Certified Kubernetes Administrator Training Course

Kubernetes Administration is the most in-demand skill in the DevOps space. Prepare for Kubernetes Administrators Certification (CKA) with this course and build your cloud-native career with a high-paying job. Furthermore, the Cloud Native Computing Foundation (CNCF) has founded this Kubernetes Certification Training Course that helps individuals to become DevOps Engineers or DevOps Professionals.

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Kubernetes Course Online – Overview

Elevate your DevOps career with the Kubernetes Administrator Certification Course curriculum designed by the top industry experts. It covers all the essential concepts including application lifecycle management, configuration and validation, installation, scheduling, networking, cluster maintenance, security store, troubleshooting, and other core concepts that help you to prepare for the CKA exam. Furthermore, our expert mentors at Hatigen will train you to provide in-depth knowledge of this trending technology – Kubernetes and help you to learn the process of deploying applications on Kubernetes.

Certified Kubernetes Administrator Course Online – Key Features

  • Trusted content.
  • Re-learn for free anytime in a year.
  • Rigorous assignments and assessments.
  • Learn at your own pace.
  • Mandatory feedback sessions.
  • Mock-interviews.
  • Hands-on real-time experience.
  • Free mentorship.
  • Live chat for instant solutions.
  • Job ready employees post-training.
  • End-to-end training.
  • Download the certificate after the course.

Kubernetes Administrator Online Training Course – Benefits

The global market for Kubernetes is estimated to rise with a CAGR of 27.4% and reach $8,242.0 million in the period 2021 to 2030.

Designation
Annual Salary
Hiring Companies
Job Wise Benefits
Designation
Kubernetes Administrator

UK
Hiring Companies

Kubernetes Course – Training Options

Self-Paced Learning

£ 1200.00

  • 1-year access to the Kubernetes course content.
  • 1 capstone project.
  • Multiple assessments.
  • Continuous feedback sessions.
  • Access to the class recordings.
  • Assistance and support.
  • Download certification.
  • Free mentorship.

Online Boot Camp

£ 1000.00

  • Everything in Self-paced learning +
  • On-spot doubt clarification.
  • Interactive training sessions.
  • Sessions on the capstone project.
  • Live, online classroom training.
  • Mock-interviews.

Corporate Training

Customized to your team’s needs

  • 1-year access to the Kubernetes course content.
  • 1 capstone project.
  • Multiple assessments.
  • Continuous feedback sessions.
  • Class recordings.
  • Assistance and support.
  • Certification after the course.

Kubernetes Administrator Certification Course Online – Curriculum

Eligibility

Individuals willing to learn Kubernetes can get through this certification program and it is specifically intended for Kubernetes cluster administrators. Adding to this, system administrators, software engineers, software developers, cloud administrators, and Linux administrators can join this Kubernetes certification training course online.

Pre-requisites

Individuals or working professionals who are planning to take up this course should have a solid understanding of Docker and containers. Also, it is beneficial to have a working knowledge of Linux shells, though it is not mandatory. However, if you have no knowledge of Docker and want to boost your skills, then you can take up the Docker Certified Associate course first.

Course Content

  • 1.001 Introduction
  • 1.002 Learning Objective
  • 1.003 Need for Microservices
  • 1.004 Vertualization
  • 1.005 Containers
  • 1.006 Docker
  • 1.007 Use Cases of Docker
  • 1.008 Concept of Containerization
  • 1.009 Docker Vs. Virtualization
  • 1.010 Docker Architecture
  • 1.011 Docker as Prerequisite for Kubernetes
  • 1.012 Kubernetes
  • 1.013 Summary
  • 2.001 Learning Objectives
  • 2.002 Container on Docker Host
  • 2.003 Docker Installation on Ubuntu
  • 2.004 Docker Installation on Ubuntu using Docker Repository
  • 2.005 Docker Installation on Ubuntu using Package
  • 2.006 Docker Installation on Ubuntu using Automated Scripts
  • 2.007 Working with Docker Container
  • 2.008 List Docker Container
  • 2.009 Start or Stop or Exit Containers
  • 2.010 Naming Containers
  • 2.011 Docker Networks
  • 2.012 Summary
  • 2.013 Demo: Docker
  • 3.001 Learning Objectives
  • 3.002 Orchestration of Containers
  • 3.003 Docker Swarm
  • 3.004 Kubernetes Architecture
  • 3.005 Kubernetes Vs. Docker Swarm
  • 3.006 Docker Compose
  • 3.007 Container Logs
  • 3.008 Docker Compose Configuration
  • 3.009 Web Application Deployment
  • 3.010 Summary
  • 3.011 Demo: Docker
  • 4.001 Learning Objectives
  • 4.002 Introduction to Kubernetes
  • 4.003 Relationship between Kubernetes and Containers
  • 4.004 Kubernetes Architecture
  • 4.005 Kubernetes Master Components
  • 4.006 Kubernetes Node Components
  • 4.007 Deployment using Pod or Container
  • 4.008 Summary
  • 5.001 Learning Objective?
  • 5.002 VirtualBox
  • 5.003 Ubuntu VM on Oracle VirtualBox
  • 5.004 Minikube
  • 5.005 Kubectl
  • 5.006 DashBoard
  • 5.007 Summary
  • 5.008 Demo: Kubernetes Deployment
  • 6.001 Learning Objectives
  • 6.002 YAML
  • 6.003 Imperative Management of Kubernetes Objects
  • 6.004 Kubernetes Pods
  • 6.005 Kubernetes Deployments
  • 6.006 Kubernetes ReplicaSets
  • 6.007 Kubernetes Services
  • 6.008 Summary
  • 6.009 Demo: Kubernetes Pods Deployments and Replica ReplicaSets
  • 7.001 Learning Objectives
  • 7.002 Kubernetes Networking
  • 7.003 Kubernetes Networking Architecture: Part One
  • 7.004 Kubernetes Networking Architecture: Part Two
  • 7.005 Volumes
  • 7.006 Persistent Volumes
  • 7.007 Persistent Volume Life Cycle
  • 7.008 Summary
  • 8.001 Learning Objectives
  • 8.002 Deploying Kubernetes Applications
  • 8.003 Kubernetes Namespace
  • 8.004 Kubernetes Labels and Selectors
  • 8.005 Kubernetes DaemonSets
  • 8.006 Kubernetes Volumes
  • 8.007 Kubernetes Jobs and Cron Jobs
  • 8.008 Kubernetes ConfigMaps and Secrets
  • 8.009 Summary
  • 8.010 Demo: ConfigMap
  • 8.011 Demo: CronJob
  • 8.012 Demo: DaemonSet
  • 8.013 Demo: Job
  • 8.014 Demo: Secret
  • 8.014 Demo: Deployment
  • 8.014 Demo: Labels Sectors
  • 8.014 Demo: Namespace PodInNamespace
  • 9.001 Learning Objective
  • 9.002 Kubernetes Scaling
  • 9.003 Kubernetes Autoscaling
  • 9.004 Kubernetes Rolling Updates
  • 9.005 Kubernetes RollBack
  • 9.006 Kubernetes Pod CPU and Memory Reservations
  • 9.007 Summary
  • 9.008 Demo Kubernetes Scaling and Kubernetes Cluster
  • 1.001 Introduction to Kubernetes
  • 1.002 CKA and its importance
  • 1.003 Learning Path
  • 1.004 Program Outline
  • 1.005 Course Outline
  • 1.006 Course Components
  • 1.007 Course Completion Criteria
  • 2.001 Overview
  • 2.002 Assisted Practice: Create and Configure Kubernetes Cluster
  • 2.003 Etcd
  • 2.004 Controller
  • 2.005 Scheduler
  • 2.006 Kubelet
  • 2.007 Kube Proxy
  • 2.008 Pods
  • 2.009 Assisted Practice: Configure Pods
  • 2.010 Assisted Practice: Create Openshift Pods
  • 2.011 ReplicaSets
  • 2.012 Deployments
  • 2.013 Assisted Practice: Creating and Configuring the Deployment
  • 2.014 Services, Load Balancing & Networking
  • 2.015 Containers
  • 2.016 Assisted Practice: Understanding Basic Commands of Kubernetes
  • 2.017 Policies
  • 2.018 Assisted Practice: Creating Jobs
  • 2.019 Knowledge checks
  • 2.020 Fetch cluster specific configuration on running cluster
  • 3.001 Cluster Architecture overview
  • 3.002 Configuring a Cluster
  • 3.003 Managing and Administering Clusters
  • 3.004 Assisted Practice: Managing and Administrating a Kubernetes Cluster
  • 3.005 Node
  • 3.006 Assisted Practice: Understanding the Working of Nodes
  • 3.007 Assisted Practice: Understanding and Deploying the First Pod
  • 3.008 Assisted Practice: Deploying Pod and assigning Service to it
  • 3.009 Control Plane–Node Communication
  • 3.010 Understanding Controllers
  • 3.011 Importance of Cloud Controller Manager
  • 3.012 Working with kubeadm
  • 3.013 Assisted Practice: Working with Kubeadm
  • 3.014 Assisted Practice: Kubernetes Dashboard
  • 3.015 Managing a Cluster Using kubelet
  • 3.016 Role-Based Access Controller
  • 3.017 Assisted Practice: Kubernetes Dashboard Role-Based Access Control(RBAC)
  • 3.018 Assisted Practice: RBAC using Namespace
  • 3.019 API Server
  • 3.020 Achieving High Availability
  • 3.021 Backup, Restoration of etcd Cluster Data
  • 3.022 Assisted Practice: Backing up and Restoring Etcd Cluster Data
  • 3.023 Version Upgrade on Kubernetes Cluster
  • 3.024 Assisted Practice: Upgrading Control Planes Kubernetes Versions
  • 3.025 Managing Kubernetes Objects
  • 3.026 Assisted Practice: Managing the Kubernetes Objects
  • 3.027 Knowledge Checks
  • 3.028 Managing multiple namespaces with respective role
  • 4.001 Overview of Workloads
  • 4.002 Deployment
  • 4.003 Assisted Practice: Deploying Multitier Application Using Kubernetes​
  • 4.004 Assisted Practice: Deploying Multitier Application Postgres and Gogs​
  • 4.005 Assisted Practice: Deploying Voting Application​
  • 4.006 Understanding Pods
  • 4.007 Pod Lifecycle
  • 4.008 Assisted Practice: Understanding Pod Lifecycle
  • 4.009 Working on Pod Allocation
  • 4.010 Assisted Practice: Nodename and Nodeselector Affinity​
  • 4.011 Init Containers
  • 4.012 Assisted Practice: Using Init Containers​
  • 4.013 Assisted Practice: Using Multi-Init Containers​
  • 4.014 Managing Container Resources
  • 4.015 Assisted Practice: Managing Container Resources
  • 4.016 Health Monitoring
  • 4.017 Multi Pod Containers
  • 4.018 Pod Topology Spread Constraints
  • 4.019 ReplicaSet
  • 4.020 Assisted Practice: Replicasets and Metrics Server​
  • 4.021 Static Pods
  • 4.022 Assisted Practice: Understanding Static Pods
  • 4.023 Application Configuration
  • 4.024 ConfigMap and Secrets
  • 4.025 Assisted Practice: Understanding Config Maps and Secrets
  • 4.026 Achieving Scalability
  • 4.027 Assisted Practice: Configuring Liveness Probes​
  • 4.028 Assisted Practice: Understanding Horizontal Pod Autoscaling​
  • 4.029 Building Self-Healing Pods with Restart Policies
  • 4.030 Manifest Management and Common Templating Tools
  • 4.031 Knowledge Checks
  • 4.032 MySQL and wordpress installation Kubernetes
  • 5.001 Scheduler Overview
  • 5.002 Scheduling Frameworks
  • 5.003 Kube-Scheduler
  • 5.004 Node Selection in Kube-Scheduler
  • 5.005 Assisted Practice: Understanding Node Selection in Kube-scheduler
  • 5.006 Perform Rolling Updates on a DaemonSet
  • 5.007 Rollbacks
  • 5.008 Assisted Practice: Deployment of Image Versions via Rollout
  • 5.009 Scheduler Performance Tuning
  • 5.010 Scheduling Policies
  • 5.011 Topology Management Policies
  • 5.012 DaemonSet
  • 5.013 Assisted Practice: Understanding DaemonSet
  • 5.014 Assisted Practice: Understanding the Security Context
  • 5.015 Pod Overhead
  • 5.016 Performance Tuning
  • 5.017 Assisted Practice: Understanding Pod Priority and Preemption
  • 5.018 Managing Resources
  • 5.019 Assisted Practice: Deployment of Flask Application with Redis
  • 5.020 Knowledge Checks
  • 5.021 HTTP Docker image rollout Kubernetes
  • 6.001 Overview
  • 6.002 Services
  • 6.003 Assisted Practice: Multi-Port Services
  • 6.004 Topology
  • 6.005 Service Catalog
  • 6.006 DNS for Services and Pods
  • 6.007 Assisted Practice: Configuration of DNS for Services and Pods
  • 6.008 Connecting Applications with Services
  • 6.009 EndpointSlices
  • 6.010 Assisted Practice: Configuration of EndpointSlices
  • 6.011 Ingress
  • 6.012 Assisted Practice: Understanding Transport Layer Security
  • 6.013 Ingress Controllers
  • 6.014 Assisted Practice: Setting up an Ingress
  • 6.015 Network Policies
  • 6.016 Adding Entries to Pod /etc/hosts With HostAliases
  • 6.017 IPv4/IPv6 Dual-Stack
  • 6.018 Cluster Networking
  • 6.019 Assisted Practice: DENY all traffic to an application
  • 6.020 Assisted Practice: LIMIT traffic to an application
  • 6.021 Assisted Practice: DENY all traffic from other namespaces
  • 6.022 Knowledge Checks
  • 6.023 Implement Ingress for multiple containers with AKS
  • 7.001 Overview of Storage in Kubernetes
  • 7.002 Volumes
  • 7.003 Assisted Practice: Using_hostPath
  • 7.004 Persistent Volumes
  • 7.005 Assisted Practice: Configuring Pod Using PersistentVolume (PV) And PersistentVolumeClaim (PVC)
  • 7.006 Volume Snapshots
  • 7.007 CSI Volume Cloning
  • 7.008 Storage Classes
  • 7.008 Volume Snapshot Classes
  • 7.008 Dynamic Volume Provisioning
  • 7.008 Assisted Practice: Secret as Volume
  • 7.008 Assisted Practice: Configmap as Volume by using Deployment
  • 7.008 Storage Capacity
  • 7.008 Ephemeral Volumes
  • 7.008 Node-Specific Volume Limits
  • 7.008 Knowledge Checks
  • 7.008 Deploy WordPress and MySQL using persistent volume
  • 8.001 Kubernetes in Cloud Environment
  • 8.002 AKS Service Components
  • 8.003 Assisted Practice: Create a Kubernetes Cluster Using AKS
  • 8.004 Assisted Practice: Create Workloads in an AKS Cluster
  • 8.005 Assisted Practice: Connecting AKS cluster from Windows PowerShell
  • 8.006 Assisted Practice: Expose a Deployment as a Service
  • 8.007 Assisted Practice: Deploy Application with Load Balancer
  • 8.008 Assisted Practice: Dynamic Volumes
  • 8.009 Assisted Practice: Monitoring clusters and Node Logs
  • 8.010 Assisted Practice: Update Application
  • 8.011 Assisted Practice: Upgrade AKS Cluster
  • 8.012 Assisted Practice: Install NGINX Ingress Controller using Helm
  • 8.013 Knowledge Checks
  • 8.014 Deploy MySQL using Azure Dynamic Storage class.
  • 9.001 Overview of Troubleshooting in Kubernetes
  • 9.002 Assisted Practice: Troubleshooting Kubernetes Cluster
  • 9.003 Kubernetes Cluster Logging Architecture
  • 9.004 Assisted Practice: Understanding Kubernetes Cluster Logging Architecture
  • 9.005 Cluster and Node Logs
  • 9.006 Assisted Practice: Understanding Cluster and Node Logs
  • 9.007 Assisted Practice: Node Not Ready
  • 9.008 Container Logs
  • 9.009 Assisted Practice: Understanding Container Logs
  • 9.010 Assisted Practice: Pod Logs
  • 9.011 Assisted Practice: Events
  • 9.012 Application Troubleshooting
  • 9.013 Assisted Practice: Understanding Application Troubleshooting
  • 9.014 Monitoring Tools
  • 9.015 Assisted Practice: Monitoring Metrics API
  • 9.016 Commands to Debug Networking Issues
  • 9.017 Assisted Practice: Handling Component Failure Threshold
  • 9.018 Assisted Practice: Troubleshooting Networking Issues
  • 9.019 AKS Monitoring and Logging
  • 9.020 Case Studies
  • 9.021 Knowledge Checks

Kubernetes Training Course Online – FAQs

Getting a certification in Kubernetes administrator is a way of showcasing your skills and knowledge of using Kubernetes technology. As the adoption of Kubernetes is increasing widely in many organizations, employers would need professionals who are skilled in using this tool. Therefore, being a Certified Kubernetes administrator is always worth it and you will stand out of crowd in this competitive world.

Kubernetes is defined as an open-source portable platform where containerized workloads and services are managed through automation and declarative configuration methods. Furthermore, Kubernetes – the most popular DevOps tool was released as Container as a Service (Caas) by Google which can be used on different cloud platforms such as Microsoft Azure, and Amazon Web Services (AWS), GCE, etc.

If you are preparing for the CKA certification exam, then plan to be thorough with the syllabus first. Also, it is very important to check out the domains included in the exam syllabus and plan to prepare accordingly. You can also refer to the study guide of CNCF and get through this Certified Administrator Kubernetes program for a better understanding of the concepts and to clear the exam in the first trial.

When you are trying to become highly skilled in Kubernetes, then having just theoretical knowledge will get you nowhere. If you want to get in-depth knowledge of Kubernetes, then it is essential to develop practical knowledge along with our Kubernetes online course. For this, you can plan to work on various industry-based and real-time projects where you can apply the concepts to practice. Therefore, if you want to become really skilled in Kubernetes, then this is the best way to learn.

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