Course
Computer Science
Continuing Education

Application Development using Microservices and Serverless

24 Hours

Estimated learning time

Self-Paced

Progress at your own speed

Popular course

A popular course among students

About the Course

Description

Welcome to this introductory course on microservices and serverless, essential technologies for cloud native and application modernization workloads.

Rather than building large applications, known as monoliths, that perform all the functionality, microservices break down larger applications into smaller pieces that are independently maintainable and scalable, providing a host of benefits. This architecture is now used in the largest software organizations in the world, because it provides cost benefits, team autonomy, and other advantages.

Likewise, serverless has emerged as an increasingly popular compute option in the cloud era. Giving developers and operators the ability to run applications without managing underlying infrastructure.

In this course, you will create microservices using various methodologies. You will create REST APIs using Python and Flask. Next, you will learn the basics of Serverless applications, and how to run your applications on the IBM Cloud Code Engine.

The course contains several hands-on labs which allow you to practice and apply the content you learn in the course.

In the final project, you will create a front-end application composed of several microservices and deploy them on the Cloud using serverless.

This Course is part of a program

You can only buy it along with program.

Sections

Schedule

Asynchronous

Delivery method

Online

Deliverables

  • 0 Credits

    Academic Excellence

    Earn necessary number of credit hours for completing this content

  • Hone Important Skills

    Total Upgrade

    Such as Software Architecture, Cloud Computing, Cloud Applications, Cloud-Based Integration, Cloud Infrastructure, Microarchitecture, DevOps, Software Engineering, Application Development, Cloud Platforms, IBM Cloud, Openshift, Microservices, Representational State Transfer, Serverless Computing, Function As A Service