A single container running on a single machine is easy to manage. The moment an application needs to survive a traffic spike, a node failure or a rolling update without downtime, manual management stops being realistic — and that is exactly where Kubernetes earns its place.

This Kubernetes training course, delivered by Arab British Fellowship Training Academy, builds practical capability in managing clusters, pods, deployments and services, alongside the tools teams use daily: kubectl for operations, Helm for packaging applications, and ingress controllers for routing traffic. Cluster scaling, configuration management and monitoring are treated as everyday operational skills rather than advanced topics.

As organisations shift more workloads into containers to speed up delivery, the ability to keep those containers available, secure and efficiently resourced becomes a core operational requirement rather than a specialist concern. The course connects Kubernetes concepts directly to that requirement, working through real operational scenarios rather than isolated commands.

Delivered under the Information Technology and Programming category, the programme is built for Kubernetes administrators, DevOps professionals, cloud engineers, platform engineers and technology leaders who need Kubernetes to work reliably in production, not just in a demo.

By completing this programme, participants will be able to:

• Build a solid operational understanding of Kubernetes architecture and orchestration.
• Manage clusters, nodes and namespaces according to infrastructure requirements.
• Configure pods and deployments for reliable application execution and releases.
• Use kubectl confidently for cluster administration, inspection and troubleshooting.
• Package and manage applications using Helm charts.
• Manage services and ingress controllers for reliable application access.
• Apply cluster scaling strategies that respond to changing demand.
• Separate configuration from workload definitions using ConfigMaps and secrets.
• Diagnose deployment problems, pod failures and networking issues efficiently.
• Apply security, access control and namespace strategies across environments.
• Design resilient, highly available architectures for business-critical applications.
• Integrate Kubernetes into DevOps and cloud-native delivery workflows.

Target Audience

This course is for anyone who has to keep containerised applications running reliably — not just deploy them once.

• Kubernetes Administrators and DevOps Professionals managing clusters and workloads.
• Cloud Engineers and Platform Engineers building internal application platforms.
• Systems Administrators transitioning to cloud-native infrastructure.
• Software Engineers and Application Support Professionals working with containerised deployments.
• Infrastructure Managers, IT Managers and Cloud Architects overseeing container strategy.
• Site Reliability Professionals and Technical Consultants supporting availability and performance.

Module 1: Why Orchestration Matters Once You Have More Than One Container

• How Kubernetes supports workload automation, availability and scalable operations.
• Cluster components, control plane functions and worker nodes.
• Structuring Kubernetes operations around organisational requirements.

Module 2: Inside a Cluster — Architecture and Administration

• Cluster components, nodes, namespaces and resource allocation.
• Maintaining consistent configurations across business-critical environments.

Module 3: Pods, Deployments and the Application Lifecycle

• Pod configuration, workload execution and resource allocation.
• Deployment configuration, replica management and rollout/rollback strategies.
• Reducing manual intervention while supporting repeatable releases.

Module 4: Talking to Kubernetes — kubectl in Daily Use

• Inspecting clusters, managing resources and reviewing workload status.
• Structured command-line practices for faster troubleshooting.

Module 5: Packaging Applications with Helm

• Chart structures, configuration values, releases and templates.
• Using standardised application packages to reduce operational complexity.

Module 6: Getting Traffic In — Services and Ingress

• Service discovery and networking requirements.
• Managing external access and directing traffic to the right workloads.

Module 7: Scaling and Configuring Without Breaking Things

• Cluster scaling strategies for changing workload demand and node management.
• Separating application configuration from workload definitions using secrets and config resources.
• Balancing capacity, performance and infrastructure efficiency.

Module 8: Watching for Trouble — Monitoring, Logging and Troubleshooting

• Workload health, cluster status, resource utilisation and logs.
• Diagnosing deployment problems, pod failures and networking issues efficiently.

Module 9: Locking It Down — Security, Governance and High Availability

• Access controls, permissions and namespace-based security strategies.
• Replica management, failure scenarios and recovery planning.
• Supporting business-critical applications through resilient design.

Module 10: Kubernetes as Part of DevOps and Enterprise Operations

• Connecting orchestration with automated delivery and continuous improvement.
• Collaboration between development, security, infrastructure and operations teams.
• Managing Kubernetes as an enterprise capability, not an isolated platform.