Your team should not just use the platform. They should understand it.

We help platform and engineering teams build real operating confidence through practical training, focused workshops, and project-based enablement. The goal is simple: fewer knowledge gaps, better handovers, and teams that can run critical systems without depending on outsiders.

Trainings catalog

Practical courses for platform teams.

Foundation

Container Basics

Understand container concepts, images, registries, runtime behavior, networking basics, and operational boundaries.
Beginner 1 day Workshop
ContainersImagesRegistriesRuntime

What participants learn

  • How containers differ from virtual machines
  • How images, layers, tags, and registries work
  • Basic container networking and storage concepts
  • Operational risks around mutable tags, privileges, and runtime behavior

Best fit

For engineering teams that are starting with containers or need a shared foundation before moving into Kubernetes or OpenShift.

Platform usage

Use OpenShift

Learn how to work productively with OpenShift projects, workloads, routes, builds, deployments, logs, and self-service workflows.
Beginner 2 days Hands-on
OpenShiftProjectsDeploymentsRoutes

What participants learn

  • How OpenShift projects and permissions are structured
  • How to deploy and inspect applications
  • How routes, services, configs, secrets, and logs work
  • How developers can use the platform safely

Best fit

For developer teams and application owners who need to use OpenShift confidently in daily delivery.

Cluster installation

Install OpenShift

Plan and install OpenShift with a clear understanding of prerequisites, installation methods, networking, storage, and validation.
Intermediate 3 days Workshop
OpenShiftInstallationNetworkingStorage

What participants learn

  • Installation planning and prerequisites
  • Network, DNS, load balancing, and storage considerations
  • Installer workflows and validation steps
  • Common installation failure patterns and troubleshooting

Best fit

For platform engineers who need to understand how OpenShift installation decisions affect later operations.

Production operations

Operate OpenShift in Production

Run OpenShift with operational discipline across monitoring, upgrades, troubleshooting, backup strategy, ownership, and incident routines.
Advanced 3 days Advanced workshop
OpenShiftOperationsUpgradesIncidents

What participants learn

  • Production operating model and ownership
  • Cluster health checks and monitoring routines
  • Upgrade planning and risk reduction
  • Incident response and troubleshooting workflows
  • Backup, recovery, and platform documentation expectations

Best fit

For platform teams responsible for production OpenShift environments.

Storage operations

OpenShift Data Foundation

Understand ODF architecture, storage classes, operational checks, failure scenarios, monitoring, capacity planning, and recovery topics.
Intermediate 2 days Workshop
OpenShiftODFStorageRecovery

What participants learn

  • ODF architecture and main components
  • Storage classes and workload considerations
  • Capacity and health checks
  • Failure scenarios and recovery thinking
  • Monitoring and day-2 operations

Best fit

For platform and storage teams operating OpenShift environments with persistent workloads.

Application packaging

Develop HelmCharts

Build maintainable Helm charts with values design, templating discipline, release workflows, testing, and operational conventions.
Intermediate 2 days Hands-on
HelmChartsGitOpsTemplating

What participants learn

  • Helm chart structure and templating patterns
  • Values design for real environments
  • Testing and linting workflows
  • Release management and GitOps integration
  • Common anti-patterns in chart development

Best fit

For engineering and platform teams that package applications or platform components for Kubernetes and OpenShift.

Platform automation

Develop Operators

Understand Kubernetes operator patterns, reconciliation loops, CRDs, lifecycle handling, testing, and operational responsibility.
Advanced 3 days Advanced hands-on
OperatorsCRDsKubernetesAutomation

What participants learn

  • Operator concepts and reconciliation patterns
  • CRD design and lifecycle management
  • Controller responsibilities and failure handling
  • Testing, deployment, and upgrade considerations
  • Operational expectations for custom automation

Best fit

For platform engineers building custom automation or extending Kubernetes and OpenShift with domain-specific operations.