Know More about our Programs

Share your details with us and our team will help you choose the program that suits you best

Download Brochure

Check out the program and fee details in our brochure

Oops!! Something went wrong, Please try again.
Name
Email
Mobile Number

By submitting the form, you agree to our Terms and Conditions and our Privacy Policy.

Phone Icon

We are allocating a suitable domain expert to help you out with your queries. Expect to receive a call in the next 4 hours.

What will you learn in Microservices Course?

  • Learn about the expectations and characteristics of microservices architecture
  • Understand the failures, modeling challenges, and load-balancing strategies in microservices
  • Master the 12-Factor app in microservices development
  • Knowledge of architecture and design patterns for microservices implementation
  • Learn to identify and overcome anti-patterns in microservices
  • Gain skills to migrate from monolithic systems to microservices

EXPLORE OUR COURSES

Learn Microservices Through These Courses

Explore the microservices courses below that cover crucial concepts like microservices architecture, design patterns, and more.

Skills you will gain from Microservices Courses

  • Ability to design, implement, and maintain microservices architecture
  • Proficiency in modeling, load balancing, and failure handling in microservices
  • Ability to implement the 12-factor app method in microservices development
  • Get acquainted with various design patterns for microservices deployment
  • Learn to identify and avoid anti-patterns in microservices development
  • Apply event-driven architecture and security enforcement for microservices

About Microservices Courses

About Microservices

Microservices architecture has become a popular approach to software development in recent years. With the increasing demand for agility, scalability, and flexibility in software applications, microservices have emerged as a viable solution for modern businesses. By breaking down applications into small, independent services, microservices architecture enables faster development and deployment, improved scalability, and easier maintenance.
 

To fully understand microservices architecture, learning about its fundamental principles, design patterns, and best practices is essential. Dedicated microservices courses provide comprehensive knowledge about these topics and are a great way to gain practical experience in developing microservices-based applications.
 

Microservices Architecture

Microservices architecture is a software development process involving building a system as a collection of small, independent services that communicate with each other through well-defined APIs. This architecture offers several benefits, such as improved scalability, flexibility, and resilience, but it also poses unique challenges, such as maintaining consistency and coordination across the system.
 

To master the intricacies of microservices architecture, learners need to have a strong foundation in various aspects of this architecture. This includes understanding the principles, benefits, and challenges of Microservices, as well as its best practices and implementation strategies.
 

The microservices courses are designed to help learners gain a deep understanding of microservices architecture by covering these key areas in detail. Through the courses, learners will explore topics such as design patterns, API design, service discovery, and load balancing, among others. The courses provide hands-on experience in developing microservices-based applications and working with various microservices-related tools and technologies.
 

By taking the microservices courses, learners can build a strong foundation in Microservices architecture, gain practical experience, and develop the skills needed to design and develop scalable and resilient Microservices-based applications.
 

Microservices Fundamentals and Best Spring Boot Microservices

Microservices architecture is based on several fundamental concepts, including service discovery, containerization, and scaling. Service discovery allows microservices to locate and communicate with one another, while containerization enables the deployment of microservices in a scalable and efficient manner. Scaling, on the other hand, ensures that microservices can handle changes in demand and traffic.
 

To master these fundamental concepts of Microservices architecture, learners can take advantage of Spring Boot Microservices Courses. Spring Boot is a popular framework for creating Microservices-based applications and provides developers with a wide range of tools and features to simplify the development process.
 

The best Spring Boot Microservices Courses provide learners with a comprehensive understanding of the Spring Boot framework and how to use it to develop Microservices-based applications. The courses cover topics such as creating Microservices with Spring Boot, using Spring Cloud for service discovery and configuration, and deploying and scaling Microservices in a production environment.
 

By taking Spring Boot Microservices Courses, learners can gain practical experience in developing Microservices-based applications using industry-standard tools and techniques. This can help them develop the skills needed to build scalable and resilient Microservices-based applications, which are in increased demand in the tech industry.
 

Java Microservices Course

Java is a popular programming language for building Microservices-based applications due to its flexibility, scalability, and robustness. Java provides developers with a wide range of libraries and tools to simplify the development process and ensure the reliability of Microservices-based applications.
 

To learn Java Microservices, learners can take advantage of dedicated Java Microservices Courses. These courses provide learners with a comprehensive understanding of Java and its role in Microservices architecture.
 

By taking Java Microservices Courses, learners can gain practical experience developing Microservices-based applications using Java and industry-standard tools and techniques. This can help them develop the skills needed to build scalable and resilient Microservices-based applications, which are in demand in the tech field.
 

Best Microservices Courses

Great Learning's Cloud Computing Course covers microservices in-depth and is considered some of the best in the industry for several reasons. Firstly, the course is designed by industry experts with years of experience in Microservices architecture, ensuring learners access the latest and most relevant content. Additionally, the courses cover a wide range of topics, including architecture, design patterns, security, and migration, providing learners with an extensive microservices course syllabus and a comprehensive understanding of the concepts.
 

The course also offers hands-on experience, essential in mastering microservices architecture. Through projects, learners apply what they have learned in real-world scenarios, gaining valuable experience and developing the skills required to succeed in their careers.
 

The quality of Great Learning's microservices courses is also reflected in its reputation in the industry. The courses have been recognized by leading companies in the tech industry, making them a valuable addition to a learner's resume.
 

By taking Great Learning's Microservices Courses, learners can attain a competitive edge in the job market and advance their careers. With the demand for microservices architecture increasing rapidly, mastering this technology can open up new and exciting opportunities for learners in the tech industry.

Frequently asked questions

What are Microservices?

Microservices are an architectural style of developing software applications as a suite of independently scalable, deployable, small, modular services that communicate with each other via APIs, typically running in containers or lightweight virtual machines.

Key features of Microservices:

  • A software development architecture that breaks down an application into small, modular services.
  • Designed to be flexible, scalable, and resilient.
  • Allow for faster development, testing, and deployment of new features and updates.
  • Can enable organizations to adopt a DevOps culture and agile development methodologies.
What are the types of Microservices?

Different types of Microservices can be distinguished based on factors like statefulness, size, domain, communication patterns, data access patterns, granularity, and performance requirements.

  • Stateful Microservices: Require persistent data storage and maintain their state between requests.
  • Stateless Microservices: Don't require persistent data storage and don't maintain their state between requests.
  • API Gateway: Serves as an entry point for all requests to the Microservices architecture, routing requests to the appropriate services.
  • Service Registry: Maintains a directory of available Microservices and their locations.
  • Load Balancer: Distributes incoming requests across multiple instances of the same service for improved scalability and availability.
  • Circuit Breaker: Helps to prevent system failures caused by service outages by breaking the connection to a failing service and redirecting requests to other services.
  • Event-Driven Microservices: Communicate with each other via events or messages.
  • Process-Based Microservices: Designed to perform specific business processes or workflows within an application.
Why learn Microservices?

Learning Microservices is advantageous because it offers:

  • Improved scalability and flexibility of software applications.
  • Faster development and deployment of new features and updates.
  • Increased resiliency and fault tolerance of applications.
  • Easier maintenance and upgrades of applications.
  • Reduced costs of developing and maintaining applications.
  • Enable organizations to adopt agile development methodologies and DevOps culture.
  • Improve performance and user experience of applications.
  • Increased job opportunities and career growth in the field of software development.
What job roles are available for individuals with Microservices knowledge and skills?

Individuals with Microservices knowledge and skills can pursue various job roles like:

  • Microservices Architect: Design and implement microservices-based architectures for applications.
  • DevOps Engineer: Build and maintain the infrastructure for deploying microservices in a DevOps environment.
  • Cloud Engineer: Deploy and manage microservices on cloud platforms like AWS, Azure, and GCP.
  • Full-Stack Developer: Develop both front-end and back-end components of microservices-based applications.
  • Software Engineer: Design, develop, and test software solutions using a microservices architecture.
  • Solution Architect: Provide end-to-end solutions using microservices architecture for complex business requirements.
  • Technical Lead: Lead and manage the development team working on microservices-based applications.
  • Application Developer: Develop and deploy microservices-based applications using various programming languages and frameworks.
  • Back-end Developer: Develop and maintain the back-end components of microservices-based applications.
  • Infrastructure Engineer: Set up and maintain the infrastructure required for deploying and scaling microservices-based applications.
What is the average salary hike for a certified Microservices professional?

The average salary for a Microservices Developer is $74,884, and a certified Microservices professional can expect a salary hike of around 10-20%.

What topics will be covered in the Microservices courses?

The Microservices module is a part of the PG Cloud Computing course syllabus. 

The topics covered in the modules include:

  • Microservices architecture and design patterns
  • Containerization with Docker and Kubernetes
  • REST API development with Spring Boot and Node.js
  • Event-driven architecture and messaging with Kafka
  • Service discovery and load balancing with Consul and Istio
  • Security and monitoring in Microservices
  • Continuous Integration and Deployment with Jenkins and GitLab
  • Migration strategies from monolithic to Microservices
  • Microservices testing and debugging techniques
  • Performance optimization and scalability of Microservices-based applications.
What are the prerequisites to learning the Microservices course?

The general prerequisites to learning Microservices include:

  • Knowledge of programming languages like Java, Node.js, or Python
  • Familiarity with RESTful API development
  • Experience with containerization and virtualization technologies like Docker and VMs
  • Understanding of Agile and DevOps methodologies
  • Knowledge of databases like SQL and NoSQL.
Why learn the Microservices course from Great Learning?

Learning Microservices from Great Learning offers:

  • Hands-on experience with real-life projects and case studies
  • Industry-recognized certificate on course completion
  • Expert faculty with extensive industry experience
  • Flexible learning options with online and classroom modes
  • Comprehensive curriculum covering the latest technologies and trends
  • Career support and guidance with placement assistance
  • Networking opportunities with peers and industry professionals.
Does Great Learning offer free courses to learn Microservices?

Yes, Great Learning offers Microservices-related free courses on the Great Learning Academy platform. 

Free Courses: Become a Full-Stack Developer, Introduction to DevOps, and DevOps Landscape.