Microservices architecture has become increasingly popular in recent years due to its ability to promote scalability, flexibility, and agility in software development. As a result, there has been a surge of interest in Microservices courses online, which aim to provide learners with the necessary knowledge and skills to design, build, and deploy Microservices-based applications. In this article, we will explore some of the best Microservices courses available online, highlighting their key features, strengths, and weaknesses. Whether you are a beginner or an experienced developer looking to upskill, this guide will help you make an informed decision on which course to choose.
Here’s a look at the Best Microservices Courses and Certifications Online and what they have to offer for you!
Best Spring Boot Microservices Course Online
- Best Spring Boot Microservices Course Online
- 1. Master Microservices with Spring Boot and Spring Cloud by in28Minutes Official (Udemy) (Our Best Pick)
- 2. Microservices with Node JS and React by Stephen Grider (Udemy)
- 3. Serverless Framework Bootcamp: Node.js, AWS & Microservices by Ariel Weinberger (Udemy)
- 4. Microservices Software Architecture: Patterns and Techniques by Binary Brain (Udemy)
- 5. Microservices Architecture – The Complete Guide by Memi Lavi (Udemy)
- 6. Spring Boot Microservices and Spring Cloud by Sergey Kargopolov (Udemy)
- 7. Microservices with Spring Cloud by Ken Krueger (Udemy)
- 8. Microservices: Designing Highly Scalable Systems by Sean Campbell (Udemy)
- 9. Microservices Architecture and Implementation on .NET 5 by Mehmet Ozkaya (Udemy)
- 10. Getting Started .NET Core Microservices RabbitMQ by Manish Narayan (Udemy)
1. Master Microservices with Spring Boot and Spring Cloud by in28Minutes Official (Udemy) (Our Best Pick)
The Master Microservices with Spring Boot and Spring Cloud course, offered by in28Minutes, teaches learners how to develop RESTful web services and microservices using Java, Spring Boot, Spring Web MVC, Spring Web Services, Spring Cloud, Docker, and Kubernetes. The course is divided into two parts: RESTful web services and microservices. The first part covers the basics of RESTful web services, including multiple features such as versioning, exception handling, and filtering. Learners also learn best practices for designing RESTful web services. The second part covers microservices, including how to establish communication between microservices, enable load balancing, scale up and down of microservices, and centralize microservices configuration using Spring Cloud Config Server. Learners also learn how to implement distributed tracing with Spring Cloud Sleuth and Zipkin and fault-tolerant microservices with Hystrix.The course consists of 44 sections, covering topics such as creating a Hello World service, implementing GET and POST methods for user resources, setting up Spring Cloud Config Server, creating a hard-coded currency exchange service, setting up client-side load balancing with Ribbon, and introducing distributed tracing with Zipkin. Learners are introduced to Docker and Kubernetes in the course’s third and fourth parts, respectively. The course is designed for beginners and experienced developers who want to gain knowledge on RESTful web services, Spring Boot, microservices, Docker, and Kubernetes.The course is well-received by learners, as evidenced by the 5-star reviews, which describe the instructor’s unique teaching style, easy-to-understand examples, and hands-on approach. The course includes troubleshooting guides, FAQs, and support in the Q&A section, as well as a free Udemy certificate of completion. In28Minutes offers 30 best-selling courses providing amazing learning experiences to 500,000 learners across the world.
This course, titled Microservices with Node JS and React, aims to teach learners how to build, deploy, and scale an E-Commerce app using microservices built with Node, React, Docker, and Kubernetes. It covers every major issue around microservices, providing solutions to challenges such as data replication and unordered event streams.
The course also serves as a perfect introduction to full-stack development, with detailed coverage of assembling a React app using Hooks, backend development, database design, and deployment strategies. It focuses on the most challenging aspects of microservices, providing strategies for easy-to-understand solutions.
The course does not use an off-the-shelf microservices framework, instead opting for as much custom code as possible to expose learners to the inner workings and challenges of microservices. It utilizes React and Next JS on the frontend, Node and Express for each service, and Mongo database or Redis for data storage. The entire app is deployed and runs in Docker containers executed in a Kubernetes cluster, with almost all of the code written in Typescript.
Upon completion of the course, learners will be able to architect a multi-service application, determine whether a microservices approach is suitable for their app, solve challenges in async, event-based communication, deploy a multi-service app to any cloud provider, and organize and enhance code reusability.
The course covers an incredible number of topics, including scalable microservices, server-side-rendered React apps, custom event bus implementation, Kubernetes deployments, authentication strategies, and more. It is organized into sections covering fundamentals, service orchestration, architecture, development environments, response normalization, database management, code sharing, and many others.
Overall, this course provides a comprehensive and detailed approach to mastering microservices with Node JS and React, with ample diagrams and explanations to ensure learners have a clear understanding of every step.
The Serverless Framework Bootcamp: Node.js, AWS & Microservices course aims to teach developers how to develop reliable and scalable back-end applications using Serverless Architecture. The course is designed to help developers focus on delivering valuable features, rather than worrying about infrastructure management, and to scale effortlessly to serve users reliably. Serverless Framework is a developer-friendly API that supports dozens of cloud providers, including Amazon Web Services, Google Cloud Platform, and Microsoft Azure. Additionally, Serverless Framework intelligently helps users manage their infrastructure as code, and is language-agnostic, allowing developers to use their language and runtime of choice.
The course is 100% hands-on and covers a range of topics related to developing Serverless applications following the microservices architecture. Participants will learn how to develop a real-world application, including REST API and CRUD endpoints, data persistence with AWS DynamoDB, cross-service communication with AWS SQS message queues, scheduled event triggers with AWS EventBridge, cloud stack management with AWS CloudFormation, object storage on the cloud with AWS S3, email notifications with AWS SES, middleware, authentication and authorization with Lambda Authorizer, data validation, and error handling.
The Serverless Framework is growing in popularity, with over 450,000 downloads per week and x5 growth over the past two years. Demand for Serverless experts is on the rise, making it one of the most in-demand skills in the market.
The Microservices Software Architecture: Patterns and Techniques course, offered by Binary Brain, provides an extensive overview of software architecture patterns and techniques required to design and implement robust and scalable microservices. The course is ideal for software developers looking to improve their architectural and programming skills, including both beginners and advanced programmers.
The course covers various techniques and design patterns, including Event Sourcing pattern, Saga pattern, Microservice Registration, Circuitbreaker pattern, API composition, Two Phase Commit, Microservice Discovery, and more. It is structured around video lectures that explain different techniques and architecture patterns, along with optional assignments to help reinforce the learning. The instructor is available to answer any queries regarding the course material.
The course has received positive reviews from hundreds of students on Udemy, stating that the lectures are clear and to the point, and the course is highly recommended for any developer looking to move on to a senior position or software architect role.
The course is divided into five sections, including Introduction, Codebase Practices, Communication, Data, and Fault tolerance & Monitoring. By the end of the course, students will have a comprehensive understanding of software architecture patterns and techniques required to develop microservices effectively.
The Microservices Architecture – The Complete Guide course, taught by Memi Lavi, offers students the opportunity to become experts in the world’s most popular software architecture style. The course covers all aspects of Microservices, from the basics of why they are needed to the most advanced concepts such as Service Mesh and CI/CD. The course is designed to be practical, with a real-world case study included to allow students to design a system using the concepts learned in the course.
At the end of the course, students will receive a Microservices Architecture Checklist to guide them through the process of designing Microservices systems. The course is suitable for anyone involved in software architecture and development, including junior and senior developers, architects, and system analysts. It is not necessary to have any prior knowledge of Microservices, although a basic understanding of software architecture is helpful.
Memi Lavi, the instructor, has over 20 years of experience in the software industry, with over 17 years as a Software Architect. He has worked with a variety of clients, including Fortune 100 enterprises, start-ups, government entities, defense, telco, and banking.
The course includes a range of topics such as the history of Microservices, problems solved by Microservices, designing Microservices Architecture, testing Microservices, Service Mesh, logging and monitoring, and breaking Monolith to Microservices. The course is highly recommended by students who have taken it, with many citing its practicality and comprehensiveness.
This video course titled Spring Boot Microservices and Spring Cloud teaches beginners how to build RESTful Web Services and Microservices from scratch using Spring Boot and Spring Cloud. Students will learn how to run Microservices on their own machine as well as in Docker Containers on AWS EC2 Linux machines. By the end of the course, students will be able to create and run their own RESTful Spring Boot Microservices in Spring Cloud. The course covers topics such as Eureka Discovery Service, Zuul API Gateway, Spring Cloud API Gateway, Load Balancer, Spring Cloud Config Server, Spring Cloud Bus and Rabbit MQ, and Spring Boot Actuator.
The course also includes a section on implementing User Authentication and User Authorization for REST API features using Spring Security and JWT. Students will learn how to use Spring Data JPA to store user details in a database, including H2 in-memory database and MySQL database server. The course covers Postman HTTP Client, Spring Tool Suite, and Spring Initializer.
In addition, the course teaches how to trace HTTP Requests with Spring Cloud Sleuth and Zipkin for distributed tracing and how to aggregate log files in one place with ELK stack (Logstash, Elasticsearch, Kibana). Students will learn how to start up AWS EC2 Linux machine, install Docker, create Docker images, and run Microservices in Docker containers on multiple EC2 Linux machines in Amazon AWS Cloud.
The course is divided into several sections, including Introduction, Setting up Development Environment, Building RESTful Web Services, Eureka Discovery Service, Users Microservice, Account Management Microservice, Zuul API Gateway, Spring Cloud API Gateway, H2 In-Memory Database, and more.
Other sections include Microservices Communication, Microservices communication – Hystrix Circuit Breaker, Microservices communication. Resilience4j – Circuit Breaker, Microservices communication.
Microservices with Spring Cloud is an online workshop that aims to teach the Microservices architectural style and its implementation using Spring technologies. The course begins with a solid introduction to the topic and provides practical experience through exercises featuring Spring Cloud. It also introduces Spring Boot and Spring Data for those unfamiliar with these technologies.
The course offers exercises that provide hands-on experience in working with various components of Spring Cloud. It aims to serve as a practical guide through the Spring Cloud projects, focusing on how they are utilized to implement microservice-based architecture. By the end of the course, learners should be able to articulate the advantages and disadvantages of the Microservices architectural style.
The course also covers Spring Boot, and learners will learn how to use it to build web interfaces, REST interfaces, and how to use Spring Data and Spring Data REST. Additionally, learners will gain the ability to build microservice-based applications using Spring Cloud technologies such as centralized, versioned configuration management, dynamic configuration updates, service discovery, client-side load balancing, declarative REST clients, and software circuit breakers.
The course is divided into five sections: Introduction, Introduction to Microservices, Modern Spring: Spring Boot, Spring Data, and Spring Data REST, Spring Cloud, and Wrap-Up, Final Thoughts, and Next Steps. The course provides a deep-dive into the Microservices architectural style, and learners will gain practical experience in implementing it using Spring technologies.
The Microservices: Designing Highly Scalable Systems course is designed to equip individuals with the necessary knowledge to create a robust, highly scalable microservices architecture. The course includes a comprehensive introduction to the world of microservices, making it an ideal option for those with limited prior knowledge. Upon completion, students will be able to manage data and distributed transactions in a microservices-based system, secure microservices, and understand how microservices interact with each other through asynchronous event-driven communication while maintaining autonomy and independence. Additionally, the course covers how to convert a monolithic application into microservices.
The course has received positive feedback from students, with many giving it a 5-star rating. Students have commended the course for its concise and easy-to-understand explanation of microservices architecture and its high-level approach. The information provided is concentrated and covers all aspects of microservice architecture. The course is a great starter course, providing an excellent overview of microservices principles, while also touching on key architectural concepts. The reading list at the end of the course is also helpful.
The course is divided into six sections: Introduction, Building Blocks, Data Management, Success Factors, Deployment and Infrastructure, and Recommendations. The Introduction section provides an overview of microservices, while the Building Blocks section covers the essentials of creating a microservices architecture. The Data Management section discusses how to manage data in a microservices-based system, while the Success Factors section outlines the key factors that contribute to the success of a microservices architecture. The Deployment and Infrastructure section covers how to deploy and manage microservices, and the Recommendations section provides guidance on how to effectively design microservices architecture.
This course, titled Microservices Architecture and Implementation on .NET 5, covers building microservices on the .NET platform, including the use of Asp.Net Web API, Docker, RabbitMQ, Ocelot API Gateway, MongoDB, Redis, PostgreSQL, SqlServer, Dapper, Entity Framework Core, CQRS, and Clean Architecture implementation. The course includes 24.5 hours of fully upgraded videos and focuses on developing e-commerce modules over Product, Basket, and Ordering microservices with NoSQL and Relational databases, communicating over RabbitMQ Event-Driven Communication, and using Ocelot API Gateway. The course also covers the implementation of the Catalog, Basket, Discount, and Ordering microservices, as well as the API Gateway Ocelot Microservice and the WebUI ShoppingApp Microservice. In addition to the technical content, the course emphasizes writing quality code and implementing best practices such as layered application architecture with DDD best practices, NLayer Hexagonal architecture, and Domain Driven Design. The course is aimed at developers who learn best by doing, as over 90% of the lessons involve coding along with the instructor. Visual Studio 2019 is used as the code editor, and Docker Desktop is used to access different database providers. The course is divided into several sections, including an introduction, developing microservices for Catalog, Basket, Discount, and Ordering, microservices communication with RabbitMQ and MassTransit for checkout order, building API Gateways with Ocelot, securing microservices with IdentityServer4 and Ocelot, developing a Blazor Single Page Application with Custom Api Gateway, microservices observability with distributed logging, deploying microservices to Kubernetes, and automating with Azure DevOps into AKS. The course includes bonus content and is based on a live github aspnetrun microservices repository that has been verified by the community with over 1000 stars and 600 forks.
The Getting Started .NET Core Microservices RabbitMQ course is designed for students and professionals in the software engineering field who want to quickly and easily build .NET Core Microservices utilizing RabbitMQ messaging. The course is aimed at those who do not want to spend an overwhelming amount of time setting up their environment and preparing to build apps that interact with data. The course instructor, Manish Narayan, will guide students through a step-by-step approach to building apps that apply a Microservice Architecture design pattern.
The course is broken down into sections such as Introduction, RabbitMQ Setup, Producers and Consumers, Microservice Solution, Domain Core Project, RabbitMQ Event Bus, Inversion of Control, Banking Microservice, Banking Commands and Publishing Events, Transfer Microservice, RabbitMQ Bus Dependency Injection Refactor, Presentation Communication with Microservice, and Course Source Code Github.
By taking this course, students will gain the necessary skills to become proficient in the field of Software Engineering using .NET technologies, making it a valuable educational and career move for anyone interested in this field.