• Class size:

    • 10 delegates

  • When:

  • Where:

  • Duration:

  • Choose the modules (7/9)

    We recommend choosing about 9 modules (three modules for each day of training).

    • You can add custom modules or requests below:

Have questions? Speak to an instructor.

This is a full-time course on learning and mastering Kubernetes.

Things you need to know about the course:

  • You will get your hands dirty: the split is 40% lecture and 60% hands-on labs.
  • The event is small and cosy, so everyone has a fair chance to participate and engage.
  • You will have the chance to ask questions and discuss with the instructor (you can find us on the Learnk8s Telegram group).
  • You will have access to all the material after the course. That's the full Learnk8s Academy (12 courses)
  • It's beginner-friendly, but you will learn some pretty advanced topics too.

This course is not:

  • Not Death by PowerPoint. There are slides, but most of the content is hands-on labs.
  • Not passive listening to the instructor. You will have to answer questions and actively participate in the class.

A typical schedule for a 4 days course is as follows:

    1. Lecture + hands-on labs + challenges

      Kubernetes doesn't know how to deploy apps written in languages such as Java, Node.js, or .NET. Instead, it only understands and uses Linux containers. But how do these Linux containers work? Are those strictly necessary to master Kubernetes? In this course, you will familiarise yourself with containers and Docker.

      1. Containers vs VMs

      2. Understanding process isolation

      3. Is Docker the only one?

      4. Docker client-server architecture

      5. Running containers

      6. Building Docker images

      7. Mounting volumes

      8. Exposing ports

      9. Managing containers lifecycle

      10. Injecting environment variables

      11. Debugging running containers

    2. Lecture + hands-on labs + challenges

      In this course, you will learn how to build, deploy and scale your application in a Kubernetes cluster. You will also learn how to declare and schedule resources to the cluster and understand how to expose architect apps that are designed to be horizontally scalable.

      1. Managing containers at scale

      2. The battle of container orchestrators

      3. Visualising the data centre as a single VM

      4. The best Tetris player

      5. Exploring an API over your infrastructure

      6. What are Pods, Services, and Ingresses?

      7. Creating a local cluster with minikube

      8. Creating a Deployment

      9. Exposing Deployments

      10. What is a Pod?

      11. Scaling applications

      12. Testing resiliency

    3. Lecture + hands-on labs + challenges

      Every time you deploy new features in production, you shouldn't stop your app, change the version and start it again. With zero-downtime deployments, no one notices any glitch while you're upgrading your apps. How does that work in Kubernetes? In this course, you will learn how Services work in Kubernetes and how you can roll out changes with zero downtime using Rolling updates, Canary Deployments or Blue-green deployments.

      1. Monitoring for uptime

      2. Liveness probe

      3. Readiness probe

      4. Executing zero downtime deployments

      5. Using labels and selectors

      6. Releasing features with canary deployments

      7. Releasing features with blue-green deployments

      8. Preparing for rollbacks

    1. Lecture + hands-on labs

      Can Kubernetes recover from failures? In this course, you will learn the Kubernetes core components by building a cluster from scratch using kubeadm. But the best way to learn something is by breaking it. So you will also break the cluster one node at the time and observe what happens.

      1. Single and multi-node clusters

      2. Examining the control plane

      3. Persisting changes in etcd

      4. Syncing changes with RAFT

      5. Event-based architecture

      6. Understanding the kubelet

      7. Verifying "no single point of failure"

      8. Setting up a multi-master cluster

      9. Investigating multi-master setup in EKS

      10. Exploring multi-master setup in Monzo

      11. Creating a 3 node cluster with kubeadm

      12. Installing an overlay network

      13. Installing an Ingress controller

      14. Exploring the API without kubectl

      15. Taking down the cluster one node at the time

    2. Lecture + hands-on labs

      Resources in Kubernetes are described as YAML files. If you wish to have the same resources for different environments such as development, preproduction and production, you may be tempted to copy the files three times. Or you could use a templating engine. In this course, you will learn how to do precisely that with Helm.

      1. Creating reusable templates

      2. Helm's templating engine

      3. Understanding the Helm architecture

      4. Templating resources with Go and Sprig

      5. Managing releases with Helm

      6. Writing helper functions

      7. Reverting changes with rollbacks

      8. Depending on other charts

      9. Storing reusable templates in repositories

    3. Lecture

      Master advanced placements of workloads in your infrastructure. Learn how to schedule machine learning deployments to nodes with GPU or how you can segregate workloads for regions (useful if you need to comply with policies and regulations).

      1. How the Scheduler works in Kubernetes

      2. Filters and predicates

      3. nodeSelector

      4. Node affinity

      5. Pod affinity/anti-affinity

      6. Taints and tolerations

      7. Scheduler plugins

      8. Custom scheduler

    1. Lecture + hands-on labs

      How do you route external traffic to your applications in the cluster? How can two apps in the cluster talk to each other? How is Kubernetes assigning IP addresses to Pods and Services? In this course, you will explore how the traffic is routed in the cluster.

      1. Network routing in Linux

      2. Understanding network requirements

      3. Exploring the Endpoints

      4. Balancing in-cluster traffic

      5. Routing traffic with kube-proxy

      6. CRI, CNI, CSI: interfaces for the kubelet

      7. Choosing between latency and load balancing

      8. Pros and cons of the 4 types of Services

      9. Discovering Services

      10. Routing traffic with an Ingress controller

      11. End-to-end traffic journey

    2. Lecture + hands-on labs

      Dive into the specifics of network interfaces, IP addresses and network topologies in this course about advanced Kubernetes networking. Learn how to build your Kubernetes network and how the Container Network Interface (CNI) works. And while you're at it why not making your very own Container Network Interface (CNI)?

      1. Exploring the Node network

      2. Cluster network

    1. Lecture + hands-on labs

      How does Kubernetes store state? Can you host databases in your cluster? Can you extract configurations and share them with different deployments? How do you make sure that your storage layer is replicated and persisted even if a node becomes unavailable? In this course, you will learn how to deploy a database with durable persistence.

      1. Managing configurations

      2. Managing secrets

      3. Using Kubernetes Volumes

      4. Creating Persistent Volumes

      5. Creating Persistent Volume Claims

      6. Provisioning volumes dynamically

      7. Managing stateful applications

      8. Creating volumes on bare metal

      9. Deploying a single database with persistence

      10. Deploying a clustered database with persistence

      11. Designing storage that can span multiple nodes

    2. Lecture

      After deploying your app to production, the received traffic may change in unpredictable ways. How do you keep your app responsive at all times? You can adapt the number of replicas. But is it feasible to do this manually, or are there better ways? In this course, you will learn how to autoscale an application based on an application-specific custom metric.

      1. Introduction to autoscaling

      2. The Horizontal Pod Autoscaler

      3. The Kubernetes metrics registry

      4. Exposing metrics from your apps

      5. Installing and configuring Prometheus

      6. Understanding custom and external metrics adapters

      7. Tuning the Horizontal Pod Autoscaler

    3. Lecture

      Wear your black hat and try to break the cluster. Study mitigation and countermeasure to secure your cluster against malicious attacks.

      1. Role-based access control

  • CI/CD
  • Service Meshes (and Istio)
  • CKA/CKAD exam preparation
  • Multi-cloud, multi-data centre deployments
  • Advanced Scheduling workloads
  • ML/AI with Kubeflow

During the fourth day, the instructor will ask you to vote for your favourite topics.

You will cover as many modules as possible, starting from the most popular.

In private and corporate training, you can customise the schedule in full.

Book a corporate training →

  • Tick

    Lifetime access to the Learnk8s Academy — the online Kubernetes courses (worth USD 499.00).

  • Tick

    All the slide decks.

  • Tick

    A virtual workstation in the cloud for each delegate for the duration of the course.

  • Tick

    Lifetime access to the private Slack channel where your team can always ask for help.

  • Tick

    A certificate of completion signed by the instructor.

  • Class size:

    • 10 delegates

  • When:

  • Where:

  • Duration:

  • Choose the modules (7/9)

    We recommend choosing about 9 modules (three modules for each day of training).

    • You can add custom modules or requests below:

Have questions? Speak to an instructor.

We want to make sure that the course is 100% what you want. If you wish to try before you buy, you can book an instructor's time, and they will show you the material of the course.

  • The situation with Covid-19 is evolving rapidly. Please get in touch to discuss your options).

  • Software developers, Data engineers, Architects and DevOps seeking to learn how to use Kubernetes to automate deployment, scaling and management of containerised applications.

  • We can run private courses starting from only 5 delegates but only in specific cases. Otherwise the minimum class size is 10 delegates. If you are not sure, please get in touch to discuss.

  • You will receive the joining instructions with all the material needed to run the course after you sign up for the course.

  • The material was authored for Minikube 1.8.x, Kubernetes 1.17, Helm 3

  • We want to make sure you get real value out of this so we only want your money if you are happy with the product! If you aren't satisfied, please send an email to hello@learnk8s.io with a copy of your receipt and I will refund you.

  • Absolutely! Send us an email at hello@learnk8s.io with some proof that you are a student and we'll send you a discount code. This applies to anyone in any type of schooling, including evening classes and coding bootcamps!

  • Sure - send an email to hello@learnk8s.io.