Certified Kubernetes Administrator (CKA)

📚 Advanced 50 hours 🏷️ General 👨‍🏫 TBA 📅 Updated: Sep 4, 2026
Exam Code CKA
Level Advanced
Duration 50 hours
Format Live Online
0+ Learning Hours
0+ Practical Labs
0 Learning Modules
24/7 Learning Resources
0% Hands-On Focus

Course Overview

The Certified Kubernetes Administrator (CKA) Training at TechHub is designed for students, Linux administrators, DevOps engineers, cloud professionals, and IT specialists who want practical Kubernetes skills.

You will learn how Kubernetes works from the ground up and practice the tasks that a Kubernetes administrator performs in real IT environments. The training covers cluster architecture, Kubernetes installation and configuration, Pods, Deployments, Services, networking, storage, scheduling, security, monitoring, and troubleshooting.

You will work with the Linux command line, kubectl, YAML manifests, Kubernetes resources, and real hands-on lab scenarios. The course also focuses strongly on troubleshooting because it is an important part of the current CKA exam.

By the end of the training, you will be more confident in managing Kubernetes clusters and solving common problems in production-like environments.

What You'll Learn

  • Kubernetes architecture and kubectl
  • Pods, Deployments and workload management
  • Scheduling, labels, taints and resources
  • Services, DNS and cluster networking
  • Persistent storage and volumes
  • RBAC, security and cluster access
  • Cluster maintenance, upgrades and backup concepts
  • Troubleshooting and CKA practical exam practice

By the end of this course, you will be able to:

  • Understand Kubernetes and container orchestration.
  • Explain Kubernetes cluster architecture and core components.
  • Work confidently with the Linux command line and kubectl.
  • Create and manage Pods, Deployments, ReplicaSets, and Services.
  • Write and understand Kubernetes YAML files.
  • Install and configure Kubernetes clusters.
  • Understand control-plane and worker-node components.
  • Manage Kubernetes workloads and scheduling.
  • Use Labels, Selectors, Taints, Tolerations, and Affinity.
  • Configure resource requests, limits, and quotas.
  • Manage ConfigMaps and Secrets.
  • Configure Kubernetes networking, DNS, Services, and Ingress.
  • Work with PersistentVolumes and PersistentVolumeClaims.
  • Manage Kubernetes storage.
  • Configure Role-Based Access Control (RBAC).
  • Understand authentication, certificates, and Kubernetes security.
  • Monitor clusters and applications.
  • Read and manage container and Kubernetes logs.
  • Troubleshoot Pods, Nodes, Services, networking, and cluster components.
  • Prepare for the hands-on CKA certification exam.

Course Curriculum

Structured learning from fundamentals to advanced administration

  • Introduction to Kubernetes
  • What is container orchestration?
  • Kubernetes architecture
  • Kubernetes control plane
  • Worker nodes
  • API Server
  • etcd
  • Controller Manager
  • Scheduler
  • Kubelet
  • Container Runtime
  • Kubernetes objects and resources
  • Kubernetes namespaces
  • Understanding YAML
  • Exploring a Kubernetes cluster
  • Basic kubectl commands
  • Kubernetes installation concepts
  • Installing Kubernetes with kubeadm
  • Preparing Linux nodes
  • Control-plane configuration
  • Worker-node configuration
  • Joining nodes to a cluster
  • Cluster configuration and validation
  • Understanding certificates
  • Cluster upgrade concepts
  • High-availability Kubernetes concepts
  • Cluster maintenance
  • Understanding Pods
  • Creating Pods
  • Pod YAML manifests
  • Multi-container Pods
  • Init Containers
  • ReplicaSets
  • Deployments
  • Deployment strategies
  • Rolling updates
  • Rollbacks
  • Scaling applications
  • Self-healing applications
  • Environment variables
  • ConfigMaps
  • Secrets
  • Application configuration
  • Kubernetes workload resources
  • Scheduling basics
  • Labels and Selectors
  • Node Selectors
  • Node Affinity
  • Taints and Tolerations
  • Manual scheduling
  • DaemonSets
  • Static Pods
  • Job and CronJob concepts
  • Resource requests
  • Resource limits
  • Scheduling based on available resources
  • Kubernetes networking fundamentals
  • Pod networking
  • Cluster networking
  • Network namespaces
  • Kubernetes Services
  • ClusterIP
  • NodePort
  • LoadBalancer
  • Service discovery
  • Kubernetes DNS
  • CoreDNS
  • Endpoints
  • Ingress concepts
  • Network Policies
  • Troubleshooting network connectivity
  • Kubernetes storage concepts
  • Volumes
  • PersistentVolumes (PV)
  • PersistentVolumeClaims (PVC)
  • StorageClasses
  • Access modes
  • Reclaim policies
  • Dynamic provisioning
  • Attaching storage to applications
  • Troubleshooting storage problems
  • CPU and memory requests
  • CPU and memory limits
  • LimitRanges
  • ResourceQuotas
  • Namespace resource management
  • Understanding resource consumption
  • Troubleshooting resource-related problems
  • Kubernetes security fundamentals
  • Authentication
  • Authorization
  • RBAC
  • Roles
  • ClusterRoles
  • RoleBindings
  • ClusterRoleBindings
  • Service Accounts
  • TLS and certificates
  • Kubernetes certificate management
  • Secrets
  • Security contexts
  • Network Policies
  • Container and image security
  • Kubernetes monitoring concepts
  • Cluster health
  • Monitoring nodes
  • Monitoring Pods
  • Application monitoring
  • Container logs
  • Kubernetes events
  • kubectl logs
  • Troubleshooting application failures
  • Identifying resource problems
  • Basic cluster diagnostics
  • Troubleshooting Pods
  • Troubleshooting Deployments
  • Troubleshooting Services
  • Troubleshooting DNS
  • Troubleshooting networking
  • Troubleshooting Nodes
  • Troubleshooting control-plane components
  • Reading Kubernetes events
  • Checking logs
  • Diagnosing scheduling problems
  • Diagnosing storage problems
  • Fixing failed workloads
  • Practical troubleshooting labs
  • Kubernetes cluster maintenance
  • Node maintenance
  • Draining and cordoning nodes
  • Cluster upgrades
  • Backup and restore concepts
  • etcd backup concepts
  • Managing cluster certificates
  • Recovering from common failures
  • Maintaining healthy clusters
  • Understanding the CKA exam environment
  • Working efficiently with kubectl
  • YAML practice
  • Command-line speed and accuracy
  • Troubleshooting scenarios
  • Cluster administration exercises
  • Networking scenarios
  • Storage scenarios
  • Workload and scheduling scenarios
  • Timed practical labs
  • Mock CKA exercises
  • Exam strategy and time management

There are no formal prerequisites for the CKA exam itself. However, for this training, having the following knowledge will make learning much easier:

  • Basic Linux administration knowledge.
  • Comfortable working with the Linux command line.
  • Basic networking knowledge.
  • Understanding of IP addresses, DNS, ports, and services.
  • Basic knowledge of containers and Docker is recommended.
  • Basic YAML knowledge is helpful.
  • Previous Linux administration or RHCSA-level knowledge is recommended.
  • Basic knowledge of cloud platforms such as AWS, Azure, or GCP is helpful but not required.
  • Learn Kubernetes through practical exercises, not only theory.
  • Build skills for managing real Kubernetes clusters.
  • Practice Linux command-line administration.
  • Learn the core technologies used in modern DevOps and cloud environments.
  • Develop strong Kubernetes troubleshooting skills.
  • Work with Pods, Deployments, Services, Networking, Storage, and Security.
  • Prepare specifically for the hands-on CKA certification exam.
  • Build confidence through practical labs and real-world scenarios.
  • Strengthen your Linux, Cloud, and DevOps career path.
  • Prepare for Kubernetes administration roles in Afghanistan and international IT markets.

This course is suitable for:

  • Linux System Administrators
  • System Engineers
  • DevOps Engineers
  • Cloud Engineers
  • Cloud Administrators
  • Site Reliability Engineers (SREs)
  • Infrastructure Engineers
  • Network Engineers
  • IT Support Professionals
  • Software Developers working with containers
  • Docker professionals
  • Linux administrators preparing for Kubernetes
  • IT students and graduates
  • Professionals preparing for the CKA certification
  • Anyone who wants to build practical Kubernetes administration skills

After completing this course and gaining practical experience, you can work toward roles such as:

  • Kubernetes Administrator
  • Kubernetes Engineer
  • Cloud Engineer
  • DevOps Engineer
  • DevOps Administrator
  • Site Reliability Engineer (SRE)
  • Cloud Infrastructure Engineer
  • Platform Engineer
  • Container Engineer
  • Linux/Kubernetes Administrator
  • Infrastructure Engineer
  • Cloud Support Engineer
  • DevOps Consultant
  • Cloud Native Engineer
Item Details
Certification Certified Kubernetes Administrator
Exam Code CKA
Provider Cloud Native Computing Foundation (CNCF) / The Linux Foundation
Exam Type Performance-based, hands-on
Exam Duration 2 hours
Exam Method Online, proctored
Passing Score 66%
Question Format Practical command-line tasks
Current Exam Domains Architecture & Installation 25%, Workloads & Scheduling 15%, Services & Networking 20%, Storage 10%, Troubleshooting 30%
Prerequisites No formal exam prerequisites
Certification Validity Check current Linux Foundation/CNCF certification policy before registration

The current CKA exam is designed around practical Kubernetes administration tasks rather than traditional multiple-choice questions. Candidates solve problems from a command-line environment.

Our Learning Methodology

A structured approach to building practical skills

01

Learn

Understand the concept through expert-led instruction

02

Practice

Follow guided exercises to reinforce learning

03

Build

Complete practical labs in real environments

04

Validate

Take quizzes and exam simulations to test your skills

Learn From An Expert

Experienced technology professional with real-world expertise

T

TechHub Instructor

Lead Instructor

A certified professional with extensive experience in the field. Passionate about helping students build practical skills that lead to rewarding careers.

10+Years Experience
2,000+Students Trained
10+Certifications

Why Learn With TechHub?

Practical, career-focused education designed for real-world success

💻

Hands-On Learning

Practice instead of simply watching. Build skills through real labs.

🎯

Industry-Focused

Learn skills used in real production environments.

🧪

Practical Labs

Work with realistic scenarios and exercises.

👨‍🏫

Expert Instruction

Learn from experienced professionals.

📝

Exam Preparation

Practice certification-style scenarios.

🚀

Career-Focused

Build skills for real job roles.

TECHHUB CERTIFICATION

Certified Kubernetes Administrator (CKA)

Practical training for real-world success

Format Live Online
Duration 50 hours
Level Advanced
Labs Hands-On
Certification Certification Available
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