Gold Coast, Australia

DevOps

Certified Kubernetes Administrator (CKA) Certification Trainingin Gold Coast

40 Hours/5 daysLive virtual trainingIntermediate

Classroom training and venue arrangements depend on the availability of a suitable conference hall in Gold Coast, Australia. Dates, seating capacity, facilities and the final venue are confirmed before booking.

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Gold Coast combines a high-quality learning environment, cultural diversity and active professional communities.

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Explore Certified Kubernetes Administrator (CKA) Certification Training

Master Kubernetes administration with Certified Kubernetes Administrator (CKA) Training in Gold Coast, Australia . Learn cluster architecture, workload scheduling, networking, storage, security, and troubleshooting through hands-on labs. Build expertise in deployments, cluster maintenance, and resource management while preparing for the practical CKA certification exam and advancing your DevOps, cloud engineering, and platform operations skills.

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Your learning location

Learning from Gold Coast

Gold Coast combines a high-quality learning environment, cultural diversity and active professional communities.

Course curriculum

Module 1: Kubernetes Fundamentals and Architecture

Introduction to Kubernetes and cloud-native container orchestration
Kubernetes components, architecture, API objects, and control plane
kubectl commands and Kubernetes resource management
Understanding nodes, namespaces, Pods, and cluster communication

Module 2: Kubernetes Cluster Installation and Configuration

Kubernetes cluster installation and configuration using kubeadm
Control plane and worker node administration
Cluster lifecycle management and upgrades
High-availability Kubernetes control plane concepts
RBAC and Kubernetes access management

Module 3: Kubernetes Workloads and Scheduling

Pods, ReplicaSets, Deployments, Jobs, and CronJobs
Application configuration using ConfigMaps and Secrets
Rolling updates, rollbacks, and application lifecycle management
Resource requests, limits, node affinity, taints, and tolerations
Workload autoscaling and self-healing applications

Module 4: Kubernetes Services and Networking

Kubernetes Services and service discovery
ClusterIP, NodePort, and LoadBalancer services
Pod-to-Pod connectivity and CoreDNS
Network Policies and traffic control
Ingress, Ingress Controllers, and Gateway API

Module 5: Kubernetes Storage Management

Kubernetes storage architecture and volume types
Persistent Volumes and Persistent Volume Claims
StorageClasses and dynamic volume provisioning
Access modes and reclaim policies
Managing persistent application data

Module 6: Kubernetes Security and Cluster Administration

Kubernetes authentication and authorization
Role-Based Access Control (RBAC)
Service Accounts and security configurations
Secrets and secure application configuration
Security practices for Kubernetes clusters and workloads

Module 7: Helm, Kustomize, and Cluster Components

Helm fundamentals and Kubernetes package management
Installing and managing applications using Helm
Kustomize for configuration management
Kubernetes extension interfaces including CNI, CSI, and CRI
Custom Resource Definitions and Operators

Module 8: Kubernetes Monitoring, Logging, and Troubleshooting

Troubleshooting Pods, nodes, workloads, and cluster components
Kubernetes logs and container output streams
Monitoring application and resource utilization
Diagnosing services and networking issues
Practical troubleshooting using kubectl commands

Module 9: High Availability and Kubernetes Operations

High-availability Kubernetes architecture
Control plane availability and cluster resilience
Cluster maintenance and operational management
Application scaling and reliability practices
Production-oriented Kubernetes administration scenarios

Module 10: Hands-On CKA Projects and Certification Preparation

Practical Kubernetes administration exercises
Real-world cluster configuration and troubleshooting scenarios
Command-line based CKA practice tasks
Mock practical assessments and exam-oriented exercises
Review of current CKA competency domains and certification preparation

Exam details

Exam Name: Certified Kubernetes Administrator (CKA) exam, administered through the Linux Foundation and Cloud Native Computing Foundation (CNCF).

Exam Type: Online, performance-based practical examination in which candidates solve Kubernetes administration tasks in a command-line environment.

Exam Duration: 2 hours, according to the standard CKA exam format. Check the current official exam page for any changes.

Question Format: Hands-on tasks involving Kubernetes cluster administration, application deployment, configuration, troubleshooting, and resource management.

Passing Score: The standard CKA passing score is 66%. Confirm the latest requirement on the official exam page before booking.

Exam Domains: Preparation covers cluster architecture and installation, workloads and scheduling, services and networking, storage, and troubleshooting, according to the current published curriculum.

Practical Skills Assessed: Candidates may need to configure Kubernetes resources, investigate workload failures, manage cluster components, and resolve networking or storage issues using command-line tools.

Recommended Preparation: Practise kubectl commands, YAML manifests, cluster troubleshooting, workload configuration, and timed lab exercises.

Certification Validity: Check the current CNCF/Linux Foundation certification policy for validity and renewal requirements.

Official Exam Information: Certified Kubernetes Administrator (CKA) – Linux Foundation

Plan your learning

Who this course is for

Aspiring Kubernetes Administrators DevOps Engineers Cloud Engineers and Cloud Administrators Linux System Administrators Site Reliability Engineers (SREs) Software Developers and Application Engineers Platform Engineers and Infrastructure Professionals

Before you begin

Linux Administration Fundamentals: Understand Linux commands, file permissions, processes, system services, and basic shell operations before joining CKA training in Gold Coast, Australia . Command-Line Proficiency: Be comfortable using terminal environments, executing commands, editing configuration files, and troubleshooting common system issues. Container Technology Knowledge: Familiarity with Docker or other container runtimes, container images, registries, and container lifecycle management is recommended. Networking Fundamentals: Understand IP addressing, DNS resolution, ports, routing, firewalls, and network communication to support Kubernetes cluster troubleshooting. Cloud and Server…

Learning outcomes

Problem Statement – A banking and financial services organisation experiences challenges managing containerised applications across development, testing, and production environments. Inconsistent deployments, application downtime, resource allocation issues, complex service connectivity, and manual troubleshooting affect digital banking platforms, payment processing systems, and customer-facing financial applications. The goal is to improve application availability, deployment consistency, operational efficiency, and infrastructure reliability using Kubernetes administration practices. How We Overcame the Problem – Learners applied Kubernetes administration concepts, cluster architecture…

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Room facilities / classroom arrangements

General planning information. Availability is confirmed for your selected venue and batch.

Typical classroom arrangements — subject to confirmation for the selected batch: 1. Learning space and seating: A suitable room layout with seating and desk space for course discussions and exercises. 2. Presentation equipment: A display or projector for instructor-led explanations; equipment requirements are confirmed before delivery. 3. Internet and power: Connectivity and charging access where needed for the course’s digital resources or labs. 4. Collaboration tools: A whiteboard or flip chart for group activities, demonstrations and note-taking. 5. Room comfort: Appropriate lighting and ventilation, with breaks included in the agreed training schedule. 6. Access and learner needs: Accessibility, refreshments and any specific accommodation requirements should be discussed with the adviser in advance. This is general planning information. It does not confirm a particular venue, equipment package or included refreshments.

Course expertise

Professional Training Experience: Target a trainer with approximately 10 years of professional training or infrastructure engineering experience across Kubernetes, Linux administration, containerisation, DevOps, and cloud-native application operations. Verify the assigned instructor's actual experience before publication. Estimated Training Delivery Hours: An indicative benchmark of approximately 2,000–4,000 instructor-led training hours over a decade, depending on teaching schedules, technical workshops, and corporate delivery commitments. Estimated Candidates Trained: An indicative benchmark of approximately 500–1,000 professionals across Kubernetes, Docker, DevOps, Linux administration…

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Insights for Certified Kubernetes Administrator (CKA) Certification Training

Learning insight 01

Certified Kubernetes Administrator (CKA) Training: A Complete Guide to Kubernetes Certification and Cluster Administration

Modern organisations rely on scalable, resilient infrastructure to run cloud-native applications, digital services, and business-critical workloads. As containerised applications become more common, businesses need professionals who can deploy applications, manage clusters, configure networking, maintain persistent…

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