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Course length:
Training language:
24 lessons
English or Hungarian
Course fee:
769 EUR + VAT

Kubernetes Administration Fundamentals – Technical Training Course - Dates and application

First training day: 18 May 2026 , Further training days: 19., 20.

Weekday daytime (09.00 - 16.30 CET)
Training language:
Hungarian
Course fee:
769 EUR + VAT
Application deadline: 8 May 2026
Application deadline:
8 May 2026

Please submit your application and we will try our best to provide a seat for you!

First training day: 26 August 2026 , Further training days: 27., 28.

Weekday daytime (09.00 - 16.30 CET)
Training language:
Hungarian
Course fee:
769 EUR + VAT
Application deadline: 14 August 2026
Application deadline:
14 August 2026

First training day: 9 November 2026 , Further training days: 10., 11.

Weekday daytime (09.00 - 16.30 CET)
Training language:
Hungarian
Course fee:
769 EUR + VAT
Application deadline: 30 October 2026
Application deadline:
30 October 2026

Applying for closed-group training

If you and your colleagues are attending a closed group training course and you have a training date code, you can apply here.

Application without a date

If none of the dates is right for you, but you are interested in the course, please submit your application without a date. When we publish a new date you will be notified.

This training program covers the topics of the Certified Kubernetes Administrator exam. Topics include installation, application lifecycle management, networking, storage, security, scheduling, logging, maintenance, and troubleshooting of Kubernetes.

Systems administrators and DevOps professionals

• Proficiency with the Linux CLI (U8583S: Linux Fundamentals (GL120)
• A broad understanding of Linux system administration (H7091S: Enterprise Linux Systems Administration (GL250))
• foundational knowledge of Linux containers, e.g. Docker (H0DS3S: Docker (GL340)

Core concepts

• CKA objectives covered
• Kubernetes architecture
• Cluster communication
• Objects
• Object properties
• Labels and selectors
• Annotations
• Object management
• Image fundamentals
• Container fundamentals
• Pod fundamentals
• Working with pods

Installation

• CKA objectives covered
• Installation prerequisites
• Installation (single node)
• Installation (production)
• Client tool optimizations
• Installing HA control plane (demo)

Application Lifecycle Management 

• CKA objectives covered
• Pod lifecycle
• Container lifecycle
• Init containers
• Container: command and args
• Container: defining environment
• ReplicaSet
• Deployments
• Working with deployments
• Deployment rollouts

Networking

• CKA objectives covered
• Network overview
• Service discovery and CoreDNS
• Container Network Interface (CNI)
• Services
• Ingress objects

Storage

• CKA objectives covered
• Storage
• Volume types
• Static volumes (demo)
• ConfigMaps
• Secrets

Security 

• Controlling access to the Kubernetes API
• Admission controllers
• Pod security policies admission controller
• Default admission controllers

Scheduling 

• CKA objectives covered
• Controlling and tracking resources
• Scheduler operation
• DaemonSet
• Node affinity and anti-affinity
• Pod affinity and anti-affinity
• Taints and tolerations

Jobs and CronJobs

• Jobs
• Cron Jobs

Linux Containers

• Application management landscape
• Application isolation
• Resource measurement and control
• Container security
• OverlayFS overview
• Container security
• Open container initiataive

Our programme focuses on practical knowledge and additionally prepares you for The Linux Foundation Certified Kubernetes Administrator (CKA) certification examination.

Do you have any questions about the training?



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