment and Hosting

• Building production-ready frontend and backend bundles
• Configuring deployment environments (e.g., AWS, Heroku)
• Deploying the application to a cloud platform
• Configuring CI/CD pipelines for automatic deployments

Module 6: Project Presentation and Review

• Presentation of the completed project by participants
• Peer review and feedback session
• Best practices and lessons learned from the project development process

Module 7: Real-Time Project Development

• Instructor-led development of a real-world project using Java Spring Boot
• Project requirements analysis and design
• Implementation of project features using Spring Boot best practices
• Testing, debugging, and optimization of the project

Module 8: Project Deployment and Monitoring

• Deploying the project to a production environment
• Monitoring application performance and health
• Handling production incidents and troubleshooting

Module 9: Project Presentation and Review

• Presentation of the completed project by participants
• Peer review and feedback session
• Best practices and lessons learned from the project development process

 

 

Functional Domain and Features of Project:

In real-time projects developed using Java Spring Boot, the application’s functional domains represent distinct areas of functionality or business logic. These domains encapsulate related features and operations within the application. Below are some common functional domains typically found in Java Spring Boot applications:

1. User Management:
   • User Registration: Functionality to register new users.
   • User Authentication: Handling user login and authentication.
   • User Profile Management: Managing user profiles, including updates and deletions.
   • Role-Based Access Control: Assigning roles and permissions to users.
2. Content Management:
   • Content Creation: Creation and management of various types of content (e.g., articles, posts, documents).
   • Content Publishing: Workflow for publishing and managing content.
   • Content Search and Filtering: Search functionality to retrieve specific content based on criteria.
   • Content Versioning: Tracking and managing different versions of content items.
3. Order Management:
   • Order Creation and Processing: Creating and processing orders for products or services.
   • Order Tracking: Tracking the status of orders throughout the order lifecycle.
   • Payment Processing: Integrating payment gateways for processing payments.
   • Order Fulfillment: Managing inventory and shipping processes for fulfilling orders.
4. Product Catalog:
   • Product Listing: Displaying a catalog of products or services.
   • Product Details: Providing detailed information about individual products.
   • Product Search and Filtering: Search functionality to find specific products.
   • Product Reviews and Ratings: Allowing users to leave reviews and ratings for products.
5. Messaging and Notifications:
   • Email Notifications: Sending email notifications for various events (e.g., account registration, order confirmation).
   • In-App Messaging: Implementing real-time messaging between users within the application.
   • Push Notifications: Sending push notifications to mobile devices for important updates.
6. Reporting and Analytics:
   • Data Visualization: Displaying data in charts, graphs, or tables for analysis.
   • Custom Reporting: Generating custom reports based on user-defined criteria.
   • Usage Analytics: Tracking user behavior and application usage metrics.
   • Performance Monitoring: Monitoring application performance and generating performance reports.
7. Integration with External Services:
   • Third-Party API Integration: Integrating with external APIs for functionalities like payment processing, geolocation, or social media sharing.
   • File Storage Integration: Integrating with cloud storage services (e.g., Amazon S3, Google Cloud Storage) for storing and retrieving files.
   • Social Media Integration: Integrating with social media platforms for user authentication, sharing, or posting.
8. Admin Panel:
   • Dashboard: Providing an overview of key metrics and statistics.
   • User Management: Managing user accounts, roles, and permissions.
   • Content Management: Managing content, including creation, editing, and deletion.
   • Configuration and Settings: Allowing administrators to configure application settings and preferences.

MAJOR PROJECT DEVELOPMENT – REAL TIME PROJECT

• Major Project Introduction
• Project Modules
• Project Architecture
• Major Project Functional Flow Desigh
• LLD and HLD
• Database Design
• Microservices Development
• Logging in Project
• Swagger Configuration
• Actuators Configuration
• Exception Handling
• Multi-Threading use case in Project
• Rest Calls in Project
• Batch Processing
• Unit Testing
• Integration Testing
• Code Review
• Project Deployment

Real Time Project SDLC Process

• SDLC (Agile)

Module 1: Introduction to Agile and Scrum

• Understanding Agile principles and values
• Overview of Scrum framework
• Roles and responsibilities in Scrum (Scrum Master, Product Owner, Development Team)

Module 2: Scrum Events

• Sprint Planning: Planning the work for the upcoming Sprint
• Daily Scrum: Daily stand-up meetings to synchronize the team’s activities
• Sprint Review: Reviewing the increment and gathering feedback from stakeholders
• Sprint Retrospective: Reflecting on the Sprint and identifying opportunities for improvement

Module 3: Scrum Artifacts

• Product Backlog: Maintaining a prioritized list of work items
• Sprint Backlog: List of tasks committed for the Sprint
• Increment: Potentially shippable product increment created during each Sprint

Module 4: Estimation and Planning

• Story Points vs. Time-Based Estimates
• Techniques for backlog refinement and prioritization
• Sprint Burndown Charts and tracking progress

Module 5: Agile Principles and Values

• Manifesto for Agile Software Development
• Principles behind the Agile Manifesto
• Applying Agile values in day-to-day work

 

• Real-time Environment Terminology
• Continuous Integration (CI): The practice of frequently integrating code changes into a shared repository, followed by automated build and testing processes to ensure code quality and reliability.

 

• Continuous Deployment (CD): The practice of automatically deploying code changes to production or staging environments after successful completion of the CI process.

 

• Version Control: The practice of managing changes to source code and other project files using a version control system (e.g., Git), enabling collaboration, tracking history, and managing conflicts.

 

• Pull Request (PR): A request to merge changes from one branch or fork of a repository into another, typically accompanied by code review and discussion before the merge is accepted.

 

• Code Review: The process of systematically examining and providing feedback on code changes made by other developers to ensure code quality, readability, and adherence to coding standards.

 

• Bug: An error, flaw, or defect in software that causes it to behave unexpectedly or produce incorrect results.

 

• Feature Branch: A separate branch of code created for the purpose of developing a specific feature or fixing a bug, which is later merged back into the main codebase.

 

• Deployment Pipeline: An automated sequence of steps, including building, testing, and deploying code changes, typically orchestrated by a CI/CD tool.

 

• Environment: A distinct deployment target, such as development, testing, staging, or production, where software can be run and tested.

 

• Scalability: The ability of a system to handle increasing workload or growing demands by adding resources or adjusting architecture without negatively impacting performance or reliability.

 

• Microservices: An architectural style that structures an application as a collection of loosely coupled, independently deployable services, each responsible for a specific function or feature.

 

• Containerization: The practice of packaging software into lightweight, portable containers (e.g., Docker) that include everything needed to run, ensuring consistency across different environments.

 

• Monitoring and Logging: The process of collecting, analyzing, and visualizing data about the performance, availability, and behavior of a software system, often using tools like Prometheus, Grafana, and ELK stack.

 

• Bug/Defect: An error, flaw, or unexpected behavior in the software that deviates from its intended functionality.

 

• Feature: A piece of functionality or capability provided by the software to fulfill a user requirement.

 

• User Story: A description of a software feature from an end-user perspective, often written in the form “As a [user], I want [feature], so that [benefit].”

 

• Acceptance Criteria: Conditions that a software feature must satisfy to be considered complete and accepted by the product owner or stakeholders.

 

• Test Case: A set of conditions or steps used to determine whether a software application or feature behaves as expected under specific circumstances.

 

• Regression Testing: Testing performed to ensure that recent changes or additions to the software have not adversely affected existing functionality.

 

• Integration Testing: Testing performed to verify the interaction between different components or modules of the software.

 

• Unit Testing: Testing performed on individual units or components of the software to ensure their correctness and reliability.

 

• Code Review: A process where developers examine each other’s code to identify defects, improve code quality, and ensure adherence to coding standards.

 

• Code Coverage: A measure of the percentage of code that is executed during testing, typically used to assess the thoroughness of testing efforts.

 

• Build: A compiled version of the software, typically created by a build automation tool, which includes all necessary files and dependencies.

 

• Environment: A specific configuration or setup where software is deployed or tested, such as development, testing, staging, or production environment.

 

• Deployment: The process of installing, configuring, and making software available for use in a specific environment.

 

• Continuous Integration (CI) ,Continuous Deployment (CD)

 

• Smoke Testing, Black Box Testing ,White Box Testing ,Load Testing:
• Requirements Gathering
• Requirements Analysis
• Query Log
• DB Design
• Real-time Coding Standards

Real Time tools used in Project

1)     Maven , Gradle

2)     Debugging  Tools

3)     Version Control tools: GIT , GITHUB & Bit Bucket

4)     Log4J & ELK

5)     Putty & WinScp

6)     JUNIT , TestNg

7)     Mocking

8)     JaCoCoo

9)     Jfrog, Nexus, ECR, DockerHub, SonarQube

10)  JIRA

11)  Jenkins, Docker, Kubernetes

12)  JMETER

13)  Apache Kafka

14)  Mysql, Postgre, Redis Cache

15)  POSTMAN

16)  Swagger

AWS (Cloud)

• What is Cloud Computing
• AWS Introduction
• AWS Advantages
• AWS Account Creation
• AWS Services Tour
• Launching EC2 Machine (Linux)
• Connecting to EC2 using Putty/Copy files using WINSCP
• Linux Commands
• S3 Buckets
• RDS (Relation Database System),Elastic Cache , Dynamodb
• Deploying Spring boot app in AWS
• Load Balancing
• Auto Scaling
• IAM User, Roles
• Route 53
• AWS Lambda
• Beanstalk
• EKS/ECS/ECR
• API Gateway
• Cloud Watch

INTERVIEW GUIDE

• Resume Preparation
• Profile Creation in job portals
• Email Writing, Covering Letter
• HR Discussion details , Consultancy Details
• Joining Formalities
• Exit Formalities
• Daily Activities in Job
• Interview Tips & Tricks
• ConsultancySupport,JobReferences