Docker & Kubernetes on Google Cloud | 2-day Virtual Class

Prefer to attend a class with a live instructor?

This is the live instructor-led version of our technical "workshop style" class that covers the core Docker and Kubernetes concepts and guides you to build, deploy and monitor containers on Google Cloud Platform and Google Kubernetes Engine. Developers, DevOps, Site Reliability Engineers and I.T. Pros will learn how to use containers locally and on GCP. You’ll experience several demos and hands-on "follow along" activities with the trainer throughout the course as you learn how to build, deploy and monitor containers on GCP. No coding experience is required for the hands-on activities but you'll use the terminal, command prompt and VS Code extensively.

Need to organize a private class for your team?  A minimum of 3 participants is required.

View Public ScheduleContact us to organize a Private Class
  • Live Trainer

    Many people prefer to attend classes that are taught by a live instructor. This live class uses the same material that is offered in our video on-demand version.

  • Virtual

    Our instructor-led live classes are delivered virtually using Zoom. We recommend that you connect an external monitor to your computer/laptop so you can practice using the main screen and watch the course on the second screen.

  • Bonus

    The live virtual course also includes a one year unlimited access to the on-demand video version. This way, you'll be able to revisit and try again some labs at work or even watch that lesson that you missed because of that call during the live training.

  • Day 1

    In day 1, you'll learn how to create and use containers and how to deploy them in a container registry. Next, you will learn about Kubernetes concepts and how to use it locally on your workstation. This will give you a solid foundation, essential before moving to the Cloud.

  • Day 2

    In day 2, you'll continue to learn about Kubernetes objects and services. You'll apply what you learned so that you can deploy, manage and maintain your applications on Google Kubernetes Engine like a ninja!

Team Members

Private Classes

Contact us to organize a private class, just for your team.
Private classes content can be customized.

Docker Logo


Learn how to containerize applications by the Docker CLI and Visual Studio Code. Push and pull container images on Docker Hub, a container registry. Learn how to create multi-container applications using Docker Compose.​

Kubernetes logo


Learn about the Kubernetes architecture and how it works. Run it locally and use the Kubernetes CLI and Visual Studio Code to run, debug and troubleshoot applications and services. Learn about pods and the different workloads available. Configure networking, storage and set liveness and readiness probes.

google kubernetes engine

Google Kubernetes Engine (GKE)

Deploy and manage containerized applications with a fully managed Kubernetes service. Learn how to configure persistence using Cloud Storage. Scale pods using the Horizontal Pod Autoscaler and Nodes using the Cluster Autoscaler.

Google Cloud Artifact Registry

Artifact Registry

Build, store, secure, scan, and manage container images with Artifact Registry, a fully managed container registry.



Learn how to use 3rd party tools like Helm to package and deploy applications. Learn to manage your containers using Lens and K9s.

Google cloud monitoring


Collect, analyze and act on telemetry data gathered from your Kubernetes clusters and containers using the Monitoring and Logging services. Learn also how to use Prometheus and Grafana.

The Learning Experience

Live instructor

Learn about containers and Kubernetes with a live instructor that will guide you thru a series of short lectures immediately followed by a quick lab.

50% Hands-On

Apply the concepts learned with a series of short hands-on labs where the instructor guides you with a series of clear step by step instructions.


This isn’t just another one of those “watch me build something and try not to fall asleep” courses. Questions, participation, and discussions are welcomed and encouraged.

Course 1

Includes the Self-Paced version

Includes a one year unlimited access to the on-demand video version. This way, you'll be able to revisit and try again some labs at work or even watch a lesson that you missed because of a call during the live training.

Course Outline

In the following course outline, the gear icon denotes a topic with hands-on “follow along” activity

Day 1

Containers & Kubernetes Concepts

  • Course Introduction
  • Containers concepts
    • What is Docker?
    • Using Docker Desktop
    • Choosing between Linux or Windows images
    • Containers on Google Cloud
  • Using Docker
    • Using the Docker CLI
    • Containerize an existing application
    • Run containers locally
    • Using VS Code to build and manage containers
    • Benefits of multi stage builds
    • Persisting data using volumes
  • Multi-Containers with Docker Compose
    • The YAML file format
    • Using the docker-compose command
    • Build and run multi containers apps
  • Container registries
    • Push and pull containers to Docker Hub
    • Push and pull containers to Artifact Registry
  • Kubernetes
    • What is Kubernetes?
    • Concepts
    • Architecture
  • Running Kubernetes locally
    • Docker Desktop
    • Minikube, MicroK8s, Kind
  • Kubernetes CLI
    • The declarative way vs the imperative way
    • Using Kubectl
  • Namespaces
  • Master & Worker Nodes
  • Pods
    • Pods concepts
    • Create and run containers in pods
    • Multi container pods common patterns
    • Communication between pods
    • Reaching from the outside world
  • Using Selectors
  • Workloads
    • ReplicaSet
    • Deployments
    • DaemonSet
    • StatefulSet
    • Job
    • CronJob

Day 2

Google Kubernetes Engine

  • Updates
    • Rolling Updates
    • Blue-Green Deployments
  • Services
    • ClusterIP
    • NodePort
    • Load Balancer
  • Storage & Persistance
    • The Static Way vs The Dynamic Way
    • Persistent Volumes and Claims
    • Using Cloud Storage with Storage Classes
  • App settings
    • ConfigMaps
    • Secrets
  • Observalibilty
    • Startup, Readiness & Liveness probes
  • Dashboard
    • Kubernetes Web UI
    • Lens: a dashboard running in an app
    • K9s: a dashboard in a terminal!
  • Google Kukernetes Engine
    • Concepts, SLA, Pricing model
    • Standard vs Autopilot
    • Create a GKE Standard cluster using the Console
    • Create a GKE Standard cluster using the CLI
    • Create a GKE Autopilot cluster using the Console
    • Connect to your cluster
    • Using Cloud Shell
  • Persistance
    • Compute Engine Disks
    • Filestore
  • Scaling
    • Auto scaling Pods using the Horizontal Pod Autoscaler
    • Auto scaling Nodes using the Cluster Autoscaler
  • Upgrading a cluster to a newer K8s version
  • Using Helm 3
    • Helm concepts
    • Use a chart and deploy an app
    • Update and Rollback
  • Logging & Monitoring
    • Monitoring using Cloud Monitoring
    • Logging in Cloud Logging
  • Ingress
    • Why use an Ingress Controller
    • Setting up an Ingress
    • Configuring routes
  • Conclusion

Meet your Instructor​

Guy Barrette is a developer/trainer with more then 25 years of experience. He worked for many years as a developer, solutions architect, Microsoft Certified Trainer and now he shares his passion for containers and microservices teaching Docker and Kubernetes. He was awarded Microsoft Most Valuable Professional in the Azure category and passed the following certifications: Kubernetes and Cloud Native Associate, Certified Kubernetes Application Developer (CKAD), Terraform Certified Associate, AWS Cloud Practitioner, Google Cloud Associate Cloud Engineer, Azure Fundamentals, Azure Developer Associate and Azure Architect Design.

Guy Barrette
Certified Kubernetes Application Developer
hashicorp certified terraform associate
Google Cloud Associate Cloud Engineer
AWS Certified Cloud Practitioner
Microsoft MVP
Azure Fundamentals
Azure Developer Associate

This is a very hands-on course with plenty of demonstrations and several labs periods.
Attendees must have a laptop or PC. Heavy locked down corporate laptops will likely not work. Windows, Mac and Linux (Ubuntu) are supported.

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