Java Full Stack — React JS
Core Java • Spring Boot • REST API • Apache Kafka • JPA / Hibernate • Microservices • React JS • SQL
Comprehensive full-stack enterprise development program covering Core Java (17/21), Spring Boot, REST APIs, Apache Kafka event streaming, JPA/Hibernate, microservices architecture, React JS frontend, Oracle SQL, and MySQL.
What You Will Master in 12 Weeks
Comprehensive full-stack enterprise development program covering Core Java (17/21), Spring Boot, REST APIs, Apache Kafka event streaming, JPA/Hibernate, microservices architecture, React JS frontend, Oracle SQL, and MySQL.
Program Highlights
Daily & Weekly Learning Routine
- Daily 90-minute structured classes with live interactive demonstrations
- Daily hands-on coding exercises and lab implementations
- Weekly twice Show & Tell architecture defense sessions
- Weekly doubt-clearing and personalized mentoring
- Monthly mini projects and final enterprise capstone presentation
Technologies & Core Competencies
Targeted industry stack covered through live coding, architecture blueprints, and dedicated sandbox labs.
Core Competencies Covered
Enterprise Tools & Platforms
Comprehensive 12-Week Curriculum
Exact, comprehensive weekly topics taken directly from official CES program specifications. Every week features hands-on assignments and code reviews.
Core Java Language Fundamentals & OOP
Mastering Java 17/21 language features, object-oriented design, and JVM execution model
- Java platform history, JDK, JRE, and JVM architecture with bytecode execution
- Data types, operators, control flow statements, arrays, and string handling (immutability, StringBuilder)
- Classes, objects, constructors, this keyword, method overloading, and access modifiers
- Inheritance, method overriding, super keyword, and the Object class contract (equals, hashCode)
- Abstract classes, interfaces, default/static interface methods, and loose coupling design
- Encapsulation, records, sealed classes, and Java package organization
Employee & Student Management System Console Application with OOP Principles
Collections, Generics, Streams & Concurrency
Working with complex data structures, functional programming, and multithreading in Java
- Collections Framework: List (ArrayList, LinkedList), Set (HashSet, TreeSet), Map (HashMap, TreeMap)
- Generics: type parameters, wildcards (? extends / ? super), and type safety
- Functional interfaces (Predicate, Function, Consumer, Supplier) and Lambda expressions
- Stream API: filter, map, flatMap, collect, groupingBy, and parallel streams
- Multithreading fundamentals: Thread class, Runnable, synchronization, locks, and ExecutorService
- Java I/O and NIO: file manipulation, serialization, and JDBC database connectivity
Multi-Threaded File Ingestion & Data Transformation Engine using Streams and JDBC
Relational Database Management with Oracle & MySQL
Designing relational database schemas, executing advanced SQL queries, and optimizing indexes
- Relational database concepts: tables, primary keys, foreign keys, constraints (NOT NULL, UNIQUE, CHECK)
- SQL DML & DDL operations: INSERT, UPDATE, DELETE, CREATE TABLE, ALTER TABLE
- Querying techniques: INNER JOIN, LEFT/RIGHT OUTER JOIN, subqueries, and correlated subqueries
- Aggregate functions, GROUP BY, HAVING, and window functions (ROW_NUMBER, DENSE_RANK)
- Transactions: COMMIT, ROLLBACK, SAVEPOINT, and ACID properties
- Indexing strategies: clustered vs non-clustered indexes, and query execution plans
Enterprise Retail Schema Design with Complex Analytical Queries across MySQL and Oracle
JPA & Hibernate ORM Persistence Layer
Bridging Java object models to relational databases with JPA and Hibernate ORM
- Object-Relational Mapping (ORM) fundamentals and Java Persistence API (JPA) specification
- Entity mapping: @Entity, @Table, @Id, @GeneratedValue, and basic data types
- Relationship mappings: @OneToOne, @OneToMany, @ManyToOne, and @ManyToMany with join tables
- Entity lifecycle: Transient, Persistent, Detached, Removed, and the EntityManager API
- JPQL (Java Persistence Query Language) and Criteria API for dynamic querying
- Hibernate caching mechanisms: First-Level Cache, Second-Level Cache, and solving the N+1 problem
Comprehensive Data Access Layer with JPA/Hibernate Entity Mappings and Query Optimization
Spring Boot 3 Core & Architecture
Developing production-grade enterprise microservices with Spring Boot 3
- Spring Framework foundations: Inversion of Control (IoC) container and Dependency Injection (DI)
- @Component, @Service, @Repository, @Controller, @Autowired, and bean scopes
- Spring Boot philosophy: auto-configuration, starter POMs, and standalone execution
- Configuration management: application.properties / application.yml and @Value / @ConfigurationProperties
- Spring Data JPA: JpaRepository, derived query methods, pagination, and sorting
- Production monitoring with Spring Boot Actuator, health checks, and metrics
Product & Inventory Management Service with Spring Boot 3 and Spring Data JPA
RESTful API Design, Validation & Security
Building and securing enterprise REST APIs with Spring MVC and Spring Security
- REST architectural style: resource naming, HTTP methods, status codes, and headers
- Spring MVC controllers: @RestController, @RequestMapping, @GetMapping, @PostMapping
- Request validation with Jakarta Bean Validation (@NotNull, @Size, @Email, @Valid)
- Global exception handling with @ControllerAdvice and @ExceptionHandler
- Spring Security 6 architecture: SecurityFilterChain, AuthenticationProvider, and UserDetailsService
- Stateless authentication using JSON Web Tokens (JWT): filter interceptors and claims validation
Secure Customer Banking REST API with Role-Based JWT Security and OpenAPI Documentation
Apache Kafka Event-Driven Architecture
Implementing distributed messaging and asynchronous event streams with Apache Kafka
- Event-driven architecture concepts vs request-response models
- Kafka cluster architecture: ZooKeeper/KRaft, brokers, topics, partitions, and replication
- Kafka producers: record publishing, partitioners, ACKs, retries, and idempotence
- Kafka consumers: consumer groups, offset tracking, rebalancing, and commit strategies
- Integrating Kafka with Spring Boot: KafkaTemplate, @KafkaListener, and JSON serialization
- Error handling, dead-letter topics (DLT), and consumer retry policies
Real-Time Payment Event Streaming System with Kafka Producers, Consumers, and Dead-Letter Topics
Microservices Architecture & Cloud Resilience
Building distributed, resilient microservice systems using Spring Cloud components
- Microservices architecture principles: service decomposition, autonomy, and decentralized data
- Service discovery and registration with Spring Cloud Netflix Eureka
- API Gateway routing, rate limiting, and filtering with Spring Cloud Gateway
- Declarative REST clients using Spring Cloud OpenFeign
- Resilience patterns with Resilience4j: Circuit Breaker, Retry, RateLimiter, and Bulkhead
- Distributed tracing with Micrometer Tracing and Zipkin
Distributed Microservices Ecosystem with Eureka Registry, Cloud Gateway, and Resilience4j
Modern React JS Frontend Fundamentals
Developing responsive single-page client applications with React 18+ and JavaScript ES6+
- Modern JavaScript (ES6+): arrow functions, destructuring, spread operator, modules, and promises
- React architecture: components, Virtual DOM, and JSX syntax
- Functional components, passing props, and conditional rendering
- Managing state with useState hook and side effects with useEffect hook
- Form handling, controlled inputs, synthetic events, and validation feedback
- Styling React applications with Tailwind CSS and modern UI component patterns
Responsive Customer Banking Portal Frontend with Transaction History and Forms
React Routing, Custom Hooks & Global State
Structuring complex React applications with routing, custom hooks, and context state
- Single-page client routing with React Router 6: Routes, Route, Link, useNavigate, and useParams
- Creating protected routes and authentication route guards
- Authoring custom hooks for shared logic (useAuth, useFetch, useDebounce)
- Global state management with Context API and useReducer hook
- Connecting to backend REST APIs using Axios with interceptors for JWT token handling
Multi-View Banking Dashboard with Protected Routes, Context State, and Axios Interceptors
Full-Stack Integration & Docker Containerization
Connecting React frontend to Spring Boot backend and containerizing the entire ecosystem
- Cross-Origin Resource Sharing (CORS) configuration in Spring Boot and dev proxies
- Full-stack authentication flow: login, token storage, auto-logout, and token refresh
- Building production bundles of React application (Vite build)
- Writing multi-stage Dockerfiles for Spring Boot microservices and React static Nginx serving
- Orchestrating the full multi-tier stack with Docker Compose (React + Gateway + Services + Kafka + DB)
Containerized Multi-Tier Full-Stack Deployment with Docker Compose
Enterprise Full-Stack Capstone Project & Defense
Delivering an enterprise-grade full-stack product and conducting architectural defense
- End-to-end integration of full-stack capstone e-commerce and banking platform
- Automated test coverage: JUnit 5, Mockito for backend, and React Testing Library for frontend
- Performance benchmarking, database indexing review, and security audit
- Comprehensive technical mock interview covering Core Java, Spring Boot, React, and system design
- Live Show & Tell capstone defense before enterprise technical leads
Enterprise Banking & Payments Platform with React UI, Spring Boot Microservices, and Kafka
Industry Projects & Capstone Deliverables
Graduation requires building and presenting an enterprise portfolio project following the standard software development lifecycle.
Enterprise Banking & Payments Management Platform
Full-stack banking application with React frontend, Spring Boot microservices, Spring Security JWT, JPA persistence with PostgreSQL, and Kafka transaction event streaming.
E-Commerce Order & Inventory Microservices
Event-driven microservices platform with API Gateway, service registry, resilient inventory updates via Kafka topics, and responsive React customer portal.
Who Can Join This Program
- Graduates and engineering students wanting to become enterprise-ready Java full-stack developers
- Backend Java developers looking to master modern React JS frontend and event-driven Kafka architecture
- Software engineers transitioning from legacy stacks to modern Spring Boot microservices and React
Laptop & System Requirements
- Basic understanding of programming logic and object-oriented fundamentals
- Familiarity with HTML/CSS or basic database concepts is helpful
- Broadband internet connection for live interactive labs
Target Career Opportunities & Preparation
Target Job Roles
Interview Preparation Structure
- Core Java internal mechanics: JVM memory layout, garbage collection, multithreading, and synchronizers
- Spring Boot internals: autoconfiguration, bean lifecycles, proxy mechanisms, and transaction management
- Hibernate caching: first-level, second-level, query cache, N+1 query troubleshooting, and dirty checking
- Microservices patterns: API gateway, service discovery, distributed tracing, and saga transaction pattern
- Live mock technical interviews, algorithmic coding challenges, and GitHub portfolio review
Questions About This Program
How is this course different from the Enterprise Java + AEM program?
While the Java + AEM program focuses specifically on Adobe Experience Manager enterprise content management, this program is a pure Modern Full-Stack curriculum covering modern React 18+ on the frontend and Spring Boot microservices, JPA, and Apache Kafka event-driven architectures on the backend.
Will I learn real-time event streaming with Apache Kafka?
Yes. The program dedicates dedicated weeks to Apache Kafka, teaching you how to configure brokers, partition topics, publish events, and manage consumer groups in production microservices.
Ready to Begin the Java Full Stack — React JS?
Register your profile for skill baseline evaluation or speak directly with an academic advisor via WhatsApp to confirm the next batch schedule.