Training on Advanced Java Programming

What is Advanced Java Programming?

Advanced Java programming focuses on building scalable, high-performance, and maintainable applications using advanced language features, concurrency models, and enterprise frameworks. It extends core Java knowledge into real-world application architecture using tools and frameworks widely adopted in enterprise software development.

Many Java developers face challenges when moving beyond basic application development:

• Poor application performance under load
• Limited understanding of concurrency and multithreading
• Inefficient or unstructured code design
• Difficulty building scalable enterprise systems
• Lack of framework integration experience (Spring, Hibernate)

Without advanced skills, applications become difficult to scale, maintain, and optimize.

This course provides a structured progression into advanced Java development. Participants gain hands-on experience in concurrency, functional programming, design patterns, and enterprise frameworks such as Spring and Hibernate to build production-ready applications.

Key Concepts Covered

• Advanced object-oriented programming principles
• Multithreading and concurrency management
• Java Streams API and functional programming
• Exception handling and performance optimization
• Design patterns (creational, structural, behavioral)
• Enterprise development using Spring Framework
• ORM and database integration using Hibernate
• RESTful API development in Java
• Code scalability, modularity, and maintainability

Participants will apply skills to:

• Build scalable enterprise Java applications
• Develop high-performance backend systems
• Design REST APIs for web and mobile applications
• Improve application efficiency using concurrency
• Integrate Java applications with databases and enterprise systems

By the end of the course, participants will be able to design and develop advanced Java applications using modern frameworks, implement concurrency effectively, apply design patterns, and build scalable enterprise-grade systems.

Duration

5 Days

Who Should Attend

• Java developers and software engineers
• Backend developers and system architects
• Full-stack developers working with Java stacks
• Software engineers transitioning to enterprise development
• Technical leads and application developers

Organisational Impact

• Enhances software reliability and performance through optimized code and advanced Java features.

• Improves productivity by equipping developers with skills to efficiently use frameworks like Spring and Hibernate.

• Reduces development and maintenance costs by promoting reusable, scalable, and maintainable code structures.

• Strengthens the organization’s capability to deliver enterprise-level, secure, and high-performing applications.

• Increases competitiveness by adopting modern programming practices and tools aligned with industry standards.

Personal Impact

• Deepens expertise in advanced Java concepts such as multithreading, concurrency, and design patterns.

• Builds proficiency in widely-used enterprise frameworks (Spring, Hibernate), boosting career prospects.

• Enhances problem-solving skills for developing scalable and high-performance applications.

• Expands career opportunities in software development, enterprise applications, and system architecture.

• Increases confidence in handling complex coding challenges and contributing to large-scale projects.

By the end of this course, participants will be able to:

• Implement advanced Java features such as multithreading, concurrency, and Java streams.
• Utilize design patterns to create scalable and maintainable Java applications.
• Integrate Java applications with databases using modern ORM frameworks like Hibernate.
• Develop enterprise-level applications using the Spring framework.
• Optimize Java applications for performance and memory management.

Module 1: Advanced Java Concepts

• Java Generics and Collections
• Java I/O and NIO
• Exception Handling in Java
• Annotations and Reflection
• Lambda Expressions and Functional Interfaces

Module 2: Multithreading and Concurrency

• Thread Lifecycle and Management
• Synchronization and Locks
• Concurrent Collections
• Executors and Thread Pools
• Fork/Join Framework

Module 3: Java Streams and Functional Programming

• Stream API: Introduction and Usage
• Intermediate and Terminal Operations
• Parallel Streams
• Functional Programming in Java
• Stream Performance and Optimization

Module 4: Design Patterns in Java

• Creational Patterns (Singleton, Factory, Builder)
• Structural Patterns (Adapter, Decorator, Proxy)
• Behavioral Patterns (Observer, Strategy, Command)
• Implementing Design Patterns in Java
• Case Studies on Design Patterns

Module 5: Building Enterprise Applications

• Introduction to Spring Framework
• Dependency Injection and Aspect-Oriented Programming
• Spring Boot for Microservices
• Integrating Hibernate for ORM
• Building RESTful Web Services with Spring MVC