This course covers the fundamentals of using IBM Cloud® Code Engine and buildpacks for deploying and managing applications in a cloud native environment.

This course covers the use of IBM Cloud® Kubernetes Service to develop and deploy applications. It explores cluster access, as well as, planning, development, deployment, and testing the app.

IIS is the backbone for application development in the Microsoft stack. This course will teach you what IIS is, how it works, and how to work effectively with it.

Tableau Desktop is a popular data visualization and analysis tool. In this course, you'll learn how to create and use reference lines, trend lines, forecast time series, and use cluster analysis. You'll also learn the statistics behind the features.

Wireshark is the most widely used packet analyzer in the world, and the go-to tool for breaking down network traffic. This course will teach you where to go beyond the basics, with a look at HTTP traffic, forensic analysis and basic customization.

You'll gain skills through examples and exercises using Jasmine and JavaScript.

You'll gain skills through examples and exercises using Jasmine and JavaScript.

Lambda Expressions are one of the foundation of the Java language available since Java 8. In this course, you will learn a very simple method to write lambda expressions that always works and how to chain and compose them.

The Stream API is an in-memory implementation of the map/filter/reduce pattern, introduced in Java 8. In this course, you will learn the basics of this API, how you can use it to improve your code, and how this implementation works internally.

This course teaches you how to automate the creation of different artifacts, like VMs, containers, and serverless components in a CI/CD tool chain with the help of, Jenkins, Terraform, and Ansible, and how to add security with HashiCorp Vault.

Learn how to streamline CI/CD by making use of Jenkins X, an opinionated CI/CD platform built on top of Kubernetes.

Learn service transition using Jira in a DEVOPS approach, a way to approach transition to reduce friction in handovers