Introduction to Serverless on Kubernetes (LFS157) Course Overview

Introduction to Serverless on Kubernetes (LFS157) Course Overview

This course will help you understand what serverless is starting with an overview of the CNCF landscape around serverless technologies. You'll learn how serverless can be made portable through the use of the Serverless 2.0 definition and Kubernetes, and explore the OpenFaaS toolchain, including: UI, CLI and REST API. You'll also learn about the OpenFaaS ecosystem, including the template store and function store for sharing functions and code templates. The course explores how to operate OpenFaaS with autoscaling, metrics, dashboards, upgrades, custom URLs, and versioning.

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Course Fee 850
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850 (USD)
  • Live Training (Duration : 16 Hours)
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  • Live Training (Duration : 16 Hours)
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  • Classroom Training fee on request

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Course Prerequisites

Prerequisites for Successfully Undertaking Training in the Introduction to Serverless on Kubernetes (LFS157) Course

To ensure a fruitful learning experience in the Introduction to Serverless on Kubernetes (LFS157) course, we recommend that participants have the following foundational knowledge:


  • Basic Knowledge of CLI Tools and Linux Administration: Familiarity with command-line interfaces (CLI) and basic Linux system administration will help you navigate the course effectively.
  • Some Experience with Python Programming: Basic understanding of Python programming language will be beneficial, as it will be used in creating serverless functions.
  • Experience with Kubernetes: Prior experience working with Kubernetes will aid in understanding the course content better. If you are new to Kubernetes, we highly recommend taking the Introduction to Kubernetes (LFS158x) MOOC on edX to build a solid foundation.
  • Understanding of Docker and Container Concepts: A basic understanding of Docker and how containers work will be helpful in grasping the interconnected topics discussed in this course.

These prerequisites will help you maximize your learning experience and gain the most from this comprehensive course on serverless functions and Kubernetes.


Target Audience for Introduction to Serverless on Kubernetes (LFS157)

Introduction to Serverless on Kubernetes (LFS157):
This 2-day course is ideal for IT professionals and developers looking to master serverless functions on Kubernetes, enabling them to deploy across any cloud environment without execution limits.


Target Audience and Relevant Job Roles:


  • Cloud Engineers
  • DevOps Engineers
  • Site Reliability Engineers (SREs)
  • Backend Developers
  • Software Architects
  • IT Operations Managers
  • System Administrators
  • Full-Stack Developers
  • Kubernetes Administrators
  • Infrastructure Engineers
  • Technical Leads
  • Platform Engineers
  • IT Consultants
  • Software Engineers


Learning Objectives - What you will Learn in this Introduction to Serverless on Kubernetes (LFS157)?

Course Overview

The "Introduction to Serverless on Kubernetes (LFS157)" course provides a comprehensive understanding of building and running serverless functions on Kubernetes clusters. It aims to equip learners with the skills needed to deploy serverless solutions efficiently across multiple cloud platforms.

Learning Objectives and Outcomes

  • Understand Serverless Fundamentals

    • Grasp the basic concepts of serverless computing.
  • Explore the Serverless Ecosystem within CNCF

    • Gain insight into the state of serverless technologies in the Cloud Native Computing Foundation (CNCF).
  • Introduction to OpenFaaS

    • Learn about OpenFaaS, an open-source framework for building serverless functions.
  • Setup and Configure Kubernetes and OpenFaaS

    • Set up a Kubernetes cluster and install OpenFaaS on it.
  • Utilize OpenFaaS Features

    • Discover the key features of OpenFaaS and how they enhance serverless function deployment.
  • Create Serverless Functions with Python

    • Write and deploy your first serverless function using Python.
  • Function Configuration

    • Learn how to configure serverless functions for various operational scenarios.
  • Operational Best Practices

    • Understand best practices for operating
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