Introduction to Kubernetes (LFS158)

Price
Net €
VAT €

Price
Price on Request

Duration
3 days

For companies and job seekers:
this course is 100% fundable!
 

Location

Course Language
English

Training Solutions
Online Live

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Container technologies are shaping modern IT infrastructures, automated deployments, and scalable cloud environments. Practical knowledge of orchestration, microservices, and stable system landscapes is in high demand. This is precisely where up-to-date Kubernetes expertise comes into play—relevant for DevOps, cloud computing, and modern software delivery.

Key Topics

  • Kubernetes architecture and cluster structures
  • Pods, Nodes, Deployments, and Services
  • Container orchestration in cloud environments
  • Scaling, scheduling, and resource management
  • YAML configurations and workloads
  • Networking, Storage, and Security
  • Rolling Updates and Automated Workflows
  • Fundamentals of modern DevOps processes

Prerequisites
Basic understanding of Linux, containers, and system administration, as well as initial experience with cloud or development environments.

Target Audience
Ideal for IT professionals, DevOps-oriented teams, system administrators, software developers, cloud engineers, and tech-savvy professionals.

Modern IT landscapes require flexible, automated, and highly scalable platforms. Kubernetes is one of the most important standards in the cloud environment and opens up promising opportunities in infrastructure, DevOps, and platform operations.

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Course Content
  • What is container orchestration?
  • Challenges Without Orchestration
  • Overview of tools (Docker Swarm, Kubernetes, etc.)
  • Introduction to Kubernetes
  • Basic Concepts and Use Cases
  • Why Kubernetes Has Become the Industry Standard
  • Control Plane vs. Worker Nodes
  • Key Components
  • Installation Options
  • Requirements and Prerequisites
  • Installing Minikube
  • Starting a cluster
  • Basic configuration
  • Accessing the cluster
  • Using kubectl
  • Opening the dashboard
  • Pods
  • ReplicaSets
  • Deployments
  • Namespaces
  • Labels & Selectors
  • Security mechanisms
  • Role-Based Access Control (RBAC)
  • Admission Controller
  • Service Types
  • Service identification
  • Deploying the First Application
  • Creating YAML configuration files
  • Deployment vs. Pod
  • Persistent Storage
  • Volumes & Persistent Volumes (PV)
  • Persistent Volume Claims (PVC)
  • Multi-tier architecture (front end, back end, database)
  • Communication between services
  • Application scaling
  • Configuration Management
  • Handling Sensitive Data
  • Best Practices
  • External Access to Services
  • Routing and load balancing
  • Ingress controller
  • Helm
  • Monitoring (e.g., Prometheus)
  • Logging
  • Autoscaling
  • Open-source ecosystem
  • CNCF (Cloud Native Computing Foundation)
  • Resources for contributing and learning

Frequently Asked Questions

  • Automated scaling, reliable deployments, and efficient container management all in one centralized platform.
  • The course demonstrates real-world workflows for container orchestration, cluster management, and automated applications.
  • Hands-on work with Kubernetes, kubectl, pods, deployments, and modern cloud-native tools.
  • Because applications can be deployed faster, scaled more easily, and operated with significantly greater reliability.
  • Complex deployments, outages, and manual infrastructure processes are automated and made manageable.
  • Kubernetes is one of the most important technologies for modern IT, cloud, and platform teams.
  • A better understanding of scalable systems, modern infrastructure, and professional container environments.
  • Because nearly every modern cloud platform relies on containerized and automated systems.
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