JAVA BACK-END DEVELOPMENT

This instructor-led live online training program is designed to provide participants with a comprehensive understanding of Java Back-End Development using various Spring Projects and libraries. This training program is suitable for software developers and engineers who want to gain knowledge and hands-on experience in developing enterprise-grade applications.

Technology Stack

The program covers a wide range of topics, including Core Java, Spring Framework, Spring MVC, Spring Boot, Spring Cloud suite of tools such as Spring Eureka server, Spring Cloud Gateway, Spring Cloud Config Server, Auth Server, GitHub, Vault, Zipkin, Elasticsearch, Logstash, Kibana, Resilience4J, Kafka, RabbitMQ, Hibernate, Spring Data JPA, Spring Data MongoDB, Lombok, Docker Hub Client & Compose, Kubernetes, Postman, H2, MongoDB Cloud Database, Spring Tools Suite (IDE).
 

Participants will start by learning the fundamentals of Spring Framework and gradually move towards advanced topics such as Spring Boot, Spring Cloud, and other Spring projects. They will also gain hands-on experience with various tools such as Docker, Kubernetes. The training program includes practical exercises,  and real-world like projects that will enable participants to apply the concepts learned in real-life scenarios. Participants will also have access to the Spring Tools Suite (IDE) to build applications. At the end of this training program, participants will be able to design, develop, test enterprise-grade applications using Java Back-End Development with Spring Projects, libraries and be able to apply them in different scenarios.

In today's fast-paced world of software development, building scalable and resilient microservices is a crucial skill for Java back-end developers. Spring Boot has emerged as one of the leading frameworks for developing microservices due to its ease of use and robust ecosystem. To excel in Spring Boot microservices development, you need a comprehensive toolkit of technologies and tools. In this training, we will explore the essential technologies required for a Java Back-End Development  focused on Spring Boot Microservices.

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The listed Spring Projects and Libraries are commonly used in the development of REST APIs with the Spring ecosystem:

Core Java:
Core Java is the foundation of all Java-based development, and it's indispensable for Spring Boot microservices development. You need a strong understanding of Java fundamentals, Object-Oriented Programming(OOP), Exception Handling, Lambda Expressions, Generics, Collections and I/O Streams.

Spring Framework:
Spring Framework provides the fundamental building blocks for creating Java applications. You'll use concepts like dependency injection, aspect-oriented programming, and more to enhance your microservices.

Spring MVC:
Spring MVC is a critical component for building web-based microservices. It facilitates the development of RESTful APIs and handles HTTP requests and responses.

Spring Boot:
Spring Boot simplifies the process of creating stand-alone, production-grade Spring-based applications. It includes embedded servers, auto-configuration, and a wide range of plugins, making it perfect for microservices.

Spring Cloud Suite of Tools:
Spring Cloud is essential for creating microservices that are cloud-native and highly scalable. Key components include:

Spring Eureka Server: Service discovery and registration.
Spring Cloud Gateway: API gateway for routing and load balancing.
Spring Cloud Config Server: Centralized configuration management.
Auth Server: Handles authentication and authorization for microservices.

GitHub:
Version control is essential for collaborative development. GitHub allows you to manage your codebase efficiently, collaborate with others, and track changes.

Vault:
Vault is a secret management tool that helps secure sensitive information like API keys, passwords, and tokens in your microservices.

Zipkin:
Zipkin is a distributed tracing system that aids in monitoring and diagnosing performance issues in microservices architectures.

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Elasticsearch, Logstash, Kibana (ELK Stack):
These tools form a powerful log and data analysis stack. They help you collect, parse, store, and visualize log data, making it easier to monitor and troubleshoot your microservices.

Resilience4J:
Resilience4J is a fault tolerance library that helps you build resilient microservices by adding features like circuit breakers and rate limiters.

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Kafka and RabbitMQ:
These message brokers are crucial for building event-driven microservices. They enable communication and data streaming between services.

Hibernate and Spring Data JPA:
These technologies simplify database access in your microservices by providing high-level abstractions and reducing boilerplate code.

Spring Data MongoDB:
If your microservices use MongoDB, Spring Data MongoDB offers seamless integration and simplifies data access.

Lombok:
Lombok reduces boilerplate code in Java classes, improving code readability and maintainability.

Docker Hub Client & Compose:
Docker is essential for containerizing your microservices, and Docker Compose simplifies multi-container deployments.

Kubernetes:
Kubernetes is a powerful container orchestration platform that helps manage, scale, and deploy your microservices in a containerized environment.

Postman:
Postman is a useful tool for testing and documenting your APIs, ensuring they meet their specifications.

H2:
H2 is an in-memory database often used for testing and development purposes in microservices projects.

MongoDB Cloud Database:
If you opt for MongoDB, using a cloud-based service can simplify database management and scaling.

Spring Tools Suite (IDE):
Spring Tools Suite provides an integrated development environment tailored for Spring-based applications, making development more efficient.

To excel in Spring Boot microservices development, mastering these technologies and tools is essential. They provide a solid foundation for building robust, scalable, and resilient microservices that can thrive in the modern world of software development. A Java Back-End Development course that incorporates these technologies will prepare you for success in this dynamic field.

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Audience

The audience for Java backend development training would typically include aspiring or experienced software developers, programmers, and engineers who are interested in building scalable and robust backend systems using Java. This may include individuals who are already familiar with Java programming or other programming languages and are looking to expand their knowledge in the area of backend development.
The training may also be relevant for professionals working in the IT industry, including software architects, technical leads, project managers, and software consultants, who want to deepen their understanding of Java backend development and learn best practices and industry-standard tools and frameworks for building high-performance, scalable backend systems as well as students and academics who are studying computer science, software engineering, or related fields and are interested in learning about backend development using Java.